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 李宗瑞 李宗瑞（1985—）原名李宗祐，台湾元大金The the Interactive Encyclopedia Awakening community hundred dot com HDWIKI Jianzhan mobile help free points for Eli Wikipedia official website of taxonomic knowledge of the world&#39;s largest Chinese encyclopedia Register Login HOME IN word picture group task
 
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The authoritative assessment Li Zongrui Open Category: People entertainment figures hotspots figures
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 Formerly known Lizong You Lizong Rui Li Zongrui (1985 -), the son of Taiwan&#39;s Yuanta Financial Holdings directors Yue Li Cang, 2012 suspected prescription Daze was wanted for nearly 60 artists, models, surrendered on August 23.

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1 Introduction
2 promiscuous door
3 family background
4 emotional life
5 News
1 Introduction
2 promiscuous door
3 family background
4 emotional life
5 News
 Li Zongrui - Introduction
Li Zongrui (Click for more) Li Zongrui (formerly Li Zongyou), Taiwan&#39;s Yuanta Yuanta Polaris Securities Director Yue Li Cang&#39;s eldest son, is fashion parties and Taipei major well-known nightclub regulars. Li Zongrui big spenders, someone called him &quot;Lee Dong&quot;, but he is more like the others called him Justin. [1]

The Li Zongrui with many artists of the entertainment business have contacts include small S husband Xu Yajun Wang Yangming, Zhu Gang, his friends, each time the party box is always full, while generous, making friends broad Li Zongrui is also very popular female artist welcome. [2]

2007 in Taipei nightclub assault, injury record. The scandal he preached object including supermodel Bai Xin Hui, Maggie Wu, Lin Wei Ru, Linley Fei et al. [3]

 

Li Zongrui - promiscuous door
Li Zongrui Daze many other female artist indecent Shots (Click to View Photos) exposure

August 2012, according to Taiwan&#39;s ETTV reported, in July 2011, a pair of sisters indictment Li the alleged drugging Daze also shot sex CD, when Lee denied the sexual assault, arguing that the victim is a voluntary relationship with him. Police to trace, the Li Zongrui candid sex movie, yet there are nearly 60 actress and Female. These unsightly film very perverted, are shooting victim unknowingly than Edison porn storm, Li Zongrui will sex videos categorized, there is a different folder, even the victim of Chinese or English name subscript. The Taipei District Prosecutors tracing one year later, in August 2012 he issued arrest, while Li Zongrui leaving Taiwan.


Reported that Li Zongrui had first seizure two small module, playing alternative 3P in bed, very perverted; while his usual tactics are drunk in nightclubs first goal, and then take home, if the other party is not drunk, to find an excuse to set out the woman back to the residence, and drugging, and then took the opportunity to sexual assault in the water. Some of the murdered woman throughout in a comatose state, woke up in someone halfway, Li Zongrui also the first &quot;stop&quot;, etc. continue Chengyu each other again sleeping; small number of victims in the Lee shooting actually fit the role of alcohol or drugs, Lee will take the film to show off to friends. [4]

On Aug. 16, a group of more than the Yanzhao of of Zhang Li Zongrui female artist in Fig exposure by friends Photos spread rapidly on the Internet, users talking about, difficult to distinguish between true and false, even Kelly Lin also be involved, but its brokerage The company has denied this, users may also PS old photo picture himself admitted Kelly Lin Department.

Fugitive

August 1, 2012, the North seized confirmed the Li Zongrui suspected of the Offenses Against Sexual Autonomy and prejudice secret sin, because repeatedly summoned, summoned not ordered the arrest. Li Zongrui has fled.

Kinky little rape actress the given medicines &quot;bed according to the the alleged rape actress sex disc shooting, was wanted for fleeing less rich Li Zongrui, collect debts owed nightclub the drinks were, his mother Shi Jinxiu come up with NT $ 200,000 for his girlfriend JOYCE compensatory allegedly misappropriated NT $ 100,000.

Surrendered

August 23, 2012, Li Zongrui wanted 23 days, and finally in the cloth of the prosecutors and police dragnet, fully sever his contacts and financial aid, the initiative appeared collected evidence surrendered. 23 o&#39;clock forensic court inquest late confirm Li Zongrui porn actor. Surrendered Li Zongrui hair, looked tired. [5]

Trial

At 3:20 on the August 24 2012, the Taipei District Court hearing identified Li Zongrui involved guilty of aggravated forcible felony prejudice the secret, plus fleeing fact, serial card and repeated the offense was committed Yu, a judge in the morning 4:40 ruled detain permitted. Arrived at the Taipei Detention Center about 6:25. Li Zongrui after appearing in court, insisted no prescription Daze victims, claiming sexual relations women are, I wish you love, and do not spread the videos or photos.

The Li Zongrui - family background
Maggie Wu and Li Zongrui, male and female friends The Li Zongrui Taiwan Fu II. His father is Taiwan&#39;s Yuanta Yuanta Polaris Securities director of Yue Li Cang. The Li Zongrui after the incident, Li Yue Cang resigned company directorships. [6]

The Li Zongrui and illegitimate children. His mother Postgraduate Course, whose real name is Dan Jinxiu, were removed from the more than two decades in the pleasure quarters, obtained the title of &quot;wine country famous flowers. In the late 1990s, she operated the &quot;307 Club&quot; to her club to socialize with superb networking skills to attract a lot of political and business elite. Postgraduate Course marriage the object exchanges after the divorce also many political and business people. Postgraduate Course has over Pentecost, but still proper maintenance, known as &quot;for mature US witch. [7]


 



The Li Zongrui - love life
2008 exchanges with Maggie Wu, outgoing her wrists for him, after the pass Female Lin Wei Ru love.
2009 biography of Bai Xin Hui calls.
2011 street hug with Linley Fei eaten after a meal.
Connection of nearly 60 artists, models 2012 start, the victim, there is no lack of front-line star, also candid sex CD &quot;collected evidence&quot; has issued arrest.
The Li Zongrui - News
The Li Zongrui after appearing in court, the a lot of people think that the &quot;the first seizure door event&quot; temporarily, a paragraph, but previously suspected Lee sex video and more spread to tens of seconds of video, but now suspected that there are people who are interested malicious outflow of the total capacity of 27.5G 93 of a total of 883 minutes in length sex videos, files classified in accordance victim nickname into 48 information folders, each folder 1-3 Sex Videos, and even 3P sex video and 3P Daze. &quot;27.5G&quot; also became the first 26 Google keyword search.


Taiwan&#39;s ETTV reported, it is understood, the capacity of up to 27.5GB full version indecent photos, many photos of woman obviously was unconscious, shooting both in the same room, and shot from the same angle.
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I want to mention is recommended hot figure scandal figure the network Reds cultural figures subject that newsmakers prodigy entertainment figures
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  Li Zongrui indecent photographs
  Li Zongrui indecent photographs
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Notes and References: [1] ^ Hubei network television: Daze! The victims of the son of Yuanta directors Yue Li Cang Li Zongrui wanted as many as 60 people 2012-08-09
[2] ^ LOS ANGELES: Taiwan Fu less Linley Fei, Li Zongrui involving sexual assault, even behind their innocence (Figure) 2012-08-09
[3] ^ Golden Eagle Network: Taiwan media explosion rich less Li Zongrui Daze 60 actress congregation glimmer of the artist lying in gun 2012-08-08
[4] ^ the rich less Li Zongrui Daze nearly 60 artists Female was wanted had hurt a criminal record
[5] ^ Li Zongrui determine when to flee for porn actor hiding female close friend home
[6] ^ Southern Metropolis Daily: By Daze case of victimization list new wife Li Zongrui father to resign August 14, 2012
[7] ^ China Daily: the kinky little Li Zongrui traced not legitimate son mother habitually on August 13, 2012, cited often mixed: Li Zongrui has been as follows media references to supplement media:
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    WIKI heat created by: Kazuhiko News small number of Communication Studies assistant editor: 78 times historical version involved in editing the number: 35 Updated :2012 -09-07 16:37:08 contribution to the Hall of Fame more fkb119
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This Article Add
Figures General Editing
Chinese name: Li Zongrui
Alias: Lizong You
Place of Birth: Taiwan
Gender: Male
Nationality: Chinese
Date of birth: 1985
Important events: in 2012, was wanted on suspicion of first seizure 60 actress.
 
Height: 170 cm
Map character relations editing
Father Yue Li Cang Bai Xin Hui rumored girlfriend Maggie Wu rumored girlfriend Lin Wei Ru rumored girlfriend Linley Fei rumored girlfriend Li Zongrui edit
Related entries editing Bai Xin Hui Maggie Wu Lin Wei Rulin Li Fei &quot;Next Magazine&quot; Please mention opinions Help Center 7 * 24 hours service hotline :86-10-62,303,127 About Us News Services Agreement interactive cooperation Recruitment Information Contact Us Site Map interactive online Copyright Powered by HDwiki © 2005-2012
 title
Contents 1 Introduction
2 promiscuous door
3 family background
4 emotional life
5 News控董事李岳苍的儿子，2012年涉嫌对将近60名艺人、模特儿下药迷奸被通缉，于8月23日自首。

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目录

1 简介 
2 淫乱门 
3 家庭背景 
4 感情生活 
5 最新动态 
1 简介 
2 淫乱门 
3 家庭背景 
4 感情生活 
5 最新动态 
 李宗瑞 - 简介 
李宗瑞（点击查看更多）李宗瑞（原名李宗祐），台湾元大金控及元大宝来证券董事李岳苍的长子，是时尚派对及台北市各大知名夜店常客。李宗瑞出手阔绰，有人叫他“李董”，但他较喜欢别人叫他Justin。[1] 

李宗瑞与娱乐圈很多艺人都有交往，包括小S老公许雅钧、王阳明、祝钒刚等都是他的朋友，每次开party包厢总是爆满，而出手大方、交游广阔的李宗瑞也很受女艺人欢迎。[2] 

2007年因在台北夜店殴人，有伤害前科。与他传过绯闻的对象包括名模白歆惠、吴亚馨、林苇茹、林利霏等人。[3] 

 

李宗瑞 - 淫乱门 
李宗瑞迷奸多名女艺人不雅照曝光（点击查看组图）曝光

2012年8月，据台湾东森新闻报道，2011年7月，有一对姐妹花控诉李涉嫌下药迷奸还拍性爱光碟，当时李否认性侵，辩称被害人是自愿与他发生关系。警方追查后发现，李宗瑞偷拍的性爱影片中，竟然有将近60位女星和女模。这些不堪入目的影片十分变态，都是在受害人不知情的状况下拍摄，数量比陈冠希的淫照风波还多，李宗瑞还将性爱影片分门别类，存在不同资料夹，甚至用被害人的中文或英文名字下标。台北地检追查1年后，于2012年8月对他发布通缉，而李宗瑞已离开台湾。 


报导指出，李宗瑞曾同时迷奸两名小模，在床上大玩另类3P，十分变态；而他惯用的手法都是在夜店先把目标灌醉，再带回家，若对方没醉，就找藉口载女方回住处，并在水里下药，再趁机性侵。被害女子有的从头到尾都处于昏睡状态，有人半途中醒来，李宗瑞还会先“停机”，等对方再度昏睡时继续逞欲；少数受害人在酒精或药物作用下竟配合李拍摄，李还会拿影片给友人炫耀。[4] 

8月16日，又有一组多张李宗瑞及女艺人的艳照图遭网友曝光，这组图在网上迅速传开，网友议论纷纷，难辨真假，连林熙蕾也被牵扯其中，但其经纪公司已出面否认，网友也亲口承认林熙蕾的图片系PS旧照。 

逃亡

2012年8月1日，北检证实李宗瑞涉嫌妨害性自主罪及妨害秘密罪，因为屡次传唤、拘提不到，下令通缉。当时李宗瑞已经逃亡。

淫少迷奸女星&quot;喂药&quot;床照涉嫌迷奸女星并拍摄性爱光盘，遭通缉逃亡的富少李宗瑞，因积欠夜店酒钱遭讨债，他的母亲史锦秀为此拿出20万台币请他女友JOYCE代偿，疑遭私吞10万台币。 

自首

2012年8月23日，李宗瑞在被通缉23天后，终于在检警布下天罗地网，全面断绝他的人脉及金援下，主动现身台北地检署投案。晚23时许经法医当庭勘验，确认李宗瑞就是淫照中的男主角。投案时李宗瑞头发蓬松，神情疲惫。[5] 

审判

2012年8月24日凌晨3点20分，台北地院开庭，认定李宗瑞涉犯加重强制性交及妨害秘密等重罪，加上有逃亡的事实、串证及反覆实施犯罪之虞，法官在凌晨4点40分裁定声押获准。约6点25分抵达台北看守所。李宗瑞到案后，坚称没有下药迷奸被害人，声称发生性关系的女性都是你情我愿，且没有散布影片或照片。 

李宗瑞 - 家庭背景 
吴亚馨曾和李宗瑞是男女朋友李宗瑞是台湾知名富二代。他的父亲是台湾元大金控和元大宝来证券董事李岳苍。李宗瑞案发后，李岳苍辞去了公司董事职务。[6] 

李宗瑞并非婚生子。他的母亲杨小莉，本名石锦秀，曾在风月场混迹逾二十年，获得“酒国名花”称号。20世纪90年代末，她经营“307俱乐部”，凭借高超的交际手腕，吸引不少政商名流来她的俱乐部应酬。杨小莉有过一次婚姻，离婚后交往的对象也多为政商界人士。现在杨小莉已年过五旬，但依然保养得宜，被誉为“熟龄美魔女”。[7] 


 



李宗瑞 - 感情生活 
2008年与吴亚馨交往，传出她为他割腕，之後传与女模林苇茹谈恋爱。
2009年传与白歆惠来电。　
2011年与林利霏吃过饭后当街拥抱。　
2012年涉嫌对将近60名艺人、模特儿下手，受害人不乏一线女星，还偷拍性爱光碟，“台北地检署”已经发布通缉。
李宗瑞 - 最新动态 
李宗瑞到案后，很多人以为「迷姦门事件」能暂时告一个段落，但先前疑似李的性爱影片多以几十秒的短片方式流传，现在却疑似有有心人士恶意外流总容量27.5G，93部共长883分钟的性爱影片，档案内还依被害人暱称分类成48个资料夹，每个资料夹有1至3部性爱影片，甚至还有3P性爱影片以及3P迷姦。而“27.5G”也成了26日Google关键字搜寻的第一名。 


台湾东森新闻报道，据了解，这个容量多达27.5GB的完整版不雅照，有许多照片中的女子明显呈昏迷状态，拍摄皆在同一房间，且从同一角度拍摄。   
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注释与参考： [1] ^湖北网络电视台：迷奸！元大金控董事李岳苍之子李宗瑞被通缉 受害者多达60人2012-08-09  
[2] ^新浪娱乐：台湾富少李宗瑞涉性侵 林利霏力挺其清白(图)2012-08-09  
[3] ^金鹰网：台媒爆富少李宗瑞迷奸60女星 众一线艺人躺着中枪 2012-08-08  
[4] ^台湾富少李宗瑞迷奸近60艺人女模遭通缉 曾有伤害前科  
[5] ^李宗瑞被确定为淫照男主角 逃亡时藏身女密友家  
[6] ^南方都市报：台迷奸案受害名单新增人妻 李宗瑞父亲请辞2012年08月14日  
[7] ^华商报：淫少李宗瑞被曝不是婚生子 母亲常混风月场2012年08月13日  被引用： 李宗瑞已被如下媒体引用 我来补充 媒体：  
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中文名： 李宗瑞 
别名： 李宗祐 
出生地： 台湾 
性别： 男 
国籍： 中国 
出生年月： 1985年 
重要事件： 2012年，因涉嫌迷奸60名女星遭到通缉。 
 
身高： 170厘米 
地图人物关系编辑 
李岳苍父亲 白歆惠绯闻女友 吴亚馨绯闻女友 林苇茹绯闻女友 林利霏绯闻女友 李宗瑞 编辑 
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 title
目录1 简介 
2 淫乱门 
3 家庭背景 
4 感情生活 
5 最新动态 

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 李宗瑞 李宗瑞（1985—）原名李宗祐，台湾元大金控董事李岳苍的儿子，2012年涉嫌对将近60名艺人、模特儿下药迷奸被通缉，于8月23日自首。

编辑摘要 
本词条内容尚未完善，欢迎各位 编辑词条，贡献自己的专业知识！ 
目录

1 简介 
2 淫乱门 
3 家庭背景 
4 感情生活 
5 最新动态 
1 简介 
2 淫乱门 
3 家庭背景 
4 感情生活 
5 最新动态 
 李宗瑞 - 简介 
李宗瑞（点击查看更多）李宗瑞（原名李宗祐），台湾元大金控及元大宝来证券董事李岳苍的长子，是时尚派对及台北市各大知名夜店常客。李宗瑞出手阔绰，有人叫他“李董”，但他较喜欢别人叫他Justin。[1] 

李宗瑞与娱乐圈很多艺人都有交往，包括小S老公许雅钧、王阳明、祝钒刚等都是他的朋友，每次开party包厢总是爆满，而出手大方、交游广阔的李宗瑞也很受女艺人欢迎。[2] 

2007年因在台北夜店殴人，有伤害前科。与他传过绯闻的对象包括名模白歆惠、吴亚馨、林苇茹、林利霏等人。[3] 

 

李宗瑞 - 淫乱门 
李宗瑞迷奸多名女艺人不雅照曝光（点击查看组图）曝光

2012年8月，据台湾东森新闻报道，2011年7月，有一对姐妹花控诉李涉嫌下药迷奸还拍性爱光碟，当时李否认性侵，辩称被害人是自愿与他发生关系。警方追查后发现，李宗瑞偷拍的性爱影片中，竟然有将近60位女星和女模。这些不堪入目的影片十分变态，都是在受害人不知情的状况下拍摄，数量比陈冠希的淫照风波还多，李宗瑞还将性爱影片分门别类，存在不同资料夹，甚至用被害人的中文或英文名字下标。台北地检追查1年后，于2012年8月对他发布通缉，而李宗瑞已离开台湾。 


报导指出，李宗瑞曾同时迷奸两名小模，在床上大玩另类3P，十分变态；而他惯用的手法都是在夜店先把目标灌醉，再带回家，若对方没醉，就找藉口载女方回住处，并在水里下药，再趁机性侵。被害女子有的从头到尾都处于昏睡状态，有人半途中醒来，李宗瑞还会先“停机”，等对方再度昏睡时继续逞欲；少数受害人在酒精或药物作用下竟配合李拍摄，李还会拿影片给友人炫耀。[4] 

8月16日，又有一组多张李宗瑞及女艺人的艳照图遭网友曝光，这组图在网上迅速传开，网友议论纷纷，难辨真假，连林熙蕾也被牵扯其中，但其经纪公司已出面否认，网友也亲口承认林熙蕾的图片系PS旧照。 

逃亡

2012年8月1日，北检证实李宗瑞涉嫌妨害性自主罪及妨害秘密罪，因为屡次传唤、拘提不到，下令通缉。当时李宗瑞已经逃亡。

淫少迷奸女星&quot;喂药&quot;床照涉嫌迷奸女星并拍摄性爱光盘，遭通缉逃亡的富少李宗瑞，因积欠夜店酒钱遭讨债，他的母亲史锦秀为此拿出20万台币请他女友JOYCE代偿，疑遭私吞10万台币。 

自首

2012年8月23日，李宗瑞在被通缉23天后，终于在检警布下天罗地网，全面断绝他的人脉及金援下，主动现身台北地检署投案。晚23时许经法医当庭勘验，确认李宗瑞就是淫照中的男主角。投案时李宗瑞头发蓬松，神情疲惫。[5] 

审判

2012年8月24日凌晨3点20分，台北地院开庭，认定李宗瑞涉犯加重强制性交及妨害秘密等重罪，加上有逃亡的事实、串证及反覆实施犯罪之虞，法官在凌晨4点40分裁定声押获准。约6点25分抵达台北看守所。李宗瑞到案后，坚称没有下药迷奸被害人，声称发生性关系的女性都是你情我愿，且没有散布影片或照片。 

李宗瑞 - 家庭背景 
吴亚馨曾和李宗瑞是男女朋友李宗瑞是台湾知名富二代。他的父亲是台湾元大金控和元大宝来证券董事李岳苍。李宗瑞案发后，李岳苍辞去了公司董事职务。[6] 

李宗瑞并非婚生子。他的母亲杨小莉，本名石锦秀，曾在风月场混迹逾二十年，获得“酒国名花”称号。20世纪90年代末，她经营“307俱乐部”，凭借高超的交际手腕，吸引不少政商名流来她的俱乐部应酬。杨小莉有过一次婚姻，离婚后交往的对象也多为政商界人士。现在杨小莉已年过五旬，但依然保养得宜，被誉为“熟龄美魔女”。[7] 


 



李宗瑞 - 感情生活 
2008年与吴亚馨交往，传出她为他割腕，之後传与女模林苇茹谈恋爱。
2009年传与白歆惠来电。　
2011年与林利霏吃过饭后当街拥抱。　
2012年涉嫌对将近60名艺人、模特儿下手，受害人不乏一线女星，还偷拍性爱光碟，“台北地检署”已经发布通缉。
李宗瑞 - 最新动态 
李宗瑞到案后，很多人以为「迷姦门事件」能暂时告一个段落，但先前疑似李的性爱影片多以几十秒的短片方式流传，现在却疑似有有心人士恶意外流总容量27.5G，93部共长883分钟的性爱影片，档案内还依被害人暱称分类成48个资料夹，每个资料夹有1至3部性爱影片，甚至还有3P性爱影片以及3P迷姦。而“27.5G”也成了26日Google关键字搜寻的第一名。 


台湾东森新闻报道，据了解，这个容量多达27.5GB的完整版不雅照，有许多照片中的女子明显呈昏迷状态，拍摄皆在同一房间，且从同一角度拍摄。   
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附图  上传图片 更多&gt;&gt;  李宗瑞不雅照片
  李宗瑞不雅照片
  李宗瑞不雅照片
  白歆惠曾和李宗瑞传…
 为本词条添加视频和组图相关影像 
注释与参考： [1] ^湖北网络电视台：迷奸！元大金控董事李岳苍之子李宗瑞被通缉 受害者多达60人2012-08-09  
[2] ^新浪娱乐：台湾富少李宗瑞涉性侵 林利霏力挺其清白(图)2012-08-09  
[3] ^金鹰网：台媒爆富少李宗瑞迷奸60女星 众一线艺人躺着中枪 2012-08-08  
[4] ^台湾富少李宗瑞迷奸近60艺人女模遭通缉 曾有伤害前科  
[5] ^李宗瑞被确定为淫照男主角 逃亡时藏身女密友家  
[6] ^南方都市报：台迷奸案受害名单新增人妻 李宗瑞父亲请辞2012年08月14日  
[7] ^华商报：淫少李宗瑞被曝不是婚生子 母亲常混风月场2012年08月13日  被引用： 李宗瑞已被如下媒体引用 我来补充 媒体：  
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中文名： 李宗瑞 
别名： 李宗祐 
出生地： 台湾 
性别： 男 
国籍： 中国 
出生年月： 1985年 
重要事件： 2012年，因涉嫌迷奸60名女星遭到通缉。 
 
身高： 170厘米 
地图人物关系编辑 
李岳苍父亲 白歆惠绯闻女友 吴亚馨绯闻女友 林苇茹绯闻女友 林利霏绯闻女友 李宗瑞 编辑 
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 title
目录1 简介 
2 淫乱门 
3 家庭背景 
4 感情生活 
5 最新动态 

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Open Category the authoritative assessment crack the mystery of the sinking of the nuclear submarine Kursk in 2000: the nuclear-powered submarine
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Crack the mystery of the sinking of the nuclear submarine Kursk in 2000
Kursk submarine accident before

Terrorists armed to blow up? Foreign submarine malicious collision? ---

The cost of one billion U.S. dollars of the nuclear submarine Kursk, Russia&#39;s most advanced defensive weapons. It has two nuclear reactors, the submarine is 150 meters long, six-storey volume reached more than twice that of the jumbo jet. Kursk has a unique double-hull hull and 9 waterproof compartments, will not sink even if a direct hit by a torpedo. On the morning of August 12, 2000, a gust of explosions occurred in the Kursk crisis Why so fast, actually make submarines too late surfaced? Why is there no survivors? Disaster does not occur without cause, the United States, &quot;National Geographic Channel&quot; to &quot;return to the crisis scene&quot; will unveil the fatal moment of truth.

After the Kursk disaster, Russian officials immediately launched a secret investigation, but a person know that they will not publish the results. This person is Sir Truscott, he is a Russian adviser of the British government, his senior and Russia and the Western world have his wife, who was also the Russian people. Truscott decided to conduct their own investigations, he used his special relationship, began to study the small amount of information at his disposal. Chechen Islamic militants blew up the Kursk? After the Kursk disaster, a Chechen news agency stunned the world. The agency reported that, in order to support Islamic militants in Chechnya, a crew blew up the Kursk. But, who can enter the submarine front part? Who has placed the bomb motives? Boat, two people from the Islamic regions of Russia, one of them into the torpedo compartment, he called plus quarter Aliyev. Truscott discovery the plus quarter Aliyev offered to monitoring the torpedo battery, so that he can go to the front of the submarine. Do plus quarter Nazarbayev is the suicide bomber? Truscott verification by the top echelon of his knowledge. Truscott said: &quot;I know some of the secrets of weapons R &amp; D staff, survey plus quarter Aliyev background, he is very loyal to the Navy, it is absolutely impossible to organized terrorist attacks.&quot; Russia so plus quarter yeah husband served in the Kursk is clearly for propaganda purposes, the possibility of terrorist attacks have been excluded. Kursk sank collision? Then, the Russian Navy started promoting other theories about the sinking of the Kursk, claiming that it had occurred and foreign submarines collided. They know that the incident, the date of the Barents Sea is not only the Northern Fleet, there are at least two NATO submarines in the monitoring exercise in Russia. Truscott found this intrigues games often turn into unexpected underwater collision. Since 1967, the Russian Navy has 25 submarines collided accident record. Truscott master message, even the British Navy that the Kursk sank collision. Truscott said: &quot;They first thought is that the Kursk may be a U.S. submarine sank in the Barents Sea.&quot; But they do not have definitive evidence. Then, the Russian Navy disclosed a U.S. submarine Memphis satellite photos, it is parked in the Norwegian military, shooting time is seven days after the Kursk sank. Russia believes that photo proves aboard U.S. submarines had hit. The U.S. categorically denies Memphis No. collision occurred. Russian navy refused to yield, they held a press conference, in the announcement of the image data, seems to be a huge incision in the side of the Kursk. They insisted that is evidence of a collision, the culprit is not the Memphis No. is other submarines, and perhaps the British submarine. For a time, the Kursk has become a thorny political issue. The British Ministry of Defence that it is necessary to explore the collision that since NATO submarines have been condemned and they must know the truth. But later, the NATO countries was finally able to breathe a sigh of relief, and a seismic research institutions in Norway announced Kursk missing, they had detected the Barents Sea once abnormal vibration. Kursk explosion shockwave hidden evidence of impact? The British government made these important information to give it to David Bowers, earthquake experts. Bowles seismogram and seismic signals were compared, it does not meet the undersea earthquake or submarine collided mode, but in full compliance with the the known underwater explosion mode. Powers that the explosion occurred in Kursk twice their signal is very similar to the first signal of only one hundredth of a second explosion, equivalent to 50 kilograms of TNT. Bowles OK twice abnormal vibrations are underwater explosion caused. NATO off the hook, the hardliners in the Russian Navy has to admit that, not because the sinking of the Kursk submarine collided. 5-7 torpedo explosion apparently expanding the political impact of the disaster of the second cause of the explosion, President Vladimir Putin approved a bold salvage plan to salvage the Kursk from the seabed. The salvage operation to allocate $ 130 million in special funds, even more than the entire annual budget of the Northern Fleet. In the 14 months after the sinking, the Kursk was transported to a secret naval base in the Kola Peninsula. Identification experts began to study the huge wreckage. They soon discovered that the cruise missiles are not damaged, they began to investigate the submarine torpedo. Torpedo compartment are still bottom of the sea, in the wreckage throughout the damage, the researchers speculated that there were 5-7 torpedo simultaneous explosion. This is equivalent to 4.5 tons of TNT exploded, consistent and seismic survey data. Truscott believes he has found a second cause of the explosion.


Crack the mystery of the sinking of the nuclear submarine Kursk in 2000
Russia plunged into grief after the Kursk disaster,

But why the Kursk, a large number of arms will explode? The clue must also on submarines twisted wreckage. The appraisal team confirmed the former Ministry of the wreckage has been burned, internal as hot like a blast furnace to 2000 degrees Celsius. The detailed analysis of the results showed that the fire had already started before the torpedo explosion. Truscott from the seismic survey data to identify reasons --- first small explosion likely caused the fire. To identify the initial cause of the explosion is a survey of the most critical issues. But the the submarine front end of the wreckage are still undersea Truscott doubt very much that can find important evidence. A no hydrogen peroxide torpedo warhead manufacturing the initial explosion Truscott said: &quot;how might solve the mystery it? Blown to pieces of the torpedo compartment are still seabed survey encountered a big problem.&quot; But important discoveries from the seabed finally opened a mystery. 50 meters from the rear of the main wreckage, found near the site of a fourth torpedo hatches hull debris. The location of the piece of debris completely incredible, it is located in the rear of other debris, it is the first bombing of the debris from the submarine. To its original position on the submarine is the place of the explosion. Truscott said: &quot;This is important evidence, because it proves that the first explosion of the torpedo launch tubes on the 4th. Remaining question is, which part of the torpedo explosion.&quot; Truscott know explosion most likely source is the torpedo warhead. But he found that the Kursk was about to launch a practice torpedo and not warheads. The explosion must be caused by other parts of the torpedo. Professionals told him, torpedo launchers, before you hit the target, sometimes to advance several kilometers, energy torpedo propulsion system has usually bigger than the warhead. Truscott carefully studied the practice torpedo propulsion system, so that the forward torpedo in the water turbine based kerosene-powered. But in the absence of air in the water is the oxygen of the fuel required for combustion provided by the high concentration of hydrogen peroxide. In theory, this propulsion system is very safe and effective, but Truscott heard some bad characteristics of hydrogen peroxide. Certain metals or rust contact becomes hydrogen peroxide catalyst, hydrogen peroxide is decomposed into oxygen and steam, and releases a lot of heat, and five thousandfold increase in volume in an instant. The torpedo, this power is fatal. Truscott found that many times naval accident with hydrogen peroxide. The most serious of which is the 1955 explosion of the British Navy submarines West comma. Routine loading operations, West comma of a new hydrogen peroxide torpedo launch tube explosion, in which 13 people were killed. West comma global naval recognize should not use hydrogen peroxide torpedo, we get lessons, only Russia exception. Adverse welding?? Also victims of this chemical time bomb? Truscott Russian submarine expert Culkin, understanding, and entrusted Culkin began to study hydrogen peroxide propulsion system to understand the cause of the Kursk accident possibility. Culkin first calculated the explosive energy of the propulsion system, the result is about the power of 50-100 kg of TNT, roughly consistent with the first explosion seismic traces. Culkin know, hydrogen peroxide torpedoes have a safety device to avoid torpedoes pressure increased degree of risk. The security system of the torpedo damaged? Through his special intelligence sources, Culkin made the the Kursk practice torpedo maintenance records. The veteran commander surprise. Torpedo produced in 1990, the same batch of communism 10, six of them immediately identified as unqualified because of their welding. Culkin learned that the military never checked practice torpedo welding, they saw no need to, because the practice torpedo warheads. Culkin reluctantly came to the conclusion that, bad welding may cause hydrogen peroxide leaked from the practice torpedo, causing irreparable consequences. However, the evidence in the wrong? After investigation Kursk thousands of metal fragments, Culkin finally rewarded. They found fragments of the torpedo launch tube, twisting and signs of damage are high fever, torpedoes will have the same traces of destruction from the explosion of the central point of explosion in a critical weld. The complex hydrogen peroxide theory opened a part of the mystery. The first explosion caused the fatal consequences but there is still a big problem, why this small explosions enable command center paralyzed Kursk impasse? Emergency drainage only takes a few seconds, why even this most basic emergency procedures did not start? The answer to this question in the Russian fleet set off a firestorm. Defect of the the the welding lead Kursk front cabin torpedo explosion, the bulkhead was not supposed to be blasted, but bombing wear. Truscott again ask submarine expert Culkin. Culkin know, separated from the first two compartment bulkheads, should be able to ensure that the first explosion to spread to the outside of the part of the torpedo compartment. So, he began to study the submarine front of the weaknesses. The ventilation system will immediately have doubts, he Ventilation piping through the first four compartments. The ventilating pipe diameter of 40 cm across the bulkhead, however, the vent tube itself is made of light alloy. And ordinary ventilation tube, almost home, office ventilation tube, when the explosion occurred, immediately exploded. First explosion pressure wave along the ventilation tube burst into the command center, the pipeline was blown to atoms introduced into the tanks, the flames and smoke. The cabin staff had a chance to press the alarm device, was fire and smoke poured, no one can survive.



Crack the mystery of the sinking of the nuclear submarine Kursk in 2000 to crack the mystery of the sinking of the nuclear submarine Kursk in 2000
                    The submarine safe spaces see underwater salvage a nuclear submarine wreckage



Extended reading

Now, Truscott has been able to recount all been aboard the Russian super submarine and all personnel were killed. August 12, 2000, 5 minutes and 30 seconds before the disaster. The Kursk ready to a practice torpedo launcher, Peter the Great. The commanders operating submarines, submarine in the front end of the torpedo hydrogen peroxide being infiltrated into the launch tube, clustered into a pool. Torpedo operator to open the launch tube, and clean up the circuit connection. 135 seconds before the disaster, hydrogen peroxide liquid and a small rust 5 thousandfold increase in the volume instantly. Tremendous pressure shattering torpedo shell and the kerosene tank rupture. The febrile steam ignited kerosene, the release of oxygen fueling the fire of kerosene the torpedo compartment into a sea of ​​fire, cabin personnel died on the spot. The shock wave from the vent pipe into the command center, the seawater influx from the launch tube, the Kursk began slowly sinking. At that time, 21 torpedo like on the oven on 500 kg of kerosene burning fiercely. When the internal temperature reaches 400 degrees Celsius, the warheads will automatically explode. 11:30:15 disaster. Within a fifth of a second, a total of seven torpedo explosion. Supersonic shock wave shattered the Kursk sealed bulkhead and toward nuclear reactors rushed. Reactor shock absorber absorption 50G forces bulkhead block shockwave. At this time in the front-end of the submarine pressure hull load has exceeded the limit of 5 cm thick steel pipe burst, water influx from the 70-meter-long hole in the submarine. At this distance the first explosion just a few minutes. 118 officers and soldiers, most of them died on the spot. Submarine rear 23 people in eight hours after the explosion is still struggling. According to their own life experience, Culkin depicts the terrible scenes and death struggle. And the water only 108 meters away, and are trained to know you can wear life jackets in order to swim out of the door, and thus escape from the deep-sea. But doing so is very dangerous to swim to the sea, they will be with the sea water rafting, went missing in the sea and freeze to death, they are waiting for the other vessels to reach the top of the submarine. They have plenty of food and water, as long as it is used with care, cabin air can be used several days. With each breath, they will exhale carbon dioxide, even a low concentration of carbon dioxide can be deadly. In order to avoid this danger, the submarine is equipped with air wash chemicals to remove the carbon dioxide in the air. Increasingly opaque, air, boat crew will air wash hanging on the ventilation tube. Culkin found that their fate depends on these life-saving devices. The identification report documents the evidence found at the scene of the fire on the 9th compartment fire air wash. Culkin know, the wash will explode in contact with oil or water, leading to a vicious chemical fire. He gradually learned that, in the death throes of the process, the crew had to hang another wash. But in the dark and cold cabin, their hands and feet become very flexible, wash fall into the greasy water, a fire caused by a chemical reaction. The fire consumed the oxygen in the air, so that they inhaled poisonous carbon monoxide, so Death had come. After the disaster, the Navy removal of hydrogen peroxide in the Russian submarine torpedo. The official report noted, no human error in the accident. Who can not determine The nuclear technician Alexei whether made the decision to shut down the reactor. If it is his decision, his acts of bravery, perhaps to avoid another Chernobyl nuclear disaster. Feed / United States National Geographic Channel



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 Submarines, also known as submarine ships, referring mainly to run underwater. The submarines, including large ships (mainly military), medium-sized or small boat (Pocket submarine, submersible). It is one of the major naval vessels of the Navy. Has good invisibility, greater self-sufficiency in force, endurance and a strong assault powerful. Used to attack land-based strategic objectives, large, medium-sized surface ships and submarines, attacked coastal facilities and land an important goal, and mine-laying, reconnaissance, removal of special personnel landing.

Edit Summary
Directory

1 Introduction
2 Development history
3 deep dive principle
4 power plant
5 Structure
1 Introduction
1.1 submarines use
1.2 submarine combat role
2 Development history
3 deep dive principle
4 power plant
4.1 diesel-powered breathing tube
4.2 of Nuclear Power
4.3 absolute gas propulsion system
5 Structure
6 weapons systems
7 navigation system
8 communications equipment
9 living facilities
9.1 submarines oxygen source
9.2 lifesaving equipment
10 Category
10.1 a military submarine
11 designers
Level of 12 Chinese submarines and history
 Submarine - Introduction
Virginia-class submarines of the U.S. submarine uses
Widely used submarines for military purposes, but also for military purposes.

Military purposes including attacking enemy warships or submarines, near-shore protection, blockade, laid mines, reconnaissance and transport tasks such as special units. The submarine&#39;s initial military applications is in the First World War, and many large multinational naval equipment. The submarine widely used in World War II, played an important role in naval warfare.

The submarine&#39;s non-military purposes, including marine scientific research, salvage, exploration, mining, scientific detection, maintenance of equipment, as professional tools such as search and rescue, or undersea cable repair, can be used to do the sea travel The tourism industry and academic surveys, in the seaside tourist places such as Hawaii, Hainan Island, also has a tourist submarine. Even under the sea as a super-rich mobile mansion.

Submarine combat role
The submarine combat combat role is: Destroy the transport ship, destroy the enemy&#39;s sea lines of communication; attacks and medium-sized surface ships and submarines; land-based strategic objectives to carry out attacks, to destroy the enemy&#39;s military, political and economic center; perform Bray, reconnaissance , rescue and repatriation of special personnel landing.

Submarines, mainly by the hull, steering systems, power units, weapons systems, navigation systems, detection systems, communication equipment, the sound of water against, life-saving equipment and living life facilities.

The submarine was originally a wide range of military applications play an important role in the First World War, and in many large national naval. Military purposes including attacking enemy warships or submarines, near-shore protection, blockade, laid mines, reconnaissance and transport tasks such as special units. The submarine&#39;s non-military purposes, including marine scientific research, salvage, worthy of exploration, mining, scientific detection, maintenance of equipment, can also be used as professional tools such as search and rescue, or undersea cable repair, can be used as a sea The tourism industry and the academic investigation, even under the sea as a super-rich mobile mansion.

The wide variety of submarine the civilian diving detectors, it ranges from small automatic boat operating one or two persons of a certain number of hours, maintain up to 3-6 months to hundreds of people like the Russian Typhoon class nuclear submarines submerged standby . Modern deep-sea submarine work originated in deep-sea diving deeper than human divers can survive or work place.

Most large submarines contain a cylindrical body and a usually fixed midship vertical structure (bridge), it there are communications, sensors and periscope. This bridge structure early special compartment known as the &quot;control tower&quot; - a separation in cylindrical hull placement periscope and control equipment. The deep submarine or professional submarines often protruding bridge.

Countries disarmament or arms expansion negotiations has generally been recognized as a strategic weapon. Most submarines are used for military purposes, and only a small number of submarines used for scientific research, tourism and other non-military purposes.

The submarines - Development history
The 1800 Nautilus 1770s, Americans D. Bushnell built a single manipulation Muke boat &quot;sea turtles&quot;, through the foot valve to the tank water, the boat can dive to underwater 6 meters, can stay under water for about 30 minutes.

In September 1776, the &quot;Turtle&quot; submarine attack on the British warship moored in New York Harbor Eagle &quot;, although not successful, but creating a the submarine first attack warships try.

The end of the 18th century to the end of the 19th century is an important period of development of the submarine. In 1801, the Americans R. Fulton built Nautilus submarine, the hull is the hob copper shell the captain seven meters, carrying two mines, manipulation by 4 people. Water folding mast, sail for power. Underwater using a hand-cranked propeller propulsion.

The 1860s, the American Civil War, &quot;Henry submarine built by the Yugoslav Army is about 12 meters, was the cigar-shaped, with eight people shaking propeller forward speed of 4, the use of mines attack enemy ships. The night of 17 February 1864, &quot;Henry&quot; water mines sunk the the North army battleship &quot;ho Sartori Nick&quot;, the first submarine sank the warship&#39;s wars. September 1880, the first submarine built in Tianjin, boat shape, such as olive, underwater travel, very agile, underwater BCC mines placed under letters of marque.

In 1863, the French built submarine Diver, use the power of 58.8 kW (80 hp) compressed air engine for power, speed 2.4, can be submerged in water 3 hours, dive depth of 12 meters. In 1886, the British built the submarine &quot;Nautilus&quot;, the use of battery propulsion, Speed ​​6, with a cruising range of about 80 nautical miles. In 1897, the United States built the &quot;Holland&quot; a Ⅵ No. submarine, the water use 33 kilowatts (45 horsepower) of gasoline power unit, Speed ​​7, 1000 sea miles endurance; underwater use motor-powered, Speed ​​5 Jie, life force 50 nautical miles , this is the beginning of the submarine dual propulsion system.

Retired submarines in Qingdao Naval Museum in 1866, the British R. Whitehead made a torpedo. 1881 T. Nord Felt and G. Garrett the &quot;Nordisk Felt submarine construction, for the first time equipment torpedo tubes; same year, the United States to build the&quot; Holland &quot;II submarine can the underwater launch torpedo torpedo tubes, this is an important development in the history of submarine development.

In 1863, the French built a &quot;diver&quot; submarine. The design of the hull to imitate the shape of dolphins, 42.67 meters long with a displacement of 420 tons. Use a power of 59 kW (80 hp) steam engine for power, speed 2.4, can be submerged in water 3 hours, dive depth of 12 m. &quot;Divers&quot; steam engine powered dimension exceeds all submarine has become the largest submarine in the 20th century before.

The submarine has become in the last 10 years of the 19th century, at least a potential deterrent weapons. However, due to the Navy of the United Kingdom, the United States and other major powers on the submarine remained skeptical, and always think the submarines only weapons used to attack the weaker countries, and this hinders the development of the submarine.

The beginning of the 20th century, the submarine is equipped gradually improve the performance gradually improved, and appear to have some real ability submarine. These submarines using double-shell, airworthiness, amounting to one hundred tons displacement, the use of diesel engines - motor dual propulsion system, the surface speed of about 10 to 15 underwater speed of 6 to 8, significantly improved endurance; weapons and artillery, mines and torpedoes. Before World War I, the main naval countries have submarines, more than 260 vessels, to become one of the Navy&#39;s combat forces.

Submarine - deep dive principle
World War II German Navy U-XXI type submarines diagram for submarines dive float, underwater balanced change depth. Submarine main ballast water tanks filled with water, add weight to offset the reserve buoyancy to dive from the surface of the water. The water from the main ballast water tanks with compressed air, the weight is reduced reserve buoyancy recovery that surfaced from underwater.

The lifeboat has specialized buoyancy adjustment tank for injection or discharge the right amount of water to adjust the submarine buoyancy due to the consumption of supplies, ammunition and seawater density change caused by the change. The first boat, the boat tail also has a trim balance tank, first by adjusting the tail balance tank water to eliminate the submarine underwater may arise trim. The first boat and each has a pair of horizontal tail elevator, some submarines in the command room surrounded shell to install a pair of horizontal elevator needs to manipulation submarine transform and maintain submerged depth. Equipped with a propeller and rudder, aft guarantee the submarine sailing and tacking.

The submarines - power device
Diesel-powered breathing tube

The Royal Navy tiger cat diesel generator No. earliest ever tried as a the submarine power source of compressed air, human, steam, fuel and electricity and so on. The real mature first submarine power source in a diesel engine with an electric motor as a common power source (diesel-electric).

The basic structure of the breathing tube is very simple, is a elongated vent pipe to the outside air to the diesel engine emissions generated through the breathing tube row to send out additional Additional prevent seawater to enter and will enter waters excluded pipeline. Allows submarines to use diesel engines, so the submarine periscope depth case you do not have to go up to supplement the electricity through the use of a breathing tube. The breathing tube substantial change practices and flexibility of the submarine. Before using the breathing tube, the submarine must be surfaced for ventilation and charging job, while the operating time limit at night. After the breathing tube, the submarine simply breathing tube above sea level charge of the work to be carried out, not only reduces the submarine was found that the probability of also expansion the submarines can charge the timing.

Nuclear power
Nuclear power is Following diesel-powered development after a driving force. The principle of nuclear power is the high temperatures generated by nuclear reactors to generate steam in a steam engine to drive a steam turbine driven propeller or generator power. The first successful submarine install nuclear reactors is the U.S. Navy&#39;s submarine Nautilus, the world publicly declared five countries with nuclear power, which the highest proportion of use in the United States and Russia. The United States announced that it would no longer even in 1958 the construction of non-nuclear-powered submarines.

Compared to conventional diesel-electric submarines nuclear-powered submarines, power output and high power endurance (fuel supplement of the nuclear-powered submarine replacement is usually more than 10 years, only a few weeks or a few months compared to diesel-powered submarines greatly increased, so it is usually considered infinite life), speed, etc.. The nuclear-powered submarines there are technical difficulty, poor stability, the high cost of construction, noise, and high maintenance requirements shortcomings. Diesel-electric submarines and absolute gas propulsion technology development, nuclear-powered submarines is no longer the standard of advanced submarines powered only.

Absolute gas propulsion system
AIP Air-Independent Propulsion short, the Chinese called absolute gas propulsion. In 1930, Germany, Dr. Walter (Walter) hydrogen peroxide as fuel, power machine system, after several years of research and testing at the end of World War II, Walter invented the &quot;Walter-power machine&quot;, the principle is driven by the combustion of hydrogen peroxide internal combustion engine work, due to excessive combustion of hydrogen peroxide reflecting produce oxygen, so no additional air, the the early Walter-power machine is not reliable because the reaction of hydrogen peroxide prone to spontaneous combustion, so the German production of several ships XVIIB to hydrogen peroxide powered submarines.

Although the absolute gas propulsion has greatly improved the ability of the diesel-powered submarines, but due to the poor stability of oxidants such as hydrogen peroxide, making absolute gas propulsion security is often questioned. In fact, regardless of early Walt trials after World War II the United States, the Soviet Union&#39;s in-depth study, all more or less accidents and problems. Modern absolute gas propulsion device class air enclosed diesel engine, closed cycle steam turbine, Sterling closed power machine, and fuel cell.

The structure of the submarine -
 Los Angeles-class attack submarines can clearly see its cigar casing modern submarines are usually cigar has been a great change in this design compared to the earliest Turtle egg-shaped, so the housing also commonly referred to as &quot;water drop shell. Submarine designers have found water drop shell is found underwater path of least resistance casing shape, this shape was poor ability to resist the waves some floating. The German submarine developed technology and ideas have been a huge change, they began to focus on underwater speed and build the first underwater speed faster than water submarine - U-XXI type, followed by the construction of a U- XXIII type. These two types of submarines not only used near water drop case, first revoke the the submarine deck on the deck artillery, the bridge part nearly streamlined &quot;, so that the submarine is not only faster and compared to the time the Allies quieter submarines, underwater combat strength. Modern submarines in the water drop outside the enclosure usually have laying anechoic tiles, is actually a way to reduce this boat sound radiation and absorb external sonic material, making the submarine quieter.

The highlight of the bridge of the submarine upper shell around part of the growth periscope and radio antenna length. Generally speaking, the bridge confining shell usually have radio equipment, radar, electronic warfare equipment, through the trachea and other equipment.

Roughly divided into two &quot;schools&quot; - single-shell structure with double-shell structure in the development of modern military submarines structure. The monocoque structure name suggests is a layer of shell to withstand outside that pressure to maintain the lifeboat Pressure. Double casing is out of the casing plus loaded layer of the casing, this layer of the casing is called the &quot;outer housing&quot;, &quot;light housing&quot; is also often referred to as the &quot;non-pressure hull. The shell itself does not withstand the pressure, like internal shell monocoque structure to withstand external pressure to maintain the internal pressure.

The advantage of the double hull pressure hull material requirements to be much lower than the single shell, but also laid a lot of pressure equipment, such as the the sonar probe emplaced non-pressure hull, so that not only reduce the pressure-resistant hull space but also significantly decreased anti-pressure operation of these devices to reduce the pressure hull and the pressure hull deformation. Once the submarine by the shock, impact, when in actual combat, although the outer shell may have been Devastate, but due to the effective protection of the internal pressure hull, resulting in the safety of the submarine to be effectively protected. Outer casing internal retrofitting muffler material also can greatly reduce the interior noise, to improve quiet capability. Another double-shell structure of the submarine reserve buoyancy, anti-sinking submarine are generally higher than the single shell.

The displacement of the double hull submarines are too large, which caused the increase in the the submarines resistance and noise. Second, the structure of the double hull requirements of the welding process and the cost is much higher than the single shell, virtually increase the the submarine manufacturing cycle and reduce the cost-effective. But it is worth mentioning that Alfa-class submarine of the Soviet Union had considered the manufacture of single shell to improve the speed and reduce the displacement and the United States in recent years also intend to manufacture the submarine in order to improve the loading capacity of the double-shell structure, quietness and operability.

The submarine - weapons systems
Australian Navy Mark-48 torpedo test Atlas ballistic missiles, cruise missiles, anti-submarine missiles, torpedoes, mines, weapons and their control systems and launching devices. Ballistic missiles, strategic missile submarines main weapon for attacking land targets, a strategic missile submarines equipped with ballistic missiles, 12 to 24. An attack submarines to carry cruise missiles, anti-submarine missiles from 8 to 24 or 12 to 24 torpedoes. Cruise missiles, tactical cruise missiles and strategic cruise missiles. Tactical cruise missiles, is mainly used to attack large, medium-sized surface ships; strategic cruise missiles, mainly used to attack land targets. Anti-submarine missiles, a Rocket Assisted torpedoes or depth charges, some nuclear charge, is mainly used to attack submarines. Torpedo, with direct flights torpedo wake homing torpedoes, acoustic homing torpedoes, and wire-guided torpedoes, mainly used for ship, submarine attack. Submarine mines, sub-sink to the bottom mines, anchor Ray the SLMM, etc., laid in enemy bases, ports and waterways near for destroying enemy ships or enemy blockade. Weapon control system is the use of digital computers, can be calculated simultaneously tracking several groups of target, providing the basis for decision making, to find the best target shooting array bit and calculated target firing arms fire command automation.

The submarines - navigation system
Including the magnetic compass, gyro compass, odometer meter, depth sounder, Track since plotter, autopilot and radio, Stars, satellite, inertial navigation equipment and so on. Inertial navigation system able to continuously and accurately provide submarine underwater boat position and heading, speed, vertical and horizontal inclination information. NAVSTAR Global Positioning System, the submarines at sea instant positioning accuracy of about 10 meters.

Detection equipment periscope, radar, sonar and radar reconnaissance warning receiver. The submarine the underwater will periscope lens liter out of the water, can be used to the sight of the sea, air and coastal, determination of the orientation of the target, the distance and estimated its movement elements. On modern submarine periscope mounted laser rangefinder, thermal imaging, night vision and other sensors with night observation, photography and celestial positioning functions (see submarine periscope). Radar by radar lifting antenna can be measured in a certain depth of the underwater target orientation, distance and motion elements ensure submarine navigational safety and the implementation of a torpedo or missile attack surface ships, the radar reconnaissance alarm receiver antenna specialized lifting mast or parasites on the other lifting devices to ensure that the submarine periscope the sailed state when the enemy radar reconnaissance and warning. The sonar submarine activities detection tools, noisy sonar and echo sonar. Noise sonar on ships passive identification, tracking, direction finding and ranging; echo sonar can take the initiative for the determination of the target position, distance and movement elements. In addition, mine detection sonar measuring ice sonar identification sonar and acoustic line trajectory instrument.

The submarines - communication equipment
Shortwave, FM transceiver, very long wavelength receiver, satellite communications and underwater acoustic communications equipment. The submarine shore command center in shortwave communication receiver shore command post Telecommunications very long wavelength receiver, and implementation of short-range communication with other ships, aircraft or coastal contacted the main use of ultrashort wave communication. The submarine can lift antenna receiver in some depth, drag antenna receiver in greater depth. Satellite communications, allows submarines via satellite and shore command, communication, communication distance. Underwater acoustic communication for underwater communication and identification with other submarines, surface ships. In order to ensure the hidden nature of the communication, the submarine is generally one-way communication, the use of ultra-fast communication systems enables the submarine to shore command post letters in a very short moment.

Reconnaissance sonar and underwater acoustic interference equipment for underwater acoustic warfare equipment. Reconnaissance sonar, the reconnaissance target active sonar sound waves emitted its technical parameters. Interference from underwater acoustic equipment mainly underwater acoustic jammers, water Decoy (submarine simulator) gas curtain bomb, used to suppress, confusion, lured open enemy sonar tracking or acoustic homing torpedo attack.

The submarines - life facilities
Including air fresheners, air control, the detection of radioactive contamination, temperature and humidity regulation system, life living and diet, water, lighting, excretion, medical facilities, and for maintaining the appropriate lifeboat survival and activity environment to protect crew health.

The submarines in oxygen sources

Submariners breathe oxygen mainly from four areas: ventilation tube device, air conditioning unit, air reproducing apparatus and air purification devices.

Snorkel device is a tube can lift when sailing in coastal waters or at night, submarines sometimes go up to periscope depth, in meters or more than ten meters deep from the surface of the water out the periscope to observe the surface of the water and the air, the enemy&#39;s situation, such as conditions allow the outtake up out of the water, the air through pipe into the submarine cabin, cabin polluted air exhaust pipe through the shell around the rear of the podium with the exhaust fan discharge, reduced interior air convection, can keep the fresh air . Periscope depth in tactical terms called dangerous depth concealed sake, submarines are afraid to use this work because it is vulnerable to enemy anti-submarine forces found in the coastal waters also easy to shock or upset fishnet.

The air conditioning unit is to keep the lifeboat of temperature, humidity, etc., so that the crew have a comfortable living environment and working conditions, while ensuring the normal operation of the electronic equipment, which itself does not produce oxygen.

3. Air regeneration apparatus is an apparatus of oxygen is generated, it is composed by the regenerative blower, oxygen plant, carbon dioxide absorption means. Fan will work cabin dirty air by wind tube evacuated to a carbon dioxide absorption means to remove carbon dioxide, and then added in the treated air generated by the oxygen plant and the oxygen, and then sent to the various compartments duct for crew breathing, and so on, in order to achieve the purpose of air fresheners. This air regeneration device is usually the electrolysis of water can also be used to oxygen, the decomposition of oxygen available for 70 to 100 people breathing for several hours, but because of too much power, not suitable for conventional submarines. In addition, there are some of the oxygen in the pre-stored method, such as regenerative medicine board, oxygen bottles, liquid oxygen and oxygen candles like. Regenerative medicine plate is an obsolete by various chemical substances, and the filler made of perforated plate, the air flow will be able to produce a chemical reaction to generate oxygen. With regenerative medicine board general submarines, 500 to 1500 hours. Oxygen bottle oxygen stored in a high pressure vessel, used to open the valve to bleed, mainly for the diving bell, bathyscaphs. The liquid oxygen is also a the oxygen bottles similar to the high-pressure container, it is available for 90 days 100 crew. Oxygen candle is the Candle A chemical materials made of combustible material, made oxygen to ignite. A 1-foot, 3-inch diameter oxygen candles emit oxygen available for 40 people to breathe one hour.

Air cleaning devices lifeboat air of harmful gases and impurities control in allowable standard value following a processing device, commonly used in the following four: First, eliminate hydrogen combustion devices, it is mainly electric heater. The air flowing through the heating, and then to make the hydrogen in the catalytic effect of the catalytic combustion bed, the oxygen generating chemical reaction to generate steam, hydrogen is burned out. Second, is harmful to the gas combustion apparatus, and the way it works with a first substantially identical, but it is flared harmful gases. Third, the carbon dioxide purification apparatus, which through a special chemical liquid to absorb carbon dioxide. Fourth, the activated carbon filter with activated carbon filter is composed by a special charcoal porous adsorbents to absorb the harmful gases, and thus achieve the purpose of air purification.

Life-saving equipment

Wreck buoy and single life-saving. Submarine accident and emit of wreck buoys to mark the submarine wreck location, and contact with the outside world. Single life-saving device available for the crew through the torpedo tubes, the command room designed to escape with life-saving Gateway sets the water from the boat. The submarine accident, by submarines or lifeboat into the high-pressure gas discharge the main ballast water tanks of water, so that the submarine surfaced submarine main ballast the water cabin is also equipped with a the emergency blow drainage system.

Submarine - Category
Heaven operation torpedo divided military submarines and civilian submarine Bowfin Submarine Museum in Hawaii on display in the back

A. Military submarines

In accordance with the classification of submarine size: large (more than 2000 tons displacement), medium (displacement 600-2000 tons), small (displacement of 100-600 tons) and pocket (a displacement of 100 tons) submarines. Classified in accordance with the mission, can be divided into the attack submarines, cruise missiles, submarines and ballistic missile submarines. Classification, then the hull structure, double-hull submarines and single-hull submarines (For details, see the structure for some). Submarine classification, can be divided into the diesel-electric submarines, nuclear submarines.

Attack submarines

The so-called attack submarines in fact is a distinction in terms of strategic submarines. This submarine is mainly based on attacking enemy ships, submarines and over the sea under the target as the main task. Usually have very little, or just have a few orders of magnitude the ability of the land on the empty. These submarines main Wubei the early chisel boat drill, the touch explosive gradually developed, until the First World War, torpedoes, mines, and the deck gun became the standard equipment of the submarine weapons. With the high-speed development of the World War II German U-submarine underwater, deck guns since after the U-XXI type exit the stage of history.

Cruise missile submarine

Oscar-class nuclear submarines with the development of the submarine, and another weapon - missiles became another direction of development of the submarine. V-II missiles became the German ideals submarine weapon, the World War II German installation on missile submarine had begun to study this research project with the spoils of war become Americans. In February 1964, the United States on the SS-348 cod No. install &quot;Tiens Star&quot; cruise missile launch test success. However, with the United States in the late 1960s to the 1970s the rapid development of the submarine ballistic missiles, submarines, cruise missiles along with abandon. With the end of the Cold War, the large-scale nuclear confrontation ends and war localized trend makes the United States also recognize the importance of the cruise missile submarine. In September 2002, the United States began as four Ohio-class nuclear submarines converted into cruise missile launchers as well as special forces put on the boat. And the subsequent development of wiki Virginia-class attack submarine also installed 12 cruise missile launch tube.
Ballistic missile submarine

Typhoon-class nuclear submarines, ballistic missile submarines of the Cold War &quot;mutually assured destruction&quot; an important tool for thinking. To when we suffered a devastating nuclear strike, land-based ballistic missiles and space-based strategic bombers enemy nuclear weapons to project power has been destroyed, ballistic missile submarines as a covert nuclear attack force to give the enemy a devastating The combat, which is referred to as the &quot;second nuclear strike&quot;.
In more before 1959, the first ballistic missile submarines in the United States, Washington put into service. The installation is a range of 2200 kilometers Polaris missile.

In 2007, the Chinese government publicly newly developed 093 submarine, unofficial channels also released some 094 nuclear submarines news, the submarine is the JL-2 missile.

Civil submarine

Research with submarines

Under-sea research submersible submarine was originally a tool for underwater exploration in the earliest. The earliest submarine is evolved by the Diving Bell, The Diving Bell usually does not have its own power, need water vessels drag road. But then the submarine the militarization makes submarines for civilian purposes once stagnant.
Subsequently accompanied World War II, and the rise of the marine scientific research and civilian research submarine revival. Civilian research submarine, the development of the most advanced technology in the United States and Japan. January 23, 1960, Americans Piccard and Walsh by &quot;-2&quot; Trieste dive to a depth of 10,916 meters in the Mariana Trench, the Pacific, setting a manned submersible dive depth world record. In 1995, the Mariana Trench, the deepest in the world, the Japan Trench &quot;No. submerged water depth of 10,970 meters, a record unmanned submersible deepest dive record.

Sightseeing with submarines

With the development of science and technology and the opening up of the submarine market, sightseeing submarine has become the new mobile mansion &quot;in some rich also become a sea popular tourist places Strait tourism equipment.

Ruby Design Bureau design and manufacture of a sea tourist submarine. This submarine is named the the &quot;Sha Duoke&quot; (Sadko). The submarine can carry 40 passengers, safe dive depth of 100 meters, the ultimate depth of 200-250 meters, and usually only in the depth of about 40 meters sneak to guarantee security and crew are equipped with underwater escape equipment. The boat is equipped with three staff responsible for the manipulation of the submarines and passenger services. Since 2001, investment in tourism in Cyprus this submarine service.

Submarine - Designer
Made the greatest contribution to the development of modern submarines, was undoubtedly the American submarine designer - John Holland.

John Holland was born in 1841 in the the Ireland the Langley Skye satisfied town, his father is an employee of the British Coast Guard. Father&#39;s occupation Holland grew up on the ocean and warships full of curiosity. Secondary school graduation, his father unfortunately died, young Holland was forced to end their studies, to a school as a science teacher, to stir up the burden of family life. In the meantime, Holland while working, while designed submarines. In 1873, Holland resigned from the work of teachers, to the United States with his submarine design drawings. In the United States, his side in a church school teacher, while perfecting his submarine design.

In 1875, Holland will plan for the construction of new submarine sent to the Department of the Navy. The submarine was named for the number of &quot;Holland - I&quot; is driven by a single-person submarine. Captain of five meters, equipped with a gasoline internal combustion engine, 3.5 nautical miles per hour speed sailing.

The submarines - Chinese submarine level with history
Chinese Song-class submarines in addition to the new procurement Kilo (Kilo) class, as well as early type of 031, 033 is still the original NATO Russian-made Golf (&quot;G-class&quot;) and Romeo (Romeo, referred to as &quot;R-class&quot;) The class named, the other is based on the ancient Chinese dynasties named Xia, Shang, Han, Jin, Song, Yuan, Ming several levels. The only exception is the modification of the R-Class (can be emitted at the surface anti-ship missiles), into the level of the single-ship &quot;Wuhan&quot; class submarine No. 351.

In August 1950, the People&#39;s Liberation Army Navy Jianjun policy clearly states: based on existing forces, and focus on the development of the new PT boats, submarines and naval air forces (referred to as &quot;empty, latent, and fast&quot;), gradually building a strong The National Navy. Choose to give priority to the development of the submarine, is undoubtedly a wise move for the People&#39;s Liberation Army Navy. In April 1951, the People&#39;s Liberation Army Navy established the 275 submarines learning team in Lushun tiger tail to the Soviet Navy Pacific Fleet submarine detachment learning. In June 1954, the first branch of the PLA Navy submarine force - the independent Navy submarine brigade was established, under the two old-fashioned small submarines - &quot;11&quot; and &quot;12 New China&quot;. Although the two submarines are old and small, is very significant, because the significance of this since the late Qing Dynasty, China&#39;s naval personnel spend years struggling submarine dream for the first time come true. The history of the Chinese navy, naval personnel had repeatedly asked the funds to purchase submarines to defend the country. According to unconfirmed reports in the Taiwan military magazine said: full before the outbreak of the Sino-Japanese War, the Chinese navy had ordered was very state-of-the-art German submarine, to deal with the brutal invasion of Japan. Unfortunately, the submarine was detained in Germany and later for the Atlantic submarine warfare. After World War II, the United States to halt the rise of the Chinese navy, specified in the Kuomintang navy naval equipment: the largest surface ship only to the frigate, never to above destroyer ships; guns only to 4 inches (105 mm) guns, decision do not give more than 5 inches (127 mm) guns; submarine is still state-of-the-art weapons is absolutely not to.

Members of the modern naval ship &quot;- warships,&quot; boat &quot;- lightweight boat, this is the explanation for the&quot; ship &quot;and&quot; boat &quot;in the dictionary. While in the Navy in the array, the different kinds of ships feature diversity, division of tasks, the distinction absolutely not that simple. National Defense University Professor Li Daguang recent the modern naval family several key members of the Xinhua News Agency reporters were introduced. &quot;Sea generalists&quot; - destroyers, the &quot;the territorial seas guards&quot; - frigates, &quot;rushing Xiao Qiang&quot; - landing ship, the &quot;the underwater ghost&quot; - submarine, &quot;sea land&quot; - an aircraft carrier.
Destroyers, frigates landing ship
Submarine aircraft carrier
Fleet Overview Fleet of the Chinese Navy the resident Zhubo port naval base defense and regional scale
North Sea Fleet in Qingdao Qingdao, Jiaonan, Port Arthur, Huludao, Weihai, Chengshan Lushun Base (jurisdiction of Dalian, Yingkou Marine District); Qingdao base (jurisdiction of Weihai, of Jiaonan water police district); the Huludao bases (jurisdiction Qinhuangdao, Tianjin Marine ) Lianyungang north of the Bohai Sea, Yellow Sea defense missions has 330 ships, a detachment of destroyers, a frigate detachment, a nuclear submarine detachment, a conventional submarine detachment, a missile boats, minesweepers, submarine chasers, torpedo speedboat detachment, in addition to a landing ship brigade.
South of the East China Sea Fleet, Ningbo, Shanghai, Wusong, Zhoushan, Dinghai, Hangzhou, Shanghai base (Lianyungang jurisdiction, Wusong water police districts); Zhoushan base (jurisdiction dinghai, Wenzhou water police district); Fujian base (exempted Ningde, Xiamen Marine region) of Lianyungang defense missions in the East China Sea and the Taiwan Strait to the north of Nanao Island 600 ships, a destroyer, frigate mixed detachment, a frigate detachment, a submarine detachment, a landing flotillas, a missile boats, minesweepers, submarine chasers, torpedo boats, etc. a speedboat detachment.
South Sea Fleet Zhanjiang Zhanjiang, Shantou, Guangzhou, Haikou, Yulin, Beihai, Huangpu Zhanjiang Base (jurisdiction, Zhanjiang, Beihai Marine District); Guangzhou-based (jurisdiction Huangpu, Shantou Marine District); Yulin base the (jurisdiction Haikou, Xisha Marine District ); ships Nanao Island in Hong Kong to Western Nankai including defense tasks of the Xisha, Nansha Islands 300 ships, a destroyer detachment, a frigates detachment, a nuclear submarine conventional submarines mixed detachment, a conventional submarine detachment, a landing flotillas, as well as a missile boats, minesweepers, submarine chasers, torpedo boat detachment.
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 </content><link rel='replies' type='application/atom+xml' href='http://lewisjohn001.blogspot.com/feeds/3172235397546624645/comments/default' title='博文评论'/><link rel='replies' type='text/html' href='http://lewisjohn001.blogspot.com/2012/09/submarine-open-category-chinese-navy.html#comment-form' title='0 条评论'/><link rel='edit' type='application/atom+xml' href='http://www.blogger.com/feeds/6102065772563696208/posts/default/3172235397546624645'/><link rel='self' type='application/atom+xml' href='http://www.blogger.com/feeds/6102065772563696208/posts/default/3172235397546624645'/><link rel='alternate' type='text/html' href='http://lewisjohn001.blogspot.com/2012/09/submarine-open-category-chinese-navy.html' title='Submarine Open Category: Chinese Navy submarine countries water weapons Naval Weapons'/><author><name>Anonymous</name><uri>http://www.blogger.com/profile/16940981728739398495</uri><email>noreply@blogger.com</email><gd:image rel='http://schemas.google.com/g/2005#thumbnail' width='16' height='16' src='https://img1.blogblog.com/img/b16-rounded.gif'/></author><thr:total>0</thr:total></entry><entry><id>tag:blogger.com,1999:blog-6102065772563696208.post-8363065582498816619</id><published>2012-09-08T04:26:00.001-07:00</published><updated>2012-09-08T04:26:20.338-07:00</updated><title type='text'>Stock trading Open Category</title><content type='html'>Stock trading Open Category: foreign exchange financial economy economic jargon stock terminology
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Stock trading is the trading of stock investors in accordance with the market price of the issued shares listed. Stock transferable in the open spaces First Stock Exchange. China currently only two exchanges, the Shanghai Stock Exchange and Shenzhen Stock Exchange.

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Directory

Stock market
2 Stock Exchange
3 stock issuance
4 types of stocks
Stock Dividends
Stock market
2 Stock Exchange
3 stock issuance
4 types of stocks
Stock Dividends
6 clearing and settlement
7 ex-dividend
The 8 stock trading account
9 References
 Stock trading - the stock market
Stock market and strive upward stock market, also known as the secondary market or the secondary market, is the place of the stock issued and outstanding, it can be said that refers to the sale and transfer of the place of the stock issued. Stock transactions are realized through the stock market. In general, the stock market can be divided into one, two, one market, also known as stock issue market, secondary market, also known as the stock market.
        The stock is a marketable securities. Securities other than shares, including government bonds, corporate bonds, mortgage backed bonds and so on. State bonds appeared earlier, is the first to put into transaction valuable bonds. With the development of the commodity economy, and later the gradual emergence of stocks and other marketable debt securities. Therefore, the stock trading just a part of the price of the bond trading, the stock market is only one of several in the price of the bond market. Currently, few single stock market, stock market, but the stock in the stock market franchise.



Stock exchange - Stock Exchanges



The Shenzhen Stock Exchange was established centralized approval of the competent authority of government securities in accordance with the relevant state laws, the Securities and Exchange tangible place. Two: the Shanghai Stock Exchange and Shenzhen Stock Exchange in China.
Stock Exchange is divided into two kinds of corporate system and membership. Both stock exchanges can be a government or public body funded operations (called public stock exchange), it can be privately funded operations (known as private stock exchange), you can also government and private co- funded operations (called public-private partnership of the Stock Exchange).





Stock trading - stock issuance
The stock issued to meet the conditions of the issuer in accordance with statutory procedures, the sale of shares to investors to raise funds in the process.

Shares of stock issued by the Company, after approval by the relevant authorities, the publicly listed in the stock market (stock exchange) listing and trading activities. Stock must have traded on certain conditions, according to certain principles and procedures for the operation and functioning.





Stock exchange - stock types
The old version of stock a shareholder rights sub-



1, preferred stock: preferred stock is &quot;ordinary shares&quot; symmetrical.
     Shares issued by the Company&#39;s shares than ordinary shares have priority in the distribution of dividends and the remaining property. Preferred stock is also a period have the right credentials, the preferred shareholders are generally not in the middle of asking the company Divestment (a small number of redeemable preference shares exceptions).

2 ordinary shares
Ordinary shares &quot;Preferred Shares&quot; symmetrical, with changes in corporate profits and changes in shares, the company&#39;s capital structure, the most common, the most basic of the shares, is a fundamental part of the shares of the enterprise funds.

The basic features of the ordinary shares is based investment interests (dividend and bonus) is not at the time of purchase agreement, but afterwards to determine the company&#39;s operating real plot of the stock, the company&#39;s operating real plot, ordinary shares of income; operating The actual plot is poor, ordinary shares on low income. Ordinary shares is the most important in the capital structure of the AG, the most basic of the shares, and also is one of the greatest risk shares, but stocks in the most basic, the most common kind.

3, after the allotment

After the rights issue stock interests or interest dividends and surplus property distribution than ordinary shares at a disadvantage, and the general redistribution of the remaining interest after the allocation of the ordinary shares. If the enormous profitability of the company, the number of shares to be issued after the allotment is very limited, and the purchase after the rights issue shareholders can obtain high returns. Rights issue after issue, the financing of the general funds not immediately generate revenue and restricted range of investors, so utilization is not high.

At par in the form classification

1, bearer shares

Bearer shares in issue, on the face of record with the names of the shareholders, and recorded in the company&#39;s register of shareholders.

Bearer shares feature is the addition to the holders and the official agent or legal successor donee, anyone can not exercise its equity. Bearer shares can not be any transfer, the time of the transfer, both want the name of the assignee, address records in their par procedures for transfer, but also on the company&#39;s register of shareholders or the transfer can not be effective. Obviously this stock, security, fear of loss of advantages, but the transfer of cumbersome. This stock, who transfers, such as inheritance and gift behavior occurs immediately after the transfer behavior must apply for a transfer and other procedures.

2, bearer shares

    Such stock at issue in the stock does not record the names of the shareholders. Holders to transfer of shares, any person will also be entitled to the rights of shareholders held without otherwise way to prove their own shareholders eligible. Stock transfer procedure is simple, but it should also be realized through legal transactions of the securities market for sale.

3, the nominal value of shares

The face value of the stock, referred to the amount of stock or the par value of the stock recorded in the stock on the face of a certain amount of money, such as per 100 yuan, 200 yuan. The amount of stock to stock with a par value, so that you can easily determine the proportion of each share in the AG.

4, no par value shares

    Also known as the proportion of stock or no par value stock. No par value stock issuance records only show that the proportion of total capital per share. Its value increase or decrease with the increase or decrease of the company&#39;s property. Therefore, the intrinsic value of such stock is always in a state of flux. The biggest advantages of this stock is to avoid the real assets of the Company and the nominal assets departure from the par value of the shares is often illusory, people are concerned about is not the par value of the shares, but the stock price. The issuance of this stock, demanding of management, financial accounting, legal responsibility, and therefore only the more popular in the United States, many countries do not allow issuance.

Shares investment entities classified

       Shares of listed companies in China can be divided into state-owned shares and legal person shares and public shares. Formed by the department or agency of the state-owned stock index the right to represent the state investment of state-owned assets to the Investment Company shares converted into shares of state-owned assets to the company&#39;s existing. Since most of our joint-stock companies are former state-owned large and medium-sized enterprises from the restructuring, the state-owned shares in the company&#39;s equity account for a large proportion.

       The corporate stock index corporate enterprises or public institutions and social organizations with legal personality its assets to operate in accordance with the law to the flow of the equity portion of the investment company unlisted shares. At present, the shareholding structure of China&#39;s listed companies, corporate shares accounted for an average of about 20%.

       Public shares to individuals and institutions of our country, its legitimate property of the company can be traded for shares of the equity portion of the investment.


Fourth, classified by place of listing



A shares, B shares, H shares, N shares, S shares of stock of the New York Stock Exchange listed companies distinguish. This distinction is based primarily on the stock listed locations and investors face.
       The official name of the A shares of RMB common stock. It is issued by companies in China for domestic institutions, organizations or individuals (excluding Taiwan, Hong Kong and Macao investors) subscription and transactions in RMB ordinary shares. The official name of the B shares Renminbi Special Shares. It is based on the RMB value indicated subscribed and traded in foreign currencies, the Stock Exchange in China (Shanghai, Shenzhen).

       It is limited to investors: foreign natural persons, legal persons and other organizations, Hong Kong, Macao and Taiwan of natural persons, legal persons and other organizations, the Chinese citizens settled abroad, the China Securities Regulatory Commission and other investors. B shares at the present stage investors, mainly institutional investors in the above categories.

       B-share companies incorporated and listed in all the territory, but outside investors in China, Hong Kong, Macau and Taiwan.

       H shares registered in the Mainland, listing of foreign shares. English in Hong Kong is Hong Kong, whichever prefix, foreign shares listed in Hong Kong called H shares.

      And so on, New York&#39;s first letter is N, Singapore&#39;s first letter is S, New York and Singapore-listed stocks are called N shares and S shares.

5, according to the company performance categories

       Blue chip stocks is the good performance of the company&#39;s stock. In China, the main measure of blue chip stocks to investors means the file is the after-tax profit per share and return on net assets.

       In general, the after-tax profit per share in all listed companies in the upper position, the return on net assets after the listing of the company for three consecutive years significantly more than 10% of the stock was undoubtedly the blue chip stocks listed. Abroad, mainly referring to the blue chip stocks is an excellent performance and stable large-company stocks. Through the efforts of these big companies, the industry achieved a high market share, operating scale advantages, steady growth in profits and high market visibility.

    Blue chip stocks with a high return on investment, and investment value. The company has the advantage of capital, market, reputation, and other aspects of to have strong easygoing adaptability to various changes in the market price of blue chip stocks are generally relatively stable and long-term upward trend. Thus, the blue chip stocks are always popular with investors, especially those in favor of long-term investment in robust investor.



Stock trading - dividend bonus
       The dividend for shareholders on a regular basis was taken from the listed companies earnings at a certain rate, the bonus is in the listed companies distribute dividends to shareholders pro rata allocation of the remaining profits. For dividends and bonuses, the basic purpose for investors to invest in listed companies, but also the basic economic rights of the investors.

       In general, the listed company after the accounting year end will be according to the number of shareholding will be part of the profits distributed as dividends to shareholders. Structured according to the management of information disclosure of listed companies, China&#39;s listed companies must publish an annual financial report within 120 days of the end of the year in the accounting, and profit distribution plan to be announced in the annual report, dividend distribution of listed companies are generally concentrated in the times the second and third quarters of the year.

        Distribution of dividends and bonus the preferred shareholders exercise their income allocation provisions dividend yield, then ordinary shareholders to dividends based on the profits of the remaining, its dividend yield is not necessarily fixed. After dispensing dividend, listed companies there are profits available for distribution, dividends can be paid to common shareholders under the circumstances.




Stock trading - clearing and settlement
       The liquidation of the number and amount of buying and selling stocks were eliminated, and then through the Stock Exchange, the delivery net difference between the stock price a program. Liquidation significance is that while reducing the actual delivery of shares through the stock exchange and the price, and save a lot of manpower, material and financial resources. Stock Exchange if no liquidation, every securities dealer must be to each other individually delivery of shares and price, rather cumbersome formalities, take up a lot of manpower, material and financial resources and time.

       The delivery is the activities of investors buying and selling stocks to pay off the money forwarded stock. Commission to buy shares traded, the investor should be within the prescribed time, pay off the money and receive stock. Similarly, after selling the stock should be within the prescribed time delivery of the share certificates and receive the price. This is a necessary part of the process of stock trading, one must fulfill the formalities.



Stock trading - ex dividend
     Listed companies allocated to the stock dividend to shareholders is the company&#39;s surplus to a capital increase or allotment, it is necessary to share price ex-rights (XR) the XR is EXCLUD (removing) RIGHT (right) shorthand.  listed companies to allocate the surplus cash to shareholders, the stock price is necessary to ex-dividend (XD), XD is short for EXCLUD (removing) DIVIDEN (interest).



Stock trading - a stock trading account
2007 bull market surge in the stock account of new investors to do the first thing they opened a stock account (ie shareholders cards). The stock account is equivalent to a bank account, the investor only opened a stock account in order to purchase and sell securities.
       To trading of stocks listed in Shanghai, Shenzhen, investors were required to open the Shanghai Securities Exchange account and Shenzhen Shanghai stock exchange stock account, the creation of the Shanghai and Shenzhen A shares account securities registration company or handled authorized by the account opening agent. The Beijing Securities Depository Co., Ltd. Beijing area investors statutory bodies to handle the Shanghai and Shenzhen A shares account opening business only.

       The stock account many different kinds. Individual investors trading Lu, A-shares of the Shenzhen Stock A shares, you need to set up the account.</content><link rel='replies' type='application/atom+xml' href='http://lewisjohn001.blogspot.com/feeds/8363065582498816619/comments/default' title='博文评论'/><link rel='replies' type='text/html' href='http://lewisjohn001.blogspot.com/2012/09/stock-trading-open-category.html#comment-form' title='0 条评论'/><link rel='edit' type='application/atom+xml' href='http://www.blogger.com/feeds/6102065772563696208/posts/default/8363065582498816619'/><link rel='self' type='application/atom+xml' href='http://www.blogger.com/feeds/6102065772563696208/posts/default/8363065582498816619'/><link rel='alternate' type='text/html' href='http://lewisjohn001.blogspot.com/2012/09/stock-trading-open-category.html' title='Stock trading Open Category'/><author><name>Anonymous</name><uri>http://www.blogger.com/profile/16940981728739398495</uri><email>noreply@blogger.com</email><gd:image rel='http://schemas.google.com/g/2005#thumbnail' width='16' height='16' src='https://img1.blogblog.com/img/b16-rounded.gif'/></author><thr:total>0</thr:total></entry><entry><id>tag:blogger.com,1999:blog-6102065772563696208.post-8463774586642731471</id><published>2012-09-08T04:25:00.001-07:00</published><updated>2012-09-08T04:25:23.317-07:00</updated><title type='text'>Stock Exchange Open Category</title><content type='html'>Stock Exchange Open Category: five-word financial noun business terms business words legal legal terminology
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 Stock Exchange, Stock Exchange, the approval of the competent authority of government securities in accordance with the relevant state laws, the establishment of the centralized securities transactions tangible place. In our country there are four: the Shanghai Stock Exchange and Shenzhen Stock Exchange, Hong Kong Stock Exchange, the Taiwan Stock Exchange. June 6, 1918, China&#39;s first stock exchange opened.

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Directory

1 Introduction
2 Function
3 Features
4 species
5 members
1 Introduction
2 Function
3 Features
4 species
5 members
6 Management
7 regulatory
8 oversight
 Stock Exchange - Introduction
Stock Exchange Stock Exchange, trading in stocks, corporate bonds, government bonds and other securities markets. Collection of securities trading, after the securities broker intermediary to complete the transaction.

The first stock exchange was established in 1613 Amsterdam, The Netherlands Stock Exchange. In mainland China, the oldest stock exchanges in 1905 foreign organizations the Shanghai public sector offices, as well as the Stock Exchange, established in Beijing in 1918. The larger modern exchange such as the Nasdaq Stock Exchange, New York Stock Exchange and the London Stock Exchange, engaged in securities transactions in various countries. The emergence of the stock exchange for securities trading and create a permanent market, monetary capital in order to achieve long-term investment agency, because usually call it the &quot;long-term financial markets.

The stock exchange is established centralized approval of the competent authority of government securities in accordance with the relevant state laws, the Securities and Exchange tangible place. In our country there are two: the Shanghai Stock Exchange and Shenzhen Stock Exchange.

Stock Exchange - feature
Stock Exchange can be seen from the practice of stock trading, stock exchange helps to ensure the continuity of the running of the stock market, the efficient allocation of the funds, a reasonable price, reducing the risk of investment in securities, links the long-term and short-term market interest rates. However, the Stock Exchange may also have the following negative effects:

Disrupt the financial price. Large part of the transactions in the stock exchange only resale and repurchase stock exchange, securities trading turnover is large, but not large, the actual delivery. And, in fact, does not mean that the sale and purchase of real financial assets such transactions, the supply and demand in the form largely does not reflect the actual situation, may disrupt the financial price to some extent.

Vulnerable to the impact of false news. Stock Exchange, are particularly sensitive to various types of news. Therefore, as long as someone is intentionally spread false information, or submitting a false financial situation of enterprises, or walking virtual political trends, and so on. Are likely to cause changes in the exchange price is dramatic, some speculators will suffer great losses, while others may be large gains.

Engaged in improper trading. Engaged in improper trading including those engaged in the match trading transactions and eat regularly trading, virtual toss. Match trading refers to trading through a variety of ways, commissioned two brokers buy their price fixing by the party, a party to sell the same number of securities, elevation or depression of the normal price of the securities. Throwing virtual trading is high prices, traders deliberately Securities thrown wills another broker acquisitions and conventions all the losses still vested in the seller burden, the result is likely to cause false prosperity of the securities. Eat regularly trading refers to price-fixing, once the purpose is reached, join as a partner shall be dissolved, including trading join as a partner (join as a partner who they are interested in secretly buy securities in the open market so as not to raise the price of these securities by two or more gang or by walking adverse news on the company to depress its desire to purchase the stock price) and the option join as a partner (investors to purchase securities at favorable prices, which usually get through the Board of Directors of the Company, the general part of the profit in the private return to directors).

Insider manipulation of the stock market. Companies manage power rests in the hands of large shareholders, and it is possible that these people directly distribute the profitability of the company issuing bonus and expansion plans, acquisitions, mergers, and other messages to manipulate the price of company stock; using insider information for profit, such as in The company announced conducive to the message of the company&#39;s stock price rose before secretly buy high-priced throws, etc. announced; company will announce bad news before the announcement secretly thrown announced then buy low.

5. Cheating of stockbrokers and Exchange staff. Stock brokers, stock exchange transactions, cheating may buy and sell (ie on behalf of clients for a while to buy while selling, or deliberately strained to persuade customers to quickly buy or sell, so that it can be from each transaction was the commission), occupation of trading commissions false market price, unauthorized trading customer funds for their own profit, or to false customer non-compliance and make a transaction compensation. Exchange staff cheating may have: their own in the dark of illegal stock trading, stock broker collusion with stock brokers secretly engaged in stock trading.

Stock Exchange - characteristics
Under normal circumstances, the stock exchange tissue has the following characteristics:

The Stock Exchange is a non-profit corporation composed by a number of Member. Constitute the membership of the stock exchange are securities companies, the official member, also an associate member.

The establishment of the stock exchange is subject to the approval of the state.

Stock Exchange&#39;s decision-making body is the General Meeting (AGM) and Board (the Board). Among them, the General Assembly is the highest authority of the decisions on the basic principle of the Stock Exchange; Council by the chairman and director of a number of agreement of institutions necessary to formulate the basic guideline for the implementation of the General Assembly decided to develop regulations regime.

4. Stock Exchange chairman and a permanent member, the executing agency. Chairman of the Prime Minister of the business.

Stock Exchange - Type
Stock Exchange Stock Exchange is divided into two kinds of corporate system and membership. Both stock exchanges can be a government or public body funded operations (called public stock exchange), it can be privately funded operations (known as private stock exchange), you can also government and private co- funded operations (called public-private partnership of the Stock Exchange).

A company stock exchange

Company stock exchange is for the purpose of profit, trading venues and service personnel, the stock exchange to facilitate the trading and settlement of Securities Dealers. As can be seen from the practice of stock trading, this stock exchange listing fees and securities transaction commission to charge the issuing company, its main income from trading a certain percentage of the turnover. Personnel to operate such Exchange is not involved in the trading of securities, which can ensure the fairness of the transaction to a certain extent.

In the company&#39;s stock exchange, the general manager is responsible to the Board of Directors, is responsible for the day-to-day affairs of the Stock Exchange. Directors&#39; duties: Approved Prospectus and business financial principles; the intended budget accounts and surplus distribution plan; approved investment; approved list of securities firms to participate in the stock trading; approved securities dealer shall pay operating margin trading in the amount of the handling fee and other payments ; nuclear Yee listed stock registration changes, undo, suspension, and listing fees levied; validation motion and report to the shareholders&#39; meeting; decide the selection of managers and a member of the evaluation committee, dismissal, and approval of other projects. Supervisors&#39; responsibilities include the review of the annual report on the accounts and monitor business, check all accounts.

2. Membership stock

Membership-based stock exchange is not for the purpose of profit, to member autonomous self-discipline, mutual constraints, participation in the operation members can participate in the exchange of stock trading in the stock trading and settlement. This Exchange commission and listing fees are lower, which to some extent can be placed OTC listed stocks. However, due to the operating members of the exchanges is stock trading participants, and thus in the stock exchange will inevitably lead to the injustice of the transaction. The same time, because the buyers and sellers involved in the transaction is only limited to the members of the stock exchange, the new members to join the general agreed to go through the original members, which formed a de facto monopoly, is not conducive to the provision of quality of service and lower fees.

Membership stock, the Council&#39;s responsibilities are: to determine the policy, and general manager responsible for the preparation of the budget and submitted it to the members of the General Assembly approval; maintain Member disciplinary, given a fine for violation of the rules and regulations of the Member to cease operation and removal of sanctions; approve new members into; approved a new stock market; decide how allocated to the trading floor counter will be listed on the stock;, etc.

Stock Exchange - Members
Stock exchange, whether corporate Exchange or membership of the Exchange, its participants are securities brokers and-dealers.

1 member

Members include stock brokers, securities dealers and professional members.

The stockbroker mainly commission agents, that is dedicated to buying and selling stocks for clients and charge a commission broker. Exchange requires only members can enter the hall for stock trading. Therefore, if you want to exchange-traded stock, it must be through a broker non-member investors.

The stock dealers not customer stock trading, stock trading securities for their own companies, according to the scope of their business can be divided into direct operating and zero the number of dealers. The direct business is registered in the Stock Exchange, you can buy and sell stocks directly in the Exchange Member members without paying commissions, profits from short-term stock price movements. Zero the number of dealers is specialized in the number of zero-dealer transactions (zero number of transactions enough a unit that contains the number of shares trading), the dealer can not charge commission, its revenue comes mainly from below of the entire spread earned by the trading price of securities acquired from the hands of clients of securities companies, then sold to a number of zero stock price higher than that of the entire transaction buyers.

A professional member of the re-Exchange hall is the trading of one or more of the stock exchange members, their duties on the stock to maintain a free and continuous market. Professional members of other brokers in the transaction object, in accordance with the regulations can not be directly with the public trading of securities. In stock trading practice that can broker a professional member of the identity, self-identity as to participate in the business of trading in the stock, but he can not be two jobs at the same time to participate in stock trading.

2 traders

Trading into the Exchange is divided into of special brokers and floor brokers.

The special agent is the central figure of the Exchange hall, each specialty brokers are several roles are: to act as the agent of the other stock brokers; directly involved in the transaction, to rolling flat price gap between buyers and sellers, to facilitate transactions; play the role of the auctioneer in the trading of large blocks of shares, and is responsible for assessment to determine a fair price on the the other brokers bid and offer; responsible for the trading of the region to promote its turnover; provide a variety of information to other brokers. Floor broker commission agents and independent brokers. Commission agents are described above, in addition to no longer be introduced. Independent brokers mainly refers to the some independent individual entrepreneurs. If a company does not own agent, you can become an independent broker customers, each doing a deal, the companies pay a commission. In practice, an independent broker will be tried according to the request of the Company stock trading, and to get a good reputation and rich rewards.

The relationship between customers and brokers

Stock investment trading activities, the client and the broker is interdependent relationship, mainly in the following four areas:

(1) is authorized by the relationship between the man and the agent. Customers as an authorized person, brokers as agents, brokers must provide for the customer, for the benefit of help. Broker proceeds for the commission.

(2) the relationship between the debtor and the creditor. This is the in margin credit transactions in the relationship between the client and the broker&#39;s performance. Customers to buy shares in margin transactions, only a security deposit certain shortfall borrower to the broker. Whether the borrower is lent by the broker or advanced by commercial banks, when the brokers are creditors, customers are debtor.

(3) is secured relationship. Customers in need of payments required to hold the stock to the broker secured borrowings, customers as collateral agent for the mortgagor, etc. after the stock is sold, the broker may be deducted from the amount the borrower number. Can be the customer&#39;s stock broker itself powerless loans to commercial banks to re-mortgage.

(4) the relationship of trust. Customers will be handed over the money and securities broker saved broker for the customer&#39;s quasi-trustee. In the trust relationship, the broker customers may not use the property for their own profit-making. If you want to engage in stock trading customers must first open an account with the stock broker company, in order to obtain all the necessary information, and then re-commissioned; broker shall not disobey or changes in customer commissioned.

Stock Exchange - Management
In China, the stock exchange by the local municipal People&#39;s Government, the China Securities Regulatory Commission oversight. Management of the stock exchange include the following:

The establishment of a stock exchange and dissolution

The establishment of a stock exchange, and audit by the Securities and Exchange Commission of the State Council, the State Council for approval. In practice, the application for the establishment of stock exchanges should be submitted to the Securities and Exchange Commission of the State Council, the following documents: application form; draft charter and business rules; intended to join the committee list; Council of the list of candidates and their resumes; note of space, equipment and funding; Aspiring description; management. Among them, the stock exchange matters of the Constitution: the establishment of purpose; names; the location of the main office and trading venues and facilities, the scope of functions; membership and join and leave the program; Member of powers and obligations; sanctions on Member disciplinary; organization its terms of reference; generation of senior management, appointment and removal of its duties; capital and financial matters; dissolution of the conditions and procedures;, etc.

If the stock exchange reasons for dissolution as stipulated in the constitution, dissolved by Member resolution after examination and approval by the Management Committee of the State Council, the State Council for approval dissolved. If the stock exchange there are serious violations by the Management Committee of the State Council to make the dissolution of the decision, the State Council for approval dissolution.

(2) Stock Exchange duties

The stock exchange should be to create an open and fair market environment, facilitating conditions so as to ensure the normal operation of the stock trading. The Stock Exchange&#39;s main duties include: provide stock trading venues and facilities; develop the business rules of the stock exchange; audit approved stock listing application; organization, supervising the activities of the stock exchange; providing stock market information and management stock exchange, and so on.

Stock exchange business rules

The business rules of the stock exchange listing rules, trading rules and other rules relating to stock trading activity. Specifically, the content and format of the listing announcement should include the following items: stock market conditions, the application procedures as well as the content and format of the Listing Agreement;; stock type and duration of the transaction; stock transactions and operating procedures; transaction disputes solve; trading margin deposited; listed stocks pause, resume and cancel the transaction; closed and shut down the stock exchange; listing fees, transaction fees charged; provision and management of the Stock Exchange, stock market information; violation of securities Exchange behavior of business rules processing;

Organization of stock exchange

Stock Exchange Committee established by the General Assembly, the Council and special committees.

The General Assembly is the highest authority of the Stock Exchange, held at least once a year. General terms of reference: the development of stock exchange shall; election and removal of directors; considered by the report on the work of the Council, the General Manager; consideration, through the Stock Exchange, financial budgets and final accounts report; decide other major matters of the Stock Exchange .

Council member General Assembly is responsible for decision-making body of the stock exchange, elected for a term of three years. Council&#39;s main duties include: an executive member of the resolutions of the General Assembly; intended to modify the business rules of the stock exchange; appointment, general manager and to appoint deputy general manager of the nomination of the general; validation work plan submitted by the general, financial budget and final accounts ; validation acceptance and action; members needed to determine the set of special committees; Stock Exchange, a general manager, deputy general manager of 1-3 people; term of office of the general manager and deputy general manager for three years. General manager responsible for the day-to-day management of the stock exchange under the leadership of the Council, the legal representative of the stock exchange. The general manager is unable to perform their duties, the discharge of their duties by the Vice President on behalf of.

Special committees of the Listing Committee and the Commission. The Listing Committee consists of 13 members (lawyers, certified public accountants, stock exchange seat Member and field Member on behalf of two each; China Securities Regulatory Commission and the Stock Exchange, the seat of government authorized agencies you send one person; Stock Exchange governing Long, general manager; Stock Exchange, other governing their duties approval of the listing of the stock and the intended listing requirements and proposing to modify the Listing Rules. Commission consists of nine members (Stock Exchange seat member, field Member 4 people, a lawyer and certified public accountant; governing 1), elected for a term of three years, its main responsibilities: Monitoring of directors, general manager and other senior management of the executive member of the General Assembly, the Council resolution; monitoring governing total managers and other staff to comply with the laws, regulations and stock exchange charter, business rules; monitor Stock Exchange financial situation;

Stock Exchange - Regulatory
Stock exchange regulation on stock trading activities include the following:

(1) Stock Exchange should make immediate announcements of the market, making the stock market on a daily basis, table, documented and published in an appropriate manner following items: name listed stocks; opening, highest, lowest and closing price; with the previous day&#39;s closing the ups and downs of the market price comparison; meter of volume, value and total; stock index and its ups and downs;, etc.

(2) The stock exchange shall prepare a daily report of transactions within the market, weekly reports, monthly reports and annual reports, and to the public in a timely manner.

(3) The stock exchange shall supervise listed companies to disclose information in accordance with regulations.

(4) Stock Exchange listed companies should be entered into a Listing Agreement, to determine the mutual rights and obligations.

(5) The stock exchange should be established the listing recommender systems to ensure that listed companies comply with the listing requirements.

(6) The stock exchange shall, in accordance with the stock regulations and the Listing Rules of the Stock Exchange, the provisions of the Listing Agreement, or according to the requirements of the China Securities Regulatory Commission, the listed stocks pause, resume or cancel its trading decision.

(7) The Stock Exchange listed companies should set up archives, and listed shares held by the listed company directors, supervisors and senior management personnel statistics, and monitor its movements.

(8) The Stock Exchange member shall abide by the charter, business rules of the stock exchange, seat fees, fees and expenses paid to the Stock Exchange in accordance with the relevant provisions of the charter, business rules, and paid into the trading margin.

(9) The Stock Exchange member shall be provided to the Stock Exchange and China Securities Regulatory Commission quarterly, interim and annual reports, and take the initiative to report the situation; Stock Exchange reserves the right to ask its members to provide information about the report, books, trading records and other documents .

Stock Exchange - supervision
(1) The Stock Exchange shall not in any manner transfer its establishment and business license obtained in accordance with stock exchange regulations.

(2) non-member directors of the Stock Exchange and other staff shall not in any form of part-time at the stock exchange member companies.

(3) Stock Exchange director, general manager, deputy general manager and other staff shall not disclose in any way, or the use of insider information, and shall not in any way a member of the Stock Exchange, the listed company to obtain benefits.

(4) Stock Exchange&#39;s senior management and other staff in the performance of their duties, where I have a family relationship or other stakes situations, should be avoided.

(5) The stock exchange should be established in line with stock supervision, management and implementation of the system of monitoring requirements, and in accordance with the requirements of the Stock Exchange, the seat of government and the China Securities Regulatory Management Committee, providing stock market information.

(6) Stock Exchange, the seat of government authority and the China Securities Regulatory Commission has the right to require the stock exchange members and listed companies related materials.

(7) The Stock Exchange shall, within three months after the end of each financial year, is compiled by the stock practitioners of independent accounting qualification CPA audited financial report at the Stock Exchange, the local authority of the People&#39;s Government and the China Securities Regulatory The management committee for the record, at the same time send a copy to the Securities and Exchange Commission of the State Council.

(8) Stock Exchange, the occasional unexpected event led to the suspension or technical suspension measures taken to safeguard Stock Exchange normal order must be immediately reported to the Stock Exchange, the seat of government and the China Securities Regulatory Commission, and send a copy to the State Council&#39;s securities Management Committee.

(9) Stock Exchange, the seat of government authority and the China Securities Regulatory Commission the right to require stock exchanges to provide information about the business, financial and other aspects of the report and material and the right staff to check the stock exchange business, financial condition, and The accounting books and other relevant information.

(10) The stock exchange shall, in accordance with relevant state regulations on margin trading of its members to deposit into the bank a special account, and are not allowed to trial.

(11) Stock Exchange, Stock Exchange member involved in litigation, as well as the senior management of these units are involved in litigation arising from the performance of duties in accordance with the the stock regulations should be relieved of his duties punishment, the Stock Exchange shall promptly to the stock exchange seat of the People&#39;s Government authority and the China Securities Regulatory Commission report.</content><link rel='replies' type='application/atom+xml' href='http://lewisjohn001.blogspot.com/feeds/8463774586642731471/comments/default' title='博文评论'/><link rel='replies' type='text/html' href='http://lewisjohn001.blogspot.com/2012/09/stock-exchange-open-category.html#comment-form' title='0 条评论'/><link rel='edit' type='application/atom+xml' href='http://www.blogger.com/feeds/6102065772563696208/posts/default/8463774586642731471'/><link rel='self' type='application/atom+xml' href='http://www.blogger.com/feeds/6102065772563696208/posts/default/8463774586642731471'/><link rel='alternate' type='text/html' href='http://lewisjohn001.blogspot.com/2012/09/stock-exchange-open-category.html' title='Stock Exchange Open Category'/><author><name>Anonymous</name><uri>http://www.blogger.com/profile/16940981728739398495</uri><email>noreply@blogger.com</email><gd:image rel='http://schemas.google.com/g/2005#thumbnail' width='16' height='16' src='https://img1.blogblog.com/img/b16-rounded.gif'/></author><thr:total>0</thr:total></entry><entry><id>tag:blogger.com,1999:blog-6102065772563696208.post-9026504556158089252</id><published>2012-09-08T04:18:00.001-07:00</published><updated>2012-09-08T04:18:23.521-07:00</updated><title type='text'>Securities margin trading</title><content type='html'>&quot;Securities margin trading, also known as&quot; securities credit trading: broker investor financing, securities lending and financial institutions finance brokerage, securities lending four. Market usually say &quot;margin&quot; refers investors to the Shenzhen Stock Exchange membership of the securities company to provide collateral and borrowed funds to buy the listed securities or borrow listed securities and selling behavior.

Edit Summary
The economic demon June 18, the margin balance first breaking 60 billion, over 10 million shares financing scale. Eight stocks, financial stocks accounted for five seats, including CITIC Securities and four bank stocks, the first scale of financing is the subject of over 10 billion shares of China Ping An has quietly exit 1 billion club &quot;
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Directory

1 Definitions
2 Features
3 Role
4 trading patterns
5 management mechanism
1 Definitions
2 Features
3 Role
4 trading patterns
5 management mechanism
6 impact
6.1 positive impact
6.2 negative impact
7 introduction of margin trading course
8 Operating Precautions
9 brokerage income
Interpretation of the 10 instances
 Margin - Interpretation
Margin, also known as &quot;securities credit transactions&quot; refers investors to the securities companies to provide collateral to borrow funds to purchase securities or borrow securities to sell behavior. Including the broker investor financing, securities lending and financial institutions, brokerage margin trading.

Financing is to borrow money to buy securities, securities loans to customers to buy securities, customer repayment of principal and interest at maturity, the customer financing to securities companies to buy securities known as &quot;buy empty; short selling borrowed securities to sell, and then be returned to the Securities, Securities The companies lend securities sold to the customer, the customer due to the return of the same type and quantity of securities and the payment of interest, customer sold short securities companies, known as &quot;short selling&quot;. [1]

International Margin mode basic four: securities financing company model, the investors direct credit mode, mode, and Depository Trust &amp; Clearing Corporation securities company credit credit mode. China Package margin mode including the broker investor financing, trading and financial institutions, brokerage margin trading. Before the amendments to the Securities Act prohibit securities credit trading margin.

Margin - Features
Margin has the following characteristics

1 leverage. Compared with the common stock, margin simply pay a deposit you can carry out this business. The investors financing by the company with the Securities and financing, to obtain greater profits with less capital.

2 liquidity. Margin trading guide funds to ensure the orderly flow between the money market and the capital market, the efficiency of the securities market.

The 3 Credit duality. The existence of dual credit relationships margin trading business, but only allow securities companies to use its own funds and the freedom of securities in margin trading business in China during the pilot, so in the meantime, China is only the first layer of credit relationships.

4 short mechanism. Margin business, investors can borrow shares to sell, and so fell and then buy back the return of securities companies, so investors can also profit fell.

The role of the margin -
Margin, to play the role of price stability
Perfect market system, the credit trading system can play the role of price stability, that is, when the market is excessive the speculative or Zuozhuang, result in a stock price soaring, investors can sell stock short selling, which share prices fall; Conversely, when a particular stock is undervalued, investors can buy shares through margin purchases, thus contributing to the price rise.

2, effectively alleviate the financial pressure of the market

Financing channels for securities companies can now fund a variety of ways, and finance liberalization and bank funds into the market will take two steps. The stock market downturn, the fund such needs funds regulated institutions, not only to meet their urgent needs, will also have a pretty good return on investment.

3, to stimulate the active A-share market

Margin trading business is conducive to active trading market, the-market stock funds amplification effect is also active in a way to stimulate the A-share market.

4, to improve broker living environment

Margin business in addition to brokerage brought a lot of money in commission income and interest margin gains derived a lot of opportunities for product innovation, reduce costs and hedging and proprietary business possible.

5, multi-level securities market

Margin system is the basis of the modern multi-level securities market, is also supporting policies to address the structural imbalance between supply and demand must appear in the new old.

Margin trading and short-mechanism, stock index futures is supporting linked together, will be huge amplification effect as well as the size of funds and market risk. Credit transactions in the imperfect market system not only does not play the role of price stability, it will further exacerbate market volatility. Risk manifested in two aspects, the the First, overdrafts ratio is too large, and its loss will be doubled once fell; Second, when the market index to go bear credit trading will help down the role. [1]

Margin trading - trading patterns
American model, including securities companies in securities margin trading, margin trading and securities companies to customers refinancing of funds, securities, two aspects. The refinancing of credit concentration and dispersion of the points. The centralized credit model by specialized institutions, such as securities finance company; refinancing provided by the funds or securities in the financial markets in distributed mode.
1, the dispersion of credit mode.

Investors to securities companies to apply the margin provided by the securities company directly to its credit. When securities companies, funds or stock; facility to the financial markets or through standard by getting the appropriate funds and stocks. This model is developed on the basis of the financial markets, there is no agency specializing in the financing of credit transactions. This model as the representative of the United States, the Hong Kong market has also adopted a similar pattern.

Centralized credit mode.

Brokerage margin for investors to set up a semi-official nature with certain monopolistic nature of the securities and financial companies for securities companies, funds and securities refinancing, in order to regulate the securities market of credit funds inflows and outflows and The amount of securities, flexible management, securities market credit trading activities. Japan, South Korea, represented by this model.

3, the two-track system of credit mode.

Japan and South Korea mode in securities companies, only a portion has direct margin license the company can provide customers with margin trading services, then refinancing from securities finance companies. Securities companies without permission can only accept a client, agency client application for margin trading, securities and financial companies to complete the direct margin services. China Taiwan region represented by this model.

The distinctive three modes, play an important role in the countries (regions) credit transactions. Choose what kind of credit trading patterns to the degree of development depends largely on the financial markets, financial institutions, risk awareness and internal control level factors. Of Securities credit trading patterns, the selection issue has basically formed a consensus, securities and financial companies led the centralized credit model should be taken as a transitional, specialized service provided to the brokerage margin, and strengthen supervision and control of credit transactions. [2]

Margin - management mechanism
Margin mode countries to establish a mechanism to control the various risks in credit transactions mainly from the following aspects.
Securities qualification.

The great difference of different quality and price volatility of the securities will have a direct impact on the level of risk of the credit transaction. The main criteria for selection of credit trading securities is less stock price volatility, liquidity is better, and therefore should choose the stability of the main business, less volatile industry, improve the corporate governance structure, the outstanding capital stock of the larger stock.

Margin ratio.

Margin ratio is the most important parameters affecting the securities margin trading level of credit expansion, including a proportion of the minimum initial margin and maintenance margin ratio of. The United States under the initial margin ratio of 50% financing to maintain 25% margin and maintenance margin ratio of margin trading, short selling of shares and different. Taiwan specified initial margin ratio of 50%, financing the maintenance margin ratio was 28.6%, short selling maintenance margin ratio of 28%. Expected that the proportion of China&#39;s initial margin will be determined to be 50%, the maintenance margin financing and securities lending ratio of about 30%.

Limit margin management.

The Taiwan model provides total brokerage margin investors should not exceed a certain limit of net capital provisions brokerage financing and securities lending limit on individual securities and their net capital ratio to provide brokerage financing and securities lending limit for a single customer its net capital ratio. Taiwan provides single securities companies the securities of a single financing should not be more than t0%, short selling should not be more than 5% of the customer&#39;s total margin can not exceed 250% of its capital.

Single stock line of credit management system.

Credit line management of stocks in order to prevent excessive margin stock and lead to an increased risk or manipulated. Reference to the experience of overseas markets, when a stock&#39;s margin amounted to 25% of its outstanding capital stock, the Exchange should stop financing to buy or short sale, when the ratio dropped to 18%. Below and then resumed trading, when short selling in excess of the amount of financing, margin trading should be stopped until the return to a balanced and then re-start trading.

The impact of the margin -
Positive impact
First of all, you can provide investors with financing, will inevitably bring new funding increment to the stock market, it would be the stock market to generate a positive role in promoting.

Secondly, the margin apparent active trading role, as well as improve the market&#39;s price discovery function. Financing transactions are the most active in the market, the most part, able to explore market opportunities on the market and reasonable pricing, rapid response information will play a catalytic role. Turnover of U.S. and European markets financing transactions accounted for about 18-20% of stock market transactions, the Taiwan market accounted for 40% and sometimes, therefore, the introduction of margin trading will have a great role in promoting active on the entire market. The introduction of short selling mechanism will change the original market unilateral market situation conducive to the market price discovery.

Again, the introduction of margin trading provides investors with a new profit model. Financing so that investors can leveraging their investments, while short selling allows investors to achieve profitability when the market fell. This offer investors a new profit model.

Negative impact
First, the margin may have implications for help or increased market volatility.

Second, it is possible to increase the systemic risk in the financial system. Brokerage income First, the introduction of margin trading will greatly improve the trading activity, so as to bring more brokerage income securities companies. According to international experience, the margin generally give a revenue growth of 30% -40% of the securities brokerage business.

Second, margin trading business can also become an important business of securities companies. In the United States in 1980, all brokerage income, 13% from the interest income of the investor financing. Higher in Hong Kong and Taiwan, can reach more than 1/3 of the total income of the brokerage business. Of course, the comparison of the United States in 2003 and 1980, the securities company&#39;s revenue structure found financing interest income declined from 13% to 3% financing interest income is not necessarily enough lasting, known as the main source of income of the securities company. And if the establishment of specialized securities and financial companies with a certain monopoly, this part of the interest income may be more to the securities and financial companies, and securities companies refinancing can be obtained spreads will be relatively small.

Margin system, only part of the securities company licensed to provide investors with margin trading, for qualified securities company, you can enjoy this new business earnings, but are not eligible securities companies may face the loss of customers, Therefore, the margin of the pilot and the gradual introduction of the Securities Brokerage will inevitably cause further concentrated.

Margin - the margin launched course
March 30, 2010: Shenzhen and Shanghai Stock Exchange informed the pilot margin trading was officially launched on March 31.
January 8, 2010: The State Council has agreed in principle to set up pilot margin trading.
October 31, 2008: Securities Regulatory Commission issued the securities business scope of approval Interim Provisions &quot;.
October 5, 2008: SFC announced the launch of a pilot margin trading.
April 25, 2008: Supervision and Management Regulations &quot;of securities companies, securities companies risk Disposal Ordinance introduced.
On April 8, 2008: SFC securities firms risk control indicators management approach &quot;to further regulate the securities outlets&quot; (draft), &quot;securities company branch regulatory requirements (for trial implementation)&quot; open comments.
September 5, 2006: &quot;margin contract essential terms and conditions&quot; and &quot;margin trading risk disclosure statement Mandatory Provisions published.
August 29, 2006: CSI Gordon released the &quot;China Securities Depository and Clearing Corporation Limited pilot margin trading Registration and Settlement of the implementation details.
August 21, 2006: &quot;margin trading pilot implementation details released.
June 30, 2006: SFC a securities company margin pilot management approach &quot;(effective as of August 1, 2006).


Margin - Operating Conditions
Margin business processes, the speed and extent of the share price correction vote short sales may cause a panic, cause the market to follow suit and sell-off, which will make investors out of unwinding pressure rather than voluntary lighten up. Therefore, investors should try to avoid large-scale short sales should be especially careful, especially in a market downturn.

2, the the retail funds and bondholders amount of all relatively small, and therefore, under normal circumstances is only suitable for institutional investors based on the short sales of short motives; retail investors only adhere to long-term bearish stocks, or follow the trend of the broader market downstream when short selling short, but must be spotted stocks with the general trend, otherwise the risk would be greater.

Fell process, investors hold stocks often deep-set, but lack of funds to cover their short positions to driving down the cost of ownership.

4, margin trading data can provide the market with the latest trends weathervane.

When brokerage firms forced liquidation or off investors credit accounts, investors will lose the opportunity to return to profitability in the market rebound to recoup their losses.

The margin - brokerage income
First, the introduction of margin trading, will greatly enhance the trading activity, so as to bring more brokerage income securities companies. According to international experience, the margin generally give a revenue growth of 30% -40% of the securities brokerage business. Second, margin trading business can also become an important business of securities companies. In the United States in 1980, all brokerage income, 13% from the interest income of the investor financing. Higher in Hong Kong and Taiwan, can reach more than 1/3 of the total income of the brokerage business. Of course, comparing the United States in 1980 and 2003, the securities company&#39;s revenue structure can be found, financing interest income declined from 13% to 3% financing interest income is not necessarily enough lasting called a securities company&#39;s main source of income. And if the establishment of specialized securities and financial companies with a certain monopoly, this part of the interest income may be more to the securities and financial companies, and securities companies refinancing can be obtained spreads will be relatively small. Margin institutional arrangements, financing interest income will be relatively limited, but in any case, within the margin trading in China has just introduced a considerable period of time, will give the securities company to provide a new revenue channels. China is likely to draw on the two-track mode, the only part of the securities company licensed to provide investors with margin for qualified securities company, you can enjoy this new business earnings but are not eligible Securities companies may face the loss of customers and, therefore, the pilot of the margin and gradually introduced to further focus will inevitably result in the Securities Brokerage.


Margin - instance interpretation
If investors to finance its investment in the margin of 5,000 yuan, the investors from financial brokerage office was 10,000 yuan. Thus, the investors financing after the total market value of $ 1.5 million.
If investors want to short selling, the existing act as the market value of the securities margin of 5,000 yuan. Then the market value of the securities, the investors can melt was 10,000 yuan, the total market value after the short selling 1.5 million.

Loss more margin calls

Provisions margin ratio, the Shenzhen Stock Exchange also requires customers to maintain a guaranteed 130%.

Instances of interpretation:

Prevail in the previous example, customer margin, market capitalization of $ 1.5 million, if one day the total decrease in the market value (ie financial funds or securities market value of 130%) of the 1.3 million, the broker will require additional margin, or forced liquidation. .撤消修改
</content><link rel='replies' type='application/atom+xml' href='http://lewisjohn001.blogspot.com/feeds/9026504556158089252/comments/default' title='博文评论'/><link rel='replies' type='text/html' href='http://lewisjohn001.blogspot.com/2012/09/securities-margin-trading.html#comment-form' title='0 条评论'/><link rel='edit' type='application/atom+xml' href='http://www.blogger.com/feeds/6102065772563696208/posts/default/9026504556158089252'/><link rel='self' type='application/atom+xml' href='http://www.blogger.com/feeds/6102065772563696208/posts/default/9026504556158089252'/><link rel='alternate' type='text/html' href='http://lewisjohn001.blogspot.com/2012/09/securities-margin-trading.html' title='Securities margin trading'/><author><name>Anonymous</name><uri>http://www.blogger.com/profile/16940981728739398495</uri><email>noreply@blogger.com</email><gd:image rel='http://schemas.google.com/g/2005#thumbnail' width='16' height='16' src='https://img1.blogblog.com/img/b16-rounded.gif'/></author><thr:total>0</thr:total></entry><entry><id>tag:blogger.com,1999:blog-6102065772563696208.post-6215338188155434776</id><published>2012-09-08T04:16:00.002-07:00</published><updated>2012-09-08T04:16:06.518-07:00</updated><title type='text'>Matthew Effect</title><content type='html'>Matthew Effect (Matthew Effect), refers to the strong stronger and the weak weaker phenomenon, widely used in many fields of social psychology, education, finance, and science. Its name from the Bible New Testament · Matthew in a parable: &quot;Where some, but also add to him called him redundant;, even what he has will be taken away from him.&quot; Matthew Effect &quot; inconsistent with the balance at the &quot;Pareto rule&quot; similar, is important to the natural law.

Edit Summary
Economic demon Matthew effect unique conditions for growth and expansion of the large state-owned enterprises, private enterprises difficult growth probability and difficulty squeeze into the upper classes of society, while the labor force living in the lowest stratum of society in their offspring also very large.
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1 Introduction
2 Source
3 social phenomenon
4 expansion
5 Application
1 Introduction
2 Source
3 social phenomenon
4 expansion
5 Application
5.1 Economics
5.2 Social Psychology
5.3 Organic Chemistry
5.4 Library and Information Science
 Matthew Effect - Introduction
Matthew Effect Matthew Effect (Matthew Effect), the better is good, bad worse and worse, and much more, less and less of a phenomenon. The name comes from a parable in the Bible, Matthew &quot;. Twenty-five chapters of the Bible and the New Testament, &quot;Matthew says so:&quot; Where hath, to him told him to excess; not, even what he has will be taken from him. &quot;

In 1968, the history of science researcher Robert Morton (Robert K. Merton) proposed the term used to generalize a social psychological phenomenon: &quot;relative to those unknown researchers, prominent scientists usually get more prestige their achievements are similar, the same way, in the same project, the reputation is usually given to those who are already well-known researchers, for example, an award almost always granted to the most senior researchers, even if all the work is completed a graduate student. &#39;

Robert Morton summarized the &quot;Matthew Effect&quot;: any individual, group, or region, once a (eg, money, fame, status, etc.) to obtain success and progress, it will produce an accumulation of advantage, there will be more many opportunities to achieve greater success and progress.

Borrow this term economic circles, unfair income distribution reflects the poor poorer and the rich richer, winner-take-all economics.

Often borrow the term social psychology.

Matthew Effect - sources
Matthew effect Matthew effect the name from a parable in the Bible New Testament · Matthew.

Bible in Matthew Chapter XXV by so few words: &quot;Where some, but also gave him told him to excess; does not have, even what he has will be taken away.&quot; 1968 history of science researchers Morton a social psychological phenomenon summarized with this sentence: &quot;already considerable reputation of scientists to make scientific contributions to give honor more and more, not for those who are not well-known scientists admit that they achievements. &quot;Morton will this social psychological phenomenon named&quot; Matthew Effect &quot;.

Matthew effect reveals a growing demand for personal and enterprise resource principles related to personal success and a happy life, so it is an important principle of the impact of corporate development and personal success.

Matthew Effect - social phenomenon
Matthew &quot;Matthew Effect&quot; is widespread in the social and economic sphere, for example, international trends between regions mainly two different perspectives: a convergence hypothesis of neoclassical growth theory. The hypothesis that, due to the law of diminishing returns of capital, when the developed regions of the diminishing returns of capital, capital will flow yet to diminishing returns in the less developed regions, the developed areas of growth has slowed, while the less developed regions growth accelerated, eventually leading to the degree of convergence of the two types of areas developed.

Another view is that, when taking into account the system, human resources, and other factors, often there will be a different result, and presents the &quot;Matthew Effect&quot; Development divergence &quot;between developed areas and underdeveloped areas. In another example, the talent crisis is a world phenomenon, talent possession &quot;Matthew Effect&quot; will become more apparent: possession of more talent, more attractive for talent;, in turn, more recognized talent scarcity. In addition, the &quot;Matthew effect&quot; exists in the scientific and academic research, more research is often the more famous, the more the more famous people results, the last academic authority.

Matthew Effect - Extended
Matthew effect in 1968, the history of science researcher Robert Morton (Robert K · Merton) for the first time with the &quot;Matthew Effect&quot; to describe this social psychological phenomenon. &quot;The honor given to the contribution to the already considerable reputation of scientists more and more, and for those who are not well-known scientists refused to recognize their achievements.&quot;

Social psychologists believe that the &quot;Matthew Effect&quot; is both negative role and a positive role in the social psychological phenomenon. Its negative role: celebrities not famous dry out the same results, the former often superiors praise, the reporter interviews, ask for advice and visitors followed various Laurel also pick a one floated, the results tend to make the some people because there is no clear self-understanding and no sensible attitude and grown arrogant or somersault on the road of life; latter nobody cares, or even suffer blame and jealousy. Positive role: First, you can prevent the premature recognition of those not mature results or premature to accept the seemingly correct results; Second, the &quot;Matthew effect&quot; arising from &quot;honor append&quot; and &quot;Honor lifelong &quot;and other phenomena, a huge attraction nameless, promote nameless to struggle, and this struggle must have celebrity was well ahead of past achievements to aspire to honor. [1]

&quot;Matthew Effect&quot; is widespread in society. In particular, is a widespread phenomenon in the economic field: Hengqiang weak constant weak, or that the winner-take-all.

Matthew Effect - Applications
Economics
Reflect the unequal distribution of income in the poor become poorer and the rich richer, and the winner-take-all economics phenomenon.

Social Psychology
The long-term Matthew Effect in education is the use of psychologist Keith of Stano Wick (Keith E. Stanovich), he was widely done a study of reading skills and language disability. Stano Wake term &quot;Matthew effect&quot; to describe the early success to obtain the ability to read, this phenomenon usually lead to success as learners Adult Should no reading can be obtained in the first three years or four years ability, may cause long-term, difficult to learn different new skills.

The backward children start reading, but also will increase the gap between them and their peers. Later, when the students need to &quot;reading to learn&quot; (which, before learning to read), their reading difficulties caused by the problem of learning most other subjects. In this way, their knowledge and abilities will gradually decline and further behind academic the decline increased more than their peers.

The higher the students&#39; ability to read, the faster growth of vocabulary and knowledge of the world, the more the results to further enhance the ability to read, both benign cycle; lower the ability to read, the slower growth of vocabulary and knowledge of the world, the less This result is further impeded the development of reading ability, both vicious cycle. Thus, a high reading ability of children, children with low reading skills, language proficiency, knowledge of the world smart performance, the difference is only increasing, the poor become poorer and the rich richer, and always beyond repair .

Therefore, if the teachers and parents of backward children hold a wait-and-see, this idea is unrealistic to expect their reading ability increased with age naturally in time.

Organic Chemistry
A famous textbook of organic chemistry, &quot;Louis Fischer (LF Fieser) and Mary Fischer (M. Fieser): Organic Chemistry Introduction&quot; (Introduction to Oganic Chemistry, Boston: Heath, 1957) &quot;mentioned: plug Norio (Saytzeff, 1875), empirical rules, dehydration of alcohol, hydrogen will first be separated from the adjacent carbon atoms, hydrogen more scarce. &quot;with a note in the discussion of this law: Matthew Chapter 25, 29, ... &#39;not even he has will be taken away from him.&#39; &quot;, apparently Matthew not only exist in human behavior and social processes being.

Library and Information Science
Matthew Effect helps to improve the scientific achievements of prominent scientists visibility.

&quot;Matthew Effect&quot; information generation and distribution in the generation, transmission and use of social information flow process, information and related factors often show obvious trends in the core and centralized orientation, as few publishers become the authority of certain types of books publishing institutions (core), one of the few scientific journals published a large number of papers on the subject areas and become the core journals in the field, to become a certain minority of (information producers) written up, the highest rate of The core of the field; handful of sites focused on a large number of users, the transfer function is strong vocabulary is often selected; 80% of the citations in the SCI concentrated in the 15% to 20% of the journals phenomenon.

Journal work as a social activity, by the domination and control of the Matthew effect, mainly as follows:

1, the high-yielding authors appear ─ ─ papers concentrate on the trend;
2, the formation of the core publications the ─ ─ literature concentrated trends;
Of distribution uneven ─ ─ of central tendency;
4, the papers accelerate the aging-time central tendency.

Matthew central tendency journals, so that information concentrated, focused, information reduced the waste of resources, the formation mechanism of competition between the publication conducive to the readers as soon as possible to obtain the required information accurately. To suppress but do not need or excessive accumulation of advantage, to pay sufficient attention given to papers with original ideas at odds with the traditional view of young research scientist, to overcome the negative effects of celebrity, should also be careful of excellent papers distributed unevenly caused by the outflow of and the impact of China&#39;s scientific research work.撤消修改
</content><link rel='replies' type='application/atom+xml' href='http://lewisjohn001.blogspot.com/feeds/6215338188155434776/comments/default' title='博文评论'/><link rel='replies' type='text/html' href='http://lewisjohn001.blogspot.com/2012/09/matthew-effect.html#comment-form' title='0 条评论'/><link rel='edit' type='application/atom+xml' href='http://www.blogger.com/feeds/6102065772563696208/posts/default/6215338188155434776'/><link rel='self' type='application/atom+xml' href='http://www.blogger.com/feeds/6102065772563696208/posts/default/6215338188155434776'/><link rel='alternate' type='text/html' href='http://lewisjohn001.blogspot.com/2012/09/matthew-effect.html' title='Matthew Effect'/><author><name>Anonymous</name><uri>http://www.blogger.com/profile/16940981728739398495</uri><email>noreply@blogger.com</email><gd:image rel='http://schemas.google.com/g/2005#thumbnail' width='16' height='16' src='https://img1.blogblog.com/img/b16-rounded.gif'/></author><thr:total>0</thr:total></entry><entry><id>tag:blogger.com,1999:blog-6102065772563696208.post-6996975344705193288</id><published>2012-09-07T05:59:00.003-07:00</published><updated>2012-09-07T06:07:55.678-07:00</updated><title type='text'>Crop Circles </title><content type='html'>
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&lt;/script&gt;&lt;span d=&quot;麦田怪圈（Crop circle）是在麦田或其他农田上，透过某种力量把农作物压平而产生出几何图案。&quot; f=&quot;Crop Circles (Crop circle) in the wheat fields or other farmland, through some kind of force to crops flatten produce geometric patterns. &quot; title=&quot;麦田怪圈（Crop circle）是在麦田或其他农田上，透过某种力量把农作物压平而产生出几何图案。&quot;&gt;Crop Circles (Crop circle) in the wheat fields or other farmland, through some kind of force to crops flatten produce geometric patterns. &lt;/span&gt;&lt;span d=&quot;此现象在1970年代后期才开始引起公众注意。&quot; f=&quot;This phenomenon began in the late 1970s, public attention. &quot; title=&quot;此现象在1970年代后期才开始引起公众注意。&quot;&gt;This phenomenon began in the late 1970s, public attention. &lt;/span&gt;&lt;span d=&quot;目前，有众多麦田圈事件被他人或者自己揭发为有人故意制造出来以取乐或者招揽游客。&quot; f=&quot;Currently, many crop circles events or expose for someone deliberately made to pleasure or solicit tourists. &quot; title=&quot;目前，有众多麦田圈事件被他人或者自己揭发为有人故意制造出来以取乐或者招揽游客。&quot;&gt;Currently, many crop circles events or expose for someone deliberately made to pleasure or solicit tourists. &lt;/span&gt;&lt;span d=&quot;唯麦田圈中的作物“平顺倒塌”方式以及植物茎节点的烧焦痕迹并不是人力压平所能做到，也有麻省理工学院学生试图用自制设备反向复制此一现象但依然未能达成&quot; f=&quot;The only crop crop circles &amp;quot;smooth collapsed&amp;quot; as well as plant stem nodes charred traces is not human can do flatten MIT students tried to replicate this phenomenon with a homemade device reverse but still failed to reach &quot; title=&quot;唯麦田圈中的作物“平顺倒塌”方式以及植物茎节点的烧焦痕迹并不是人力压平所能做到，也有麻省理工学院学生试图用自制设备反向复制此一现象但依然未能达成&quot;&gt;The only crop crop circles &quot;smooth collapsed&quot; as well as plant stem nodes charred traces is not human can do flatten MIT students tried to replicate this phenomenon with a homemade device reverse but still failed to reach &lt;/span&gt;&lt;span d=&quot;，至今仍然没有解释该现象是何种设备或做法能够达到。&quot; f=&quot;still does not explain the phenomenon of what equipment or practices can be achieved. &quot; title=&quot;，至今仍然没有解释该现象是何种设备或做法能够达到。&quot;&gt;still does not explain the phenomenon of what equipment or practices can be achieved. &lt;/span&gt;&lt;span d=&quot;此点也是外星支持论者的主要物证基础。&quot; f=&quot;This point is also the main evidence of extraterrestrial support commentators foundation.

&quot; title=&quot;此点也是外星支持论者的主要物证基础。&quot;&gt;This point is also the main evidence of extraterrestrial support commentators foundation.&lt;/span&gt;&lt;span d=&quot;目录&quot; f=&quot;Directory

&quot; title=&quot;目录&quot;&gt;Directory&lt;/span&gt;&lt;span d=&quot;定义&quot; f=&quot;Definition
&quot; title=&quot;定义&quot;&gt;Definition&lt;/span&gt;&lt;span d=&quot;现象简介&quot; f=&quot;Phenomenon Profile
&quot; title=&quot;现象简介&quot;&gt;Phenomenon Profile&lt;/span&gt;&lt;span d=&quot;形成原因 磁场说&quot; f=&quot;Said magnetic field causes
&quot; title=&quot;形成原因 磁场说&quot;&gt;Said magnetic field causes&lt;/span&gt;&lt;span d=&quot;龙卷风说&quot; f=&quot;Tornado said
&quot; title=&quot;龙卷风说&quot;&gt;Tornado said&lt;/span&gt;&lt;span d=&quot;外星制造说&quot; f=&quot;Extraterrestrial manufacture said
&quot; title=&quot;外星制造说&quot;&gt;Extraterrestrial manufacture said&lt;/span&gt;&lt;span d=&quot;预告说&quot; f=&quot;Notice said
&quot; title=&quot;预告说&quot;&gt;Notice said&lt;/span&gt;&lt;span d=&quot;人造说&quot; f=&quot;Artificial say
&quot; title=&quot;人造说&quot;&gt;Artificial say&lt;/span&gt;&lt;span d=&quot;高频辐射说&quot; f=&quot;High-frequency radiation said
&quot; title=&quot;高频辐射说&quot;&gt;High-frequency radiation said&lt;/span&gt;&lt;span d=&quot;其它猜想&quot; f=&quot;Other conjecture
&quot; title=&quot;其它猜想&quot;&gt;Other conjecture&lt;/span&gt;&lt;span d=&quot;主要特征&quot; f=&quot;The main features of
&quot; title=&quot;主要特征&quot;&gt;The main features of&lt;/span&gt;&lt;span d=&quot;历史资料&quot; f=&quot;Historical data
&quot; title=&quot;历史资料&quot;&gt;Historical data&lt;/span&gt;&lt;span d=&quot;产生时间&quot; f=&quot;Generation
&quot; title=&quot;产生时间&quot;&gt;Generation&lt;/span&gt;&lt;span d=&quot;破解尝试&quot; f=&quot;Cracking attempt
&quot; title=&quot;破解尝试&quot;&gt;Cracking attempt&lt;/span&gt;&lt;span d=&quot;人为悬念&quot; f=&quot;Human suspense
&quot; title=&quot;人为悬念&quot;&gt;Human suspense&lt;/span&gt;&lt;span d=&quot;典型怪圈 水母形怪圈&quot; f=&quot;Typical cycle of jellyfish-shaped vicious circle
&quot; title=&quot;典型怪圈 水母形怪圈&quot;&gt;Typical cycle of jellyfish-shaped vicious circle&lt;/span&gt;&lt;span d=&quot;凤凰涅槃形怪圈&quot; f=&quot;The Phoenix Nirvana shape vicious circle
&quot; title=&quot;凤凰涅槃形怪圈&quot;&gt;The Phoenix Nirvana shape vicious circle&lt;/span&gt;&lt;span d=&quot;沙漠怪圈&quot; f=&quot;Desert vicious circle
&quot; title=&quot;沙漠怪圈&quot;&gt;Desert vicious circle&lt;/span&gt;&lt;span d=&quot;印尼首现&amp;quot;麦田怪圈&amp;quot;&quot; f=&quot;The Indonesian first is the &amp;quot;crop circles&amp;quot;
&quot; title=&quot;印尼首现&amp;quot;麦田怪圈&amp;quot;&quot;&gt;The Indonesian first is the &quot;crop circles&quot;&lt;/span&gt;&lt;span d=&quot;麦田怪圈- 麦田怪圈之谜已有365年历史&quot; f=&quot;Crop Circles - Crop Circles Mystery has 365 years of history
&quot; title=&quot;麦田怪圈- 麦田怪圈之谜已有365年历史&quot;&gt;Crop Circles - Crop Circles Mystery has 365 years of history&lt;/span&gt;&lt;span d=&quot;同名歌曲&quot; f=&quot;The title track
&quot; title=&quot;同名歌曲&quot;&gt;The title track&lt;/span&gt;&lt;span d=&quot;麦田怪圈坐标&quot; f=&quot;Crop Circles coordinates
&quot; title=&quot;麦田怪圈坐标&quot;&gt;Crop Circles coordinates&lt;/span&gt;&lt;span d=&quot;展开 定义&quot; f=&quot;Expand the definition of
&quot; title=&quot;展开 定义&quot;&gt;Expand the definition of&lt;/span&gt;&lt;span d=&quot;现象简介&quot; f=&quot;Phenomenon Profile
&quot; title=&quot;现象简介&quot;&gt;Phenomenon Profile&lt;/span&gt;&lt;span d=&quot;形成原因 磁场说&quot; f=&quot;Said magnetic field causes
&quot; title=&quot;形成原因 磁场说&quot;&gt;Said magnetic field causes&lt;/span&gt;&lt;span d=&quot;龙卷风说&quot; f=&quot;Tornado said
&quot; title=&quot;龙卷风说&quot;&gt;Tornado said&lt;/span&gt;&lt;span d=&quot;外星制造说&quot; f=&quot;Extraterrestrial manufacture said
&quot; title=&quot;外星制造说&quot;&gt;Extraterrestrial manufacture said&lt;/span&gt;&lt;span d=&quot;预告说&quot; f=&quot;Notice said
&quot; title=&quot;预告说&quot;&gt;Notice said&lt;/span&gt;&lt;span d=&quot;人造说&quot; f=&quot;Artificial say
&quot; title=&quot;人造说&quot;&gt;Artificial say&lt;/span&gt;&lt;span d=&quot;高频辐射说&quot; f=&quot;High-frequency radiation said
&quot; title=&quot;高频辐射说&quot;&gt;High-frequency radiation said&lt;/span&gt;&lt;span d=&quot;其它猜想&quot; f=&quot;Other conjecture
&quot; title=&quot;其它猜想&quot;&gt;Other conjecture&lt;/span&gt;&lt;span d=&quot;主要特征&quot; f=&quot;The main features of
&quot; title=&quot;主要特征&quot;&gt;The main features of&lt;/span&gt;&lt;span d=&quot;历史资料&quot; f=&quot;Historical data
&quot; title=&quot;历史资料&quot;&gt;Historical data&lt;/span&gt;&lt;span d=&quot;产生时间&quot; f=&quot;Generation
&quot; title=&quot;产生时间&quot;&gt;Generation&lt;/span&gt;&lt;span d=&quot;破解尝试&quot; f=&quot;Cracking attempt
&quot; title=&quot;破解尝试&quot;&gt;Cracking attempt&lt;/span&gt;&lt;span d=&quot;人为悬念&quot; f=&quot;Human suspense
&quot; title=&quot;人为悬念&quot;&gt;Human suspense&lt;/span&gt;&lt;span d=&quot;典型怪圈 水母形怪圈&quot; f=&quot;Typical cycle of jellyfish-shaped vicious circle
&quot; title=&quot;典型怪圈 水母形怪圈&quot;&gt;Typical cycle of jellyfish-shaped vicious circle&lt;/span&gt;&lt;span d=&quot;凤凰涅槃形怪圈&quot; f=&quot;The Phoenix Nirvana shape vicious circle
&quot; title=&quot;凤凰涅槃形怪圈&quot;&gt;The Phoenix Nirvana shape vicious circle&lt;/span&gt;&lt;span d=&quot;沙漠怪圈&quot; f=&quot;Desert vicious circle
&quot; title=&quot;沙漠怪圈&quot;&gt;Desert vicious circle&lt;/span&gt;&lt;span d=&quot;印尼首现&amp;quot;麦田怪圈&amp;quot;&quot; f=&quot;The Indonesian first is the &amp;quot;crop circles&amp;quot;
&quot; title=&quot;印尼首现&amp;quot;麦田怪圈&amp;quot;&quot;&gt;The Indonesian first is the &quot;crop circles&quot;&lt;/span&gt;&lt;span d=&quot;麦田怪圈- 麦田怪圈之谜已有365年历史&quot; f=&quot;Crop Circles - Crop Circles Mystery has 365 years of history
&quot; title=&quot;麦田怪圈- 麦田怪圈之谜已有365年历史&quot;&gt;Crop Circles - Crop Circles Mystery has 365 years of history&lt;/span&gt;&lt;span d=&quot;同名歌曲&quot; f=&quot;The title track
&quot; title=&quot;同名歌曲&quot;&gt;The title track&lt;/span&gt;&lt;span d=&quot;麦田怪圈坐标&quot; f=&quot;Crop Circles coordinates
&quot; title=&quot;麦田怪圈坐标&quot;&gt;Crop Circles coordinates&lt;/span&gt;&lt;span d=&quot;展开编辑本段定义麦田圈是在麦田或其他农田上，透过某种力量把农作物压平而产生出几何图案。&quot; f=&quot;Expand Edit this paragraph the definition of crop circles in wheat fields or other farmland, through some kind of force to flatten the crop to produce geometric patterns. &quot; title=&quot;展开编辑本段定义麦田圈是在麦田或其他农田上，透过某种力量把农作物压平而产生出几何图案。&quot;&gt;Expand Edit this paragraph the definition of crop circles in wheat fields or other farmland, through some kind of force to flatten the crop to produce geometric patterns. &lt;/span&gt;&lt;span d=&quot;编辑本段现象简介主要出现于欧洲与北美洲，英国的Stonehenge（巨石阵），English hill figures（英国hill图：多为马的图形），West Kennet Long Barrow（West Kennet 长冢）等古迹附近的&quot; f=&quot;Introduction to edit this paragraph phenomenon occurred mainly in Europe and North America, the United Kingdom&#39;s Stonehenge (Stonehenge), the English hill figures (British hill Figure: horse graphics), West Kennet Long Barrow (of West Kennet Nagatsuka) monuments &quot; title=&quot;编辑本段现象简介主要出现于欧洲与北美洲，英国的Stonehenge（巨石阵），English hill figures（英国hill图：多为马的图形），West Kennet Long Barrow（West Kennet 长冢）等古迹附近的&quot;&gt;Introduction to edit this paragraph phenomenon occurred mainly in Europe and North America, the United Kingdom&#39;s Stonehenge (Stonehenge), the English hill figures (British hill Figure: horse graphics), West Kennet Long Barrow (of West Kennet Nagatsuka) monuments &lt;/span&gt;&lt;span d=&quot;农作物田园中经常发现。&quot; f=&quot;often found in crops pastoral. &quot; title=&quot;农作物田园中经常发现。&quot;&gt;often found in crops pastoral. &lt;/span&gt;&lt;span d=&quot;此现象在1970年代后期才开始引起公众注意。&quot; f=&quot;This phenomenon began in the late 1970s, public attention. &quot; title=&quot;此现象在1970年代后期才开始引起公众注意。&quot;&gt;This phenomenon began in the late 1970s, public attention. &lt;/span&gt;&lt;span d=&quot;目前，有众多麦田圈事件被他人或者自己揭发为有人故意制造出来以取乐或者招揽游客，还有一些是厂商的广告、艺术家的创作，也有人认为是因为英国南部的地下水含量较多，所造成&quot; f=&quot;Currently, many crop circles events or expose someone deliberately manufactured to fun or solicitation tourists, some manufacturers advertising, the creation of the artist, and also suggested that because the south of England, the groundwater contains more caused &quot; title=&quot;目前，有众多麦田圈事件被他人或者自己揭发为有人故意制造出来以取乐或者招揽游客，还有一些是厂商的广告、艺术家的创作，也有人认为是因为英国南部的地下水含量较多，所造成&quot;&gt;Currently, many crop circles events or expose someone deliberately manufactured to fun or solicitation tourists, some manufacturers advertising, the creation of the artist, and also suggested that because the south of England, the groundwater contains more caused &lt;/span&gt;&lt;span d=&quot;的自然现象也被认为是一种伪科学。&quot; f=&quot;natural phenomenon is a pseudo-science. &quot; title=&quot;的自然现象也被认为是一种伪科学。&quot;&gt;natural phenomenon is a pseudo-science. &lt;/span&gt;&lt;span d=&quot;超自然的外星人支持论者认为，麦田圈中的植物茎节点的烧焦痕迹并不是人力压平所能做到，已有麻省理工学院学生试图用自制设备反向复制此一现象，推测&quot; f=&quot;Supernatural aliens support commentators have suggested that the crop circles in the plant stem nodes charred traces is not a human can do flatten, Massachusetts Institute of Technology students have tried to replicate this phenomenon with a homemade device reverse speculated &quot; title=&quot;超自然的外星人支持论者认为，麦田圈中的植物茎节点的烧焦痕迹并不是人力压平所能做到，已有麻省理工学院学生试图用自制设备反向复制此一现象，推测&quot;&gt;Supernatural aliens support commentators have suggested that the crop circles in the plant stem nodes charred traces is not a human can do flatten, Massachusetts Institute of Technology students have tried to replicate this phenomenon with a homemade device reverse speculated &lt;/span&gt;&lt;span d=&quot;出茎节破裂的水分因微波的关系所造成，但依然未能达成，如此之下植物将脱水没办法继续生长，有时发现麦田圈的附近会有足球大小的光球出现，并且英国空军会派出&quot; f=&quot;internode rupture of the water due to the relationship between the microwave, but still failed to reach, so under the plant dehydration can not continue to grow, sometimes found near the crop circles that there will be the size of football ball of light appeared, and the Royal Air Force will be deployed &quot; title=&quot;出茎节破裂的水分因微波的关系所造成，但依然未能达成，如此之下植物将脱水没办法继续生长，有时发现麦田圈的附近会有足球大小的光球出现，并且英国空军会派出&quot;&gt;internode rupture of the water due to the relationship between the microwave, but still failed to reach, so under the plant dehydration can not continue to grow, sometimes found near the crop circles that there will be the size of football ball of light appeared, and the Royal Air Force will be deployed &lt;/span&gt;&lt;span d=&quot;有作战能力的直升机低空跟随，但军方拒绝回应为何要在麦田圈附近低空飞行。&quot; f=&quot;The combat capability of the helicopter at low altitude to follow, but the military refused to respond to why flying at low altitude near the crop circles. &quot; title=&quot;有作战能力的直升机低空跟随，但军方拒绝回应为何要在麦田圈附近低空飞行。&quot;&gt;The combat capability of the helicopter at low altitude to follow, but the military refused to respond to why flying at low altitude near the crop circles. &lt;/span&gt;&lt;span d=&quot;怀疑论者则认为，所有麦田圈现象皆可解释，譬如植物茎节点的烧焦痕迹，是因为被人为压弯之后，一侧的生长速度超过另一侧，导致内部气体压力过大，从茎&quot; f=&quot;Skeptics argue that all the crop circle phenomenon can explain, for example, traces of charred plant stem nodes, because to be artificially bending, one side of the growth rate of more than the other side, the internal gas pressure is too large, from stem &quot; title=&quot;怀疑论者则认为，所有麦田圈现象皆可解释，譬如植物茎节点的烧焦痕迹，是因为被人为压弯之后，一侧的生长速度超过另一侧，导致内部气体压力过大，从茎&quot;&gt;Skeptics argue that all the crop circle phenomenon can explain, for example, traces of charred plant stem nodes, because to be artificially bending, one side of the growth rate of more than the other side, the internal gas pressure is too large, from stem &lt;/span&gt;&lt;span d=&quot;节处爆炸，有时因天干物燥引发燃烧而变得焦黑。&quot; f=&quot;Festival at the explosion, sometimes caused due to dry and hot combustion becomes charred. &quot; title=&quot;节处爆炸，有时因天干物燥引发燃烧而变得焦黑。&quot;&gt;Festival at the explosion, sometimes caused due to dry and hot combustion becomes charred. &lt;/span&gt;&lt;span d=&quot;1991年间有二位退休老人，在数十年前自称麦田圈是他们制造的，目的是为了恶作剧；但他们制造的麦田圈并不符合研究者所认定的麦子未断裂、包含电磁波等条件，尤其&quot; f=&quot;1991 two elderly retirees, crop circles in the hundreds of years ago, claiming they manufactured to prank; but they made crop circles does not meet the researchers identified wheat unbroken contains electromagnetic wave conditions, especially &quot; title=&quot;1991年间有二位退休老人，在数十年前自称麦田圈是他们制造的，目的是为了恶作剧；但他们制造的麦田圈并不符合研究者所认定的麦子未断裂、包含电磁波等条件，尤其&quot;&gt;1991 two elderly retirees, crop circles in the hundreds of years ago, claiming they manufactured to prank; but they made crop circles does not meet the researchers identified wheat unbroken contains electromagnetic wave conditions, especially &lt;/span&gt;&lt;span d=&quot;当他们已宣告自己不再继续制造麦田圈后，至今却有越来越多且图型日益越复杂化的麦田圈，仍持续不断出现，就算发现麦田圈时有下过雨，但是农作物上却&quot; f=&quot;when they have declared themselves no longer continue to create crop circles, so far there are more and more graphic increasingly more complicated crop circles continue emerging, even if the crop circles found under the rain, but the crop is &quot; title=&quot;当他们已宣告自己不再继续制造麦田圈后，至今却有越来越多且图型日益越复杂化的麦田圈，仍持续不断出现，就算发现麦田圈时有下过雨，但是农作物上却&quot;&gt;when they have declared themselves no longer continue to create crop circles, so far there are more and more graphic increasingly more complicated crop circles continue emerging, even if the crop circles found under the rain, but the crop is &lt;/span&gt;&lt;span d=&quot;没有因为泥泞而留下足迹，不曾有人在上面行走过的任何迹象。&quot; f=&quot;not because of the mud and leave a footprint, never been any indication that walked in the above line. &quot; title=&quot;没有因为泥泞而留下足迹，不曾有人在上面行走过的任何迹象。&quot;&gt;not because of the mud and leave a footprint, never been any indication that walked in the above line. &lt;/span&gt;&lt;span d=&quot;根据最新的测试显示，麦田圈内部因麦杆倒伏而无法蓄电，电磁场反而比圈外的麦田弱；有些麦田圈出现辐射线反应，则是因土壤含有的钾40所致，而这种天然&quot; f=&quot;Inside crop circles, according to the latest test wheat straw lodging unable electricity storage, electromagnetic fields rather than the outside of the circle wheat fields weak; Some crop circles radiation reaction is caused due to soil containing potassium 40, and this natural &quot; title=&quot;根据最新的测试显示，麦田圈内部因麦杆倒伏而无法蓄电，电磁场反而比圈外的麦田弱；有些麦田圈出现辐射线反应，则是因土壤含有的钾40所致，而这种天然&quot;&gt;Inside crop circles, according to the latest test wheat straw lodging unable electricity storage, electromagnetic fields rather than the outside of the circle wheat fields weak; Some crop circles radiation reaction is caused due to soil containing potassium 40, and this natural &lt;/span&gt;&lt;span d=&quot;辐射是很常见的现象。&quot; f=&quot;Radiation is a very common phenomenon. &quot; title=&quot;辐射是很常见的现象。&quot;&gt;Radiation is a very common phenomenon. &lt;/span&gt;&lt;span d=&quot;已有麦田圈设计比赛冠军出炉，该团队于一夜间压制出惊人的巨大麦田圈。&quot; f=&quot;Crop circle design contest has been released, the team overnight to suppress amazing huge crop circles. &quot; title=&quot;已有麦田圈设计比赛冠军出炉，该团队于一夜间压制出惊人的巨大麦田圈。&quot;&gt;Crop circle design contest has been released, the team overnight to suppress amazing huge crop circles. &lt;/span&gt;&lt;span d=&quot;另有科学团体应邀在五小时内，压制出非常庞大复杂的麦田圈图案，并在国家地理频道的“奇闻大揭秘”系列节目中播过。&quot; f=&quot;Another scientific community was invited to five hours, the pressing of the very large and complex crop circle pattern, and the National Geographic Channel&#39;s &amp;quot;anecdote Big Secret&amp;quot; series broadcast. &quot; title=&quot;另有科学团体应邀在五小时内，压制出非常庞大复杂的麦田圈图案，并在国家地理频道的“奇闻大揭秘”系列节目中播过。&quot;&gt;Another scientific community was invited to five hours, the pressing of the very large and complex crop circle pattern, and the National Geographic Channel&#39;s &quot;anecdote Big Secret&quot; series broadcast. &lt;/span&gt;&lt;span d=&quot;但此实验历时五小时，却未能解释为何许多麦田圈，却常常能在半小时不到的黑暗无光条件中，突然形成包含极为复杂几何图形之大量巨型图腾。&quot; f=&quot;This experiment lasted five hours, but failed to explain why many crop circles, but often in less than half an hour in the dark light conditions, the sudden formation contains extremely complex geometry of the large number of giant totem. &quot; title=&quot;但此实验历时五小时，却未能解释为何许多麦田圈，却常常能在半小时不到的黑暗无光条件中，突然形成包含极为复杂几何图形之大量巨型图腾。&quot;&gt;This experiment lasted five hours, but failed to explain why many crop circles, but often in less than half an hour in the dark light conditions, the sudden formation contains extremely complex geometry of the large number of giant totem. &lt;/span&gt;&lt;span d=&quot;编辑本段形成原因令人遗憾的是，30多年来，科学界对怪圈是如何形成的一直存在争议，关于成因，目前主要有五种说法。&quot; f=&quot;Edit this paragraph causes regrettable that 30 years, the scientific community on how the circles are formed there has been controversy about the causes, there are five main argument. &quot; title=&quot;编辑本段形成原因令人遗憾的是，30多年来，科学界对怪圈是如何形成的一直存在争议，关于成因，目前主要有五种说法。&quot;&gt;Edit this paragraph causes regrettable that 30 years, the scientific community on how the circles are formed there has been controversy about the causes, there are five main argument. &lt;/span&gt;&lt;span d=&quot;世人对于怪圈的成因也有多种看法。&quot; f=&quot;The world a variety of views about the causes of the vicious circle.
&quot; title=&quot;世人对于怪圈的成因也有多种看法。&quot;&gt;The world a variety of views about the causes of the vicious circle.&lt;/span&gt;&lt;span d=&quot;磁场说&quot; f=&quot;Magnetic field said
&quot; title=&quot;磁场说&quot;&gt;Magnetic field said&lt;/span&gt;&lt;span d=&quot;有专家认为，磁场中有一种神奇的移动力，可产生一股电流，使农作物“平躺”在地面上。&quot; f=&quot;Some experts believe that an amazing mobile force, the magnetic field can generate an electric current, so that the crop &amp;quot;lying on the ground. &quot; title=&quot;有专家认为，磁场中有一种神奇的移动力，可产生一股电流，使农作物“平躺”在地面上。&quot;&gt;Some experts believe that an amazing mobile force, the magnetic field can generate an electric current, so that the crop &quot;lying on the ground. &lt;/span&gt;&lt;span d=&quot;美国专家杰弗里·威尔逊研究了130多个麦田怪圈，发现90%的怪圈附近都有连接高压电线的变压器，方圆270米内都有一个水池。&quot; f=&quot;Jeffrey Wilson, U.S. experts studied more than 130 crop circles, found that 90% of the cycle has connections in the vicinity of high-voltage wire and the transformer within a radius of 270 meters, has a pool. &quot; title=&quot;美国专家杰弗里·威尔逊研究了130多个麦田怪圈，发现90%的怪圈附近都有连接高压电线的变压器，方圆270米内都有一个水池。&quot;&gt;Jeffrey Wilson, U.S. experts studied more than 130 crop circles, found that 90% of the cycle has connections in the vicinity of high-voltage wire and the transformer within a radius of 270 meters, has a pool. &lt;/span&gt;&lt;span d=&quot;由于接受灌溉，麦田底部的土壤释放出的离子会产生负电，与高压电线相连的变压器则产生正电，负电和正电碰撞后会产生电磁能，从而击倒小麦形成怪圈。&quot; f=&quot;Accepted that the release of the soil at the bottom of the irrigation, wheat ion will produce a negative electric transformer and connected to the high-voltage wire is generated positively charged, negative electricity and electropositive collision will generate electromagnetic energy, thus the knockdown wheat forming circles.
&quot; title=&quot;由于接受灌溉，麦田底部的土壤释放出的离子会产生负电，与高压电线相连的变压器则产生正电，负电和正电碰撞后会产生电磁能，从而击倒小麦形成怪圈。&quot;&gt;Accepted that the release of the soil at the bottom of the irrigation, wheat ion will produce a negative electric transformer and connected to the high-voltage wire is generated positively charged, negative electricity and electropositive collision will generate electromagnetic energy, thus the knockdown wheat forming circles.&lt;/span&gt;&lt;span d=&quot;龙卷风说&quot; f=&quot;Tornado said
&quot; title=&quot;龙卷风说&quot;&gt;Tornado said&lt;/span&gt;&lt;span d=&quot;从有关记载来看，麦田怪圈出现最多的季节是在春天和夏天，有人认为，夏季天气变化无常，龙卷风是造成怪圈的主要原因。&quot; f=&quot;From the relevant records, crop circles appear most of the season in the spring and summer, some people think, the summer weather is changeable, the tornado is the main reason causing the vicious circle. &quot; title=&quot;从有关记载来看，麦田怪圈出现最多的季节是在春天和夏天，有人认为，夏季天气变化无常，龙卷风是造成怪圈的主要原因。&quot;&gt;From the relevant records, crop circles appear most of the season in the spring and summer, some people think, the summer weather is changeable, the tornado is the main reason causing the vicious circle. &lt;/span&gt;&lt;span d=&quot;很多麦田怪圈出现在山边或离山六七公里的地方，这种地方很容易形成龙卷风。&quot; f=&quot;Many crop circles appear in the hillside from the Hill sixty-seven km, this place is very easy to form a tornado.
&quot; title=&quot;很多麦田怪圈出现在山边或离山六七公里的地方，这种地方很容易形成龙卷风。&quot;&gt;Many crop circles appear in the hillside from the Hill sixty-seven km, this place is very easy to form a tornado.&lt;/span&gt;&lt;span d=&quot;外星制造说&quot; f=&quot;Extraterrestrial manufacture said
  &quot; title=&quot;外星制造说&quot;&gt;Extraterrestrial manufacture said&lt;br /&gt;&amp;nbsp;&amp;nbsp;&lt;/span&gt;&lt;span d=&quot;麦田怪圈&quot; f=&quot;Crop Circles
&quot; title=&quot;麦田怪圈&quot;&gt;Crop Circles&lt;/span&gt;&lt;span d=&quot;很多人相信，麦田怪圈大多是在一夜之间形成，很可能是外星人的杰作。&quot; f=&quot;Many people believe that most of the crop circles formed overnight, is likely to be the masterpiece of alien. &quot; title=&quot;很多人相信，麦田怪圈大多是在一夜之间形成，很可能是外星人的杰作。&quot;&gt;Many people believe that most of the crop circles formed overnight, is likely to be the masterpiece of alien. &lt;/span&gt;&lt;span d=&quot;据说，很多出现麦田怪圈的地方也会出现UFO。&quot; f=&quot;It is said that many crop circles also occur UFO. &quot; title=&quot;据说，很多出现麦田怪圈的地方也会出现UFO。&quot;&gt;It is said that many crop circles also occur UFO. &lt;/span&gt;&lt;span d=&quot;因此，有人认为麦田怪圈是地球以外高智慧生命体留下的记号，希望地球人类以同样的高智慧去消化这些讯息；也有人认为是地球上有奇异力量的人想通过麦田怪圈与天外沟通。&quot; f=&quot;Therefore, some people think that crop circles are the marks left by the body of intelligent life outside Earth, Earth humans to digest these messages to the same high wisdom; others think is the singular force in the Earth&#39;s people want to communicate through crop circles days. &quot; title=&quot;因此，有人认为麦田怪圈是地球以外高智慧生命体留下的记号，希望地球人类以同样的高智慧去消化这些讯息；也有人认为是地球上有奇异力量的人想通过麦田怪圈与天外沟通。&quot;&gt;Therefore, some people think that crop circles are the marks left by the body of intelligent life outside Earth, Earth humans to digest these messages to the same high wisdom; others think is the singular force in the Earth&#39;s people want to communicate through crop circles days. &lt;/span&gt;&lt;span d=&quot;事实上，对于神秘麦田怪圈的形成，各类科学家都试图去解释：气象学家估计这可能是气旋或闪电造成的，地理学家说是地层下某种磁场造成的，更有人认为这完全是&quot; f=&quot;In fact, for the formation of the mysterious crop circles, the various types of scientists are trying to explain: Meteorologists estimate that this could be caused by the cyclone or lightning, said the geographer is strata under some kind of magnetic field caused by the more some people think this is completely &quot; title=&quot;事实上，对于神秘麦田怪圈的形成，各类科学家都试图去解释：气象学家估计这可能是气旋或闪电造成的，地理学家说是地层下某种磁场造成的，更有人认为这完全是&quot;&gt;In fact, for the formation of the mysterious crop circles, the various types of scientists are trying to explain: Meteorologists estimate that this could be caused by the cyclone or lightning, said the geographer is strata under some kind of magnetic field caused by the more some people think this is completely &lt;/span&gt;&lt;span d=&quot;人为的恶作剧，然而所有这些解释都难以让人信服。&quot; f=&quot;human mischief, all of these explanations, however, are difficult to convince. &quot; title=&quot;人为的恶作剧，然而所有这些解释都难以让人信服。&quot;&gt;human mischief, all of these explanations, however, are difficult to convince. &lt;/span&gt;&lt;span d=&quot;在英国，农夫们可以追述到数代人以前，简单的圆圈图案已经出现在麦田内。&quot; f=&quot;Farmers in the UK can be traced to several generations ago, a simple circle pattern has emerged in a cornfield. &quot; title=&quot;在英国，农夫们可以追述到数代人以前，简单的圆圈图案已经出现在麦田内。&quot;&gt;Farmers in the UK can be traced to several generations ago, a simple circle pattern has emerged in a cornfield. &lt;/span&gt;&lt;span d=&quot;英国媒体在八十年代初期，首次报导这些麦田神秘圆圈图案。&quot; f=&quot;British media first reported in the early 1980s, the these wheat fields mysterious circle pattern. &quot; title=&quot;英国媒体在八十年代初期，首次报导这些麦田神秘圆圈图案。&quot;&gt;British media first reported in the early 1980s, the these wheat fields mysterious circle pattern. &lt;/span&gt;&lt;span d=&quot;到了九十年代麦田圈震撼世界各地人士，因为这些神秘的圆圈图案由简单的图形变成面积巨大、充满高深的几何学又复杂的美丽图案！&quot; f=&quot;To the crop circles in the 1990s shocked people around the world, because these mysterious circle pattern from simple graphics into a huge area, full of profound and complex geometry beautiful patterns! &quot; title=&quot;到了九十年代麦田圈震撼世界各地人士，因为这些神秘的圆圈图案由简单的图形变成面积巨大、充满高深的几何学又复杂的美丽图案！&quot;&gt;To the crop circles in the 1990s shocked people around the world, because these mysterious circle pattern from simple graphics into a huge area, full of profound and complex geometry beautiful patterns! &lt;/span&gt;&lt;span d=&quot;麦田圈是全球出现的现象，每年新的图案在各地以令人难以置信的数目冒出。&quot; f=&quot;Crop Circle is a global phenomenon, an incredible number of new annual pattern around smoke. &quot; title=&quot;麦田圈是全球出现的现象，每年新的图案在各地以令人难以置信的数目冒出。&quot;&gt;Crop Circle is a global phenomenon, an incredible number of new annual pattern around smoke. &lt;/span&gt;&lt;span d=&quot;总的来说全球的注意力都集中在英国南部，这里出现的数量最多而且也出现在靠近上古文明遗迹如：史前巨石阵、埃夫伯里（英国威尔特郡一村庄，附近有球形白垩&quot; f=&quot;The whole world&#39;s attention is concentrated in the south of England, the largest number here, and also close to the remains of ancient civilizations such as: Stonehenge, Avebury (UK Wiltshire village near spherical chalk &quot; title=&quot;总的来说全球的注意力都集中在英国南部，这里出现的数量最多而且也出现在靠近上古文明遗迹如：史前巨石阵、埃夫伯里（英国威尔特郡一村庄，附近有球形白垩&quot;&gt;The whole world&#39;s attention is concentrated in the south of England, the largest number here, and also close to the remains of ancient civilizations such as: Stonehenge, Avebury (UK Wiltshire village near spherical chalk &lt;/span&gt;&lt;span d=&quot;石砌坑壁等新石器时代遗迹）和Silbury山（欧洲最大的史前人造山）。&quot; f=&quot;stone pit walls and other the Neolithic relics) and Silbury Hill (Europe&#39;s largest prehistoric man-made mountain). &quot; title=&quot;石砌坑壁等新石器时代遗迹）和Silbury山（欧洲最大的史前人造山）。&quot;&gt;stone pit walls and other the Neolithic relics) and Silbury Hill (Europe&#39;s largest prehistoric man-made mountain). &lt;/span&gt;&lt;span d=&quot;虽然长久以来这些神秘圆圈图案都有各式制作或出现的说法，但是到现在还没有一个有力和完整的解释，这些圆圈图案到底如何出现？&quot; f=&quot;Although these mysterious circle pattern has long been all kinds of production, or to say, but now do not have a strong and complete explanation of these circle pattern in the end how to appear? &quot; title=&quot;虽然长久以来这些神秘圆圈图案都有各式制作或出现的说法，但是到现在还没有一个有力和完整的解释，这些圆圈图案到底如何出现？&quot;&gt;Although these mysterious circle pattern has long been all kinds of production, or to say, but now do not have a strong and complete explanation of these circle pattern in the end how to appear? &lt;/span&gt;&lt;span d=&quot;不过比较令人信服的证据是：数段在麦田神秘圆圈图案出现时，所拍到的真实录影。&quot; f=&quot;However, more convincing evidence: Catcher mysterious circle pattern appears, photographed real video segment. &quot; title=&quot;不过比较令人信服的证据是：数段在麦田神秘圆圈图案出现时，所拍到的真实录影。&quot;&gt;However, more convincing evidence: Catcher mysterious circle pattern appears, photographed real video segment. &lt;/span&gt;&lt;span d=&quot;画面里显示数个神秘小光球或白光在麦田上出现！&quot; f=&quot;The picture shows several mysterious small ball of light or white in a cornfield! &quot; title=&quot;画面里显示数个神秘小光球或白光在麦田上出现！&quot;&gt;The picture shows several mysterious small ball of light or white in a cornfield! &lt;/span&gt;&lt;span d=&quot;许多这类神秘光球出现在多段录影当中；同时也出现在一些白昼拍摄，画面清晰的录影里。&quot; f=&quot;Many of these mysterious ball of light in which a multi-segment video; also appear in some daylight shooting, a clear picture of the video. &quot; title=&quot;许多这类神秘光球出现在多段录影当中；同时也出现在一些白昼拍摄，画面清晰的录影里。&quot;&gt;Many of these mysterious ball of light in which a multi-segment video; also appear in some daylight shooting, a clear picture of the video. &lt;/span&gt;&lt;span d=&quot;这些神秘光球很明显的呈现有规则方向和高智慧的移动方法，这是否能让我们把神秘光球和麦田圈联想在一起？&quot; f=&quot;These mysterious light balls the presentation rules direction and wisdom mobile Obviously, you allow us to mysterious ball of light and associate crop circles? &quot; title=&quot;这些神秘光球很明显的呈现有规则方向和高智慧的移动方法，这是否能让我们把神秘光球和麦田圈联想在一起？&quot;&gt;These mysterious light balls the presentation rules direction and wisdom mobile Obviously, you allow us to mysterious ball of light and associate crop circles? &lt;/span&gt;&lt;span d=&quot;麦田里的植物样本也被拿来进行科学化验。&quot; f=&quot;The Catcher in the plant samples can also be used for scientific laboratory. &quot; title=&quot;麦田里的植物样本也被拿来进行科学化验。&quot;&gt;The Catcher in the plant samples can also be used for scientific laboratory. &lt;/span&gt;&lt;span d=&quot;这工作由美国生物学家Dr William Levengood进行。&quot; f=&quot;This work by the American biologist Dr William Levengood. &quot; title=&quot;这工作由美国生物学家Dr William Levengood进行。&quot;&gt;This work by the American biologist Dr William Levengood. &lt;/span&gt;&lt;span d=&quot;他指出类似微波能量效应可能是麦田圈形成的原因之一。&quot; f=&quot;He pointed out that the a similar microwave energy effect may be one of the reasons for the formation of crop circles. &quot; title=&quot;他指出类似微波能量效应可能是麦田圈形成的原因之一。&quot;&gt;He pointed out that the a similar microwave energy effect may be one of the reasons for the formation of crop circles. &lt;/span&gt;&lt;span d=&quot;麦田神秘圆圈调查人员被要求使用更多的创造力和想象力在调查研究工作中。&quot; f=&quot;The mysterious Catcher circle investigating officers were asked to use creativity and imagination in research work. &quot; title=&quot;麦田神秘圆圈调查人员被要求使用更多的创造力和想象力在调查研究工作中。&quot;&gt;The mysterious Catcher circle investigating officers were asked to use creativity and imagination in research work. &lt;/span&gt;&lt;span d=&quot;一些人员应用了禅定、光和音乐来测试图案，麦田圈似乎能与人类脑波互相联系。&quot; f=&quot;Some meditation applied test patterns of light and music, crop circles seems to be interrelated with human brain waves. &quot; title=&quot;一些人员应用了禅定、光和音乐来测试图案，麦田圈似乎能与人类脑波互相联系。&quot;&gt;Some meditation applied test patterns of light and music, crop circles seems to be interrelated with human brain waves. &lt;/span&gt;&lt;span d=&quot;这些图案肯定的让我们知道我们是生存在超乎我们想象和复杂的世界。&quot; f=&quot;These patterns sure to let us know that we are to survive in the world beyond our imagination and complexity. &quot; title=&quot;这些图案肯定的让我们知道我们是生存在超乎我们想象和复杂的世界。&quot;&gt;These patterns sure to let us know that we are to survive in the world beyond our imagination and complexity. &lt;/span&gt;&lt;span d=&quot;有人说英格兰起伏连绵的田野是最具有神奇力量的地方，因为那里有很多让人百思不得其解的现象：其中较著名的就是神秘的“麦田怪圈”。&quot; f=&quot;Some people say that England and downs rolling fields where most magical forces, because there are many puzzling phenomenon: The more famous is the mysterious &amp;quot;crop circles&amp;quot;. &quot; title=&quot;有人说英格兰起伏连绵的田野是最具有神奇力量的地方，因为那里有很多让人百思不得其解的现象：其中较著名的就是神秘的“麦田怪圈”。&quot;&gt;Some people say that England and downs rolling fields where most magical forces, because there are many puzzling phenomenon: The more famous is the mysterious &quot;crop circles&quot;. &lt;/span&gt;&lt;span d=&quot;据说，最早的“麦田怪圈”是1647年在英格兰发现的。&quot; f=&quot;It is said that the first &amp;quot;crop circles&amp;quot; is found in England in 1647. &quot; title=&quot;据说，最早的“麦田怪圈”是1647年在英格兰发现的。&quot;&gt;It is said that the first &quot;crop circles&quot; is found in England in 1647. &lt;/span&gt;&lt;span d=&quot;原本齐刷刷的麦田，一夜之间竟变成了一幅巨型几何图画。&quot; f=&quot;The original uniform of wheat fields, overnight turned into a giant geometric drawings. &quot; title=&quot;原本齐刷刷的麦田，一夜之间竟变成了一幅巨型几何图画。&quot;&gt;The original uniform of wheat fields, overnight turned into a giant geometric drawings. &lt;/span&gt;&lt;span d=&quot;由于&amp;quot;怪圈&amp;quot;大多是一夜之间形成，而且面积很大，所以起初很多人认为它是外星人的杰作，是他们与地球上居民的一种联系方式。&quot; f=&quot;Since most of the &amp;quot;vicious circle&amp;quot; overnight formation, but also a very large area, so at first a lot of people think that it is a masterpiece of alien residents a Contact them on Earth. &quot; title=&quot;由于&amp;quot;怪圈&amp;quot;大多是一夜之间形成，而且面积很大，所以起初很多人认为它是外星人的杰作，是他们与地球上居民的一种联系方式。&quot;&gt;Since most of the &quot;vicious circle&quot; overnight formation, but also a very large area, so at first a lot of people think that it is a masterpiece of alien residents a Contact them on Earth. &lt;/span&gt;&lt;span d=&quot;目前在全世界，每年大约出现250个图案各异的怪圈，特别是在英格兰南部，怪圈现象更是层出不穷。&quot; f=&quot;Present in the world each year about 250 different patterns cycle, especially in the south of England, circle phenomenon is endless.
&quot; title=&quot;目前在全世界，每年大约出现250个图案各异的怪圈，特别是在英格兰南部，怪圈现象更是层出不穷。&quot;&gt;Present in the world each year about 250 different patterns cycle, especially in the south of England, circle phenomenon is endless.&lt;/span&gt;&lt;span d=&quot;预告说&quot; f=&quot;Notice said
&quot; title=&quot;预告说&quot;&gt;Notice said&lt;/span&gt;&lt;span d=&quot;一些人相信，麦田怪圈背后有种神秘的力量，就像百慕大三角一样。&quot; f=&quot;Some people believe that the kind of mysterious force behind the crop circles, like the Bermuda Triangle. &quot; title=&quot;一些人相信，麦田怪圈背后有种神秘的力量，就像百慕大三角一样。&quot;&gt;Some people believe that the kind of mysterious force behind the crop circles, like the Bermuda Triangle. &lt;/span&gt;&lt;span d=&quot;根据这种猜测，有人认为麦田怪圈是“灾难预告”。&quot; f=&quot;According to this speculation, some people believe that crop circles are a &amp;quot;disaster trailer.
&quot; title=&quot;根据这种猜测，有人认为麦田怪圈是“灾难预告”。&quot;&gt;According to this speculation, some people believe that crop circles are a &quot;disaster trailer.&lt;/span&gt;&lt;span d=&quot;人造说&quot; f=&quot;Artificial say
&quot; title=&quot;人造说&quot;&gt;Artificial say&lt;/span&gt;&lt;span d=&quot;相当一部分人认为，所谓麦田怪圈只是某些人的恶作剧。&quot; f=&quot;A considerable number of people believe that the so-called crop circles are just some prank. &quot; title=&quot;相当一部分人认为，所谓麦田怪圈只是某些人的恶作剧。&quot;&gt;A considerable number of people believe that the so-called crop circles are just some prank. &lt;/span&gt;&lt;span d=&quot;英国科学家安德鲁经过长达17年的调查研究认为，麦田怪圈有80%属于人为制造。&quot; f=&quot;British scientist Andrew after 17 years of research, 80% of man-made crop circles. &quot; title=&quot;英国科学家安德鲁经过长达17年的调查研究认为，麦田怪圈有80%属于人为制造。&quot;&gt;British scientist Andrew after 17 years of research, 80% of man-made crop circles. &lt;/span&gt;&lt;span d=&quot;经过调查，发现大部分是某些人的恶作剧，但是热衷于此的人还是对此怀有很大的好奇心。&quot; f=&quot;After an investigation, found that most of the prank of some people, but the people are still keen on this this cherished great curiosity. &quot; title=&quot;经过调查，发现大部分是某些人的恶作剧，但是热衷于此的人还是对此怀有很大的好奇心。&quot;&gt;After an investigation, found that most of the prank of some people, but the people are still keen on this this cherished great curiosity. &lt;/span&gt;&lt;span d=&quot;然而，不久后在英国汉普郡的Chilbolton天文台附近的麦田里再次发现了两个图案，其中之一是一个脸形，很多人都说很像电影电视里外星人的形象。&quot; f=&quot;However, shortly after the wheat fields near the Chilbolton Observatory in Hampshire, England again found two patterns, one of which is a face shape, a lot of people say that the image much like the film and television aliens. &quot; title=&quot;然而，不久后在英国汉普郡的Chilbolton天文台附近的麦田里再次发现了两个图案，其中之一是一个脸形，很多人都说很像电影电视里外星人的形象。&quot;&gt;However, shortly after the wheat fields near the Chilbolton Observatory in Hampshire, England again found two patterns, one of which is a face shape, a lot of people say that the image much like the film and television aliens. &lt;/span&gt;&lt;span d=&quot;另一个是1974年11月向M13球状星云发射的阿雷西沃信息修改后的图案。&quot; f=&quot;Arecibo amended in November 1974 to the M13 globular nebula emission pattern. &quot; title=&quot;另一个是1974年11月向M13球状星云发射的阿雷西沃信息修改后的图案。&quot;&gt;Arecibo amended in November 1974 to the M13 globular nebula emission pattern. &lt;/span&gt;&lt;span d=&quot;麦田怪圈频繁成为头版新闻，正是这些特征让怪圈疑云重重。&quot; f=&quot;Frequent crop circles become front-page news, and it is these characteristics so that the cycle of doubt the. &quot; title=&quot;麦田怪圈频繁成为头版新闻，正是这些特征让怪圈疑云重重。&quot;&gt;Frequent crop circles become front-page news, and it is these characteristics so that the cycle of doubt the. &lt;/span&gt;&lt;span d=&quot;如果是人为的，怎样能解释这些现象呢？&quot; f=&quot;If it is man-made, and how these phenomena can explain it? &quot; title=&quot;如果是人为的，怎样能解释这些现象呢？&quot;&gt;If it is man-made, and how these phenomena can explain it? &lt;/span&gt;&lt;span d=&quot;数字6是关键。&quot; f=&quot;Numeral 6 is the key. &quot; title=&quot;数字6是关键。&quot;&gt;Numeral 6 is the key. &lt;/span&gt;&lt;span d=&quot;郭教授一直关注国外麦田怪圈的研究进展，他认为，麦田怪圈是一些艺术家在黑暗掩护下制造的杰作。&quot; f=&quot;Professor Guo has been concerned about the the foreign crop circles research progress, he believes that the crop circles are a masterpiece of manufacturing in the dark under the cover of some artists. &quot; title=&quot;郭教授一直关注国外麦田怪圈的研究进展，他认为，麦田怪圈是一些艺术家在黑暗掩护下制造的杰作。&quot;&gt;Professor Guo has been concerned about the the foreign crop circles research progress, he believes that the crop circles are a masterpiece of manufacturing in the dark under the cover of some artists. &lt;/span&gt;&lt;span d=&quot;这些人通常选择制造的形状不是最新电脑绘图软件的结果，是他们喜欢的设计和当天早些时候草拟出来的。&quot; f=&quot;These people usually choose the shape is not the latest computer graphics software manufacturing results, drafted a design they like and earlier in the day. &quot; title=&quot;这些人通常选择制造的形状不是最新电脑绘图软件的结果，是他们喜欢的设计和当天早些时候草拟出来的。&quot;&gt;These people usually choose the shape is not the latest computer graphics software manufacturing results, drafted a design they like and earlier in the day. &lt;/span&gt;&lt;span d=&quot;这些艺术家的秘密工具不是人们所预料的复杂仪器，而是简单的绳、木板和测量员用的尺。&quot; f=&quot;Secret tools of these artists than one would expect, complex instrument, but simply with the feet of rope, wood and surveyors. &quot; title=&quot;这些艺术家的秘密工具不是人们所预料的复杂仪器，而是简单的绳、木板和测量员用的尺。&quot;&gt;Secret tools of these artists than one would expect, complex instrument, but simply with the feet of rope, wood and surveyors. &lt;/span&gt;&lt;span d=&quot;直升机红外线摄影机曾拍摄过麦田怪圈的制作过程，郭教授向记者描述了这个过程。&quot; f=&quot;Helicopter infrared camera has taken over the production of the crop circles to describe this process, Professor Guo told reporters. &quot; title=&quot;直升机红外线摄影机曾拍摄过麦田怪圈的制作过程，郭教授向记者描述了这个过程。&quot;&gt;Helicopter infrared camera has taken over the production of the crop circles to describe this process, Professor Guo told reporters. &lt;/span&gt;&lt;span d=&quot;“制造者拿着工具进入麦田，记得麦田怪圈的第一个特征吗？（No Phys&quot; f=&quot;Manufacturer holding a tool into the wheat field, I remember the first feature of the crop circles? (No Phys
&quot; title=&quot;“制造者拿着工具进入麦田，记得麦田怪圈的第一个特征吗？（No Phys&quot;&gt;Manufacturer holding a tool into the wheat field, I remember the first feature of the crop circles? (No Phys&lt;/span&gt;&lt;span d=&quot;麦田怪圈图集(1张)ical Evidence），那不是绝对的事实，小心查看可以找到脚印。&quot; f=&quot;Atlas of Crop Circles (1) ical Evidence), it is not an absolute fact, check carefully you can find the footprints. &quot; title=&quot;麦田怪圈图集(1张)ical Evidence），那不是绝对的事实，小心查看可以找到脚印。&quot;&gt;Atlas of Crop Circles (1) ical Evidence), it is not an absolute fact, check carefully you can find the footprints. &lt;/span&gt;&lt;span d=&quot;通常地下十分硬，跟随轨迹，少许脚印会留下，而制造者会说是随后来访者造成的，他们总可以自圆其说。&quot; f=&quot;Usually underground is very hard to follow the path, little footprints will be left, and the manufacturer will say is caused by subsequent visitors, they can always be justified. &quot; title=&quot;通常地下十分硬，跟随轨迹，少许脚印会留下，而制造者会说是随后来访者造成的，他们总可以自圆其说。&quot;&gt;Usually underground is very hard to follow the path, little footprints will be left, and the manufacturer will say is caused by subsequent visitors, they can always be justified. &lt;/span&gt;&lt;span d=&quot;进入麦田的通道是农作物中的小径。&quot; f=&quot;Channel into the wheat field crops trails. &quot; title=&quot;进入麦田的通道是农作物中的小径。&quot;&gt;Channel into the wheat field crops trails. &lt;/span&gt;&lt;span d=&quot;这些小径是农夫用来运送、施肥和收割时走的田间小道。&quot; f=&quot;These trails go farmer used to transport, fertilization and harvest field trail. &quot; title=&quot;这些小径是农夫用来运送、施肥和收割时走的田间小道。&quot;&gt;These trails go farmer used to transport, fertilization and harvest field trail. &lt;/span&gt;&lt;span d=&quot;当制造者抵达麦田内预先决定的地点后，其中一人站在中心点，另一个人开始画第一个圆圈，没有在地下钉上任何标记，因为他们不会留下痕迹。&quot; f=&quot;Maker arrived in the wheat fields within a pre-determined location, one of them standing in the center point, another man began to draw the first circle, no nail any mark in the ground, because they do not leave marks. &quot; title=&quot;当制造者抵达麦田内预先决定的地点后，其中一人站在中心点，另一个人开始画第一个圆圈，没有在地下钉上任何标记，因为他们不会留下痕迹。&quot;&gt;Maker arrived in the wheat fields within a pre-determined location, one of them standing in the center point, another man began to draw the first circle, no nail any mark in the ground, because they do not leave marks. &lt;/span&gt;&lt;span d=&quot;当第一个圆圈完成后，一束小麦不会压平，而是被当做中心点，将来所有量度以这个位置做根据。&quot; f=&quot;After the completion of the first circle, a bunch of wheat will not flatten, but as the center point for all future measurements to do according to this position. &quot; title=&quot;当第一个圆圈完成后，一束小麦不会压平，而是被当做中心点，将来所有量度以这个位置做根据。&quot;&gt;After the completion of the first circle, a bunch of wheat will not flatten, but as the center point for all future measurements to do according to this position. &lt;/span&gt;&lt;span d=&quot;由于害怕被人听见，于是他们用暗号联络。&quot; f=&quot;Afraid of being heard, they cypher Contact. &quot; title=&quot;由于害怕被人听见，于是他们用暗号联络。&quot;&gt;Afraid of being heard, they cypher Contact. &lt;/span&gt;&lt;span d=&quot;此时，制造者开始用自制木板压平农作物，制造弯曲图案。&quot; f=&quot;At this time, manufacturers began to use homemade wood flatten crops, manufacturing curved pattern. &quot; title=&quot;此时，制造者开始用自制木板压平农作物，制造弯曲图案。&quot;&gt;At this time, manufacturers began to use homemade wood flatten crops, manufacturing curved pattern. &lt;/span&gt;&lt;span d=&quot;木板有不同尺寸，每块木板两端有孔，让绳索穿过。&quot; f=&quot;Planks have a different size, each block of wood with holes at both ends, so that the rope passes through. &quot; title=&quot;木板有不同尺寸，每块木板两端有孔，让绳索穿过。&quot;&gt;Planks have a different size, each block of wood with holes at both ends, so that the rope passes through. &lt;/span&gt;&lt;span d=&quot;每位队员拉着绳子一直向前跑，所到之处的小麦被压平，麦田的形状就这样随着设计的形状悄悄发生改变。&quot; f=&quot;Each team member pulled the rope has been running forward, wherever wheat is flattened the Catcher in shape so quietly changed as the shape of the design. &quot; title=&quot;每位队员拉着绳子一直向前跑，所到之处的小麦被压平，麦田的形状就这样随着设计的形状悄悄发生改变。&quot;&gt;Each team member pulled the rope has been running forward, wherever wheat is flattened the Catcher in shape so quietly changed as the shape of the design. &lt;/span&gt;&lt;span d=&quot;这个木板的尺寸造就了复杂编织的图案（Complex Woven Patterns）。&quot; f=&quot;The size of this wood created a complex weave pattern (Complex Woven Patterns). &quot; title=&quot;这个木板的尺寸造就了复杂编织的图案（Complex Woven Patterns）。&quot;&gt;The size of this wood created a complex weave pattern (Complex Woven Patterns). &lt;/span&gt;&lt;span d=&quot;然而，所有麦田怪圈都是根据几何原理制作的吗？&quot; f=&quot;However, all crop circles are produced according to geometric principles it? &quot; title=&quot;然而，所有麦田怪圈都是根据几何原理制作的吗？&quot;&gt;However, all crop circles are produced according to geometric principles it? &lt;/span&gt;&lt;span d=&quot;（Secred Geometry） 郭教授说，那些艺术家们承认对制造单纯的几何图案没有兴趣，关键是轨道（Fram Lines）。&quot; f=&quot;(Secred Geometry) Professor Guo said, those artists who acknowledged no interest in the manufacture of simple geometric patterns, the key is the orbit (Fram, Lines). &quot; title=&quot;（Secred Geometry） 郭教授说，那些艺术家们承认对制造单纯的几何图案没有兴趣，关键是轨道（Fram Lines）。&quot;&gt;(Secred Geometry) Professor Guo said, those artists who acknowledged no interest in the manufacture of simple geometric patterns, the key is the orbit (Fram, Lines). &lt;/span&gt;&lt;span d=&quot;6在几何学上是个重要数目，在探察中，不难发现一个细节，主要形状所有圆圈的直径都可以被6除尽。&quot; f=&quot;Geometry is an important number in the detectors, it is not difficult to find a detail, the main shape of all the diameter of the circle can be divisible by 6. &quot; title=&quot;6在几何学上是个重要数目，在探察中，不难发现一个细节，主要形状所有圆圈的直径都可以被6除尽。&quot;&gt;Geometry is an important number in the detectors, it is not difficult to find a detail, the main shape of all the diameter of the circle can be divisible by 6. &lt;/span&gt;&lt;span d=&quot;这种运算规律证明了麦田怪圈为何总能形成对称图案。&quot; f=&quot;The law of this operation proved why crop circles can always form a symmetrical pattern. &quot; title=&quot;这种运算规律证明了麦田怪圈为何总能形成对称图案。&quot;&gt;The law of this operation proved why crop circles can always form a symmetrical pattern. &lt;/span&gt;&lt;span d=&quot;让人匪夷所思的是，这些人为何要制造麦田怪圈呢？&quot; f=&quot;Ridiculous, why these people want to create crop circles? &quot; title=&quot;让人匪夷所思的是，这些人为何要制造麦田怪圈呢？&quot;&gt;Ridiculous, why these people want to create crop circles? &lt;/span&gt;&lt;span d=&quot;郭教授说：“多年以来，那些怪圈制造者对超感觉都有兴趣，他们合作从事广泛的计划， 包括美术和摄影。他们渐渐由传统艺术家变为隐蔽艺术家，合伙去制造麦田怪圈，因为他们认为&quot; f=&quot;Professor Guo said: &amp;quot;Over the years, those vicious circle maker super feeling has always been interested in them engaged in a wide range of programs, including art and photography. They gradually become hidden artists by traditional artists, partner to create crop circles, because they think &quot; title=&quot;郭教授说：“多年以来，那些怪圈制造者对超感觉都有兴趣，他们合作从事广泛的计划， 包括美术和摄影。他们渐渐由传统艺术家变为隐蔽艺术家，合伙去制造麦田怪圈，因为他们认为&quot;&gt;Professor Guo said: &quot;Over the years, those vicious circle maker super feeling has always been interested in them engaged in a wide range of programs, including art and photography. They gradually become hidden artists by traditional artists, partner to create crop circles, because they think &lt;/span&gt;&lt;span d=&quot;，麦田圈的美是一种行为艺术的表达。 由于怪异图案经常在他们家乡附近出现，却没有怎么制造的合理解释，他们最后决定看看人力是否可以做到。他们没有失望，在数小时内&quot; f=&quot;crop circles of the United States is an act of artistic expression. grotesquerie often appear near their home, but no reasonable explanation of how to manufacture, they finally decided to see if the human can do. they were not disappointed, in a few hours &quot; title=&quot;，麦田圈的美是一种行为艺术的表达。 由于怪异图案经常在他们家乡附近出现，却没有怎么制造的合理解释，他们最后决定看看人力是否可以做到。他们没有失望，在数小时内&quot;&gt;crop circles of the United States is an act of artistic expression. grotesquerie often appear near their home, but no reasonable explanation of how to manufacture, they finally decided to see if the human can do. they were not disappointed, in a few hours &lt;/span&gt;&lt;span d=&quot;便完成图案，确保没有留下任何犯罪证据。 而针对近日的磁场说，郭教授认为并不可信。“如果没有被证明麦田怪圈全是造假，也并不意味着磁场说成立。&quot; f=&quot;to complete the pattern did not leave any evidence of a crime. recent magnetic field, said Professor Guo that untrusted &amp;quot;If you do not prove that crop circles are all fake, also said that the establishment does not mean that the magnetic field. &quot; title=&quot;便完成图案，确保没有留下任何犯罪证据。 而针对近日的磁场说，郭教授认为并不可信。“如果没有被证明麦田怪圈全是造假，也并不意味着磁场说成立。&quot;&gt;to complete the pattern did not leave any evidence of a crime. recent magnetic field, said Professor Guo that untrusted &quot;If you do not prove that crop circles are all fake, also said that the establishment does not mean that the magnetic field. &lt;/span&gt;&lt;span d=&quot;不会有足够大的磁场能量制造出那么大的麦田怪圈，同时，磁场不可能引起麦田怪圈规律地形成几何图案。&quot; f=&quot;Will not have a large enough magnetic field energy to produce a big crop circles, at the same time, the magnetic field can not cause crop circles form geometric patterns. &quot; title=&quot;不会有足够大的磁场能量制造出那么大的麦田怪圈，同时，磁场不可能引起麦田怪圈规律地形成几何图案。&quot;&gt;Will not have a large enough magnetic field energy to produce a big crop circles, at the same time, the magnetic field can not cause crop circles form geometric patterns. &lt;/span&gt;&lt;span d=&quot;麦田怪圈是故弄玄虚的炒作，追求制造奇迹的结果。&quot; f=&quot;The crop circles trick speculation pursuit of miracle. &quot; title=&quot;麦田怪圈是故弄玄虚的炒作，追求制造奇迹的结果。&quot;&gt;The crop circles trick speculation pursuit of miracle. &lt;/span&gt;&lt;span d=&quot;” 白鸦行动是人类第一次有组织的抓捕麦田圈制造者！ 20年前（1989年6月），白鸦行动开始了。这是人类第一次有组织的“抓捕”麦田圈&quot; f=&quot;&amp;quot;White crow actions are humans first organized the arrest of crop circle makers! 20 years ago (June 1989), the the white crow action began. Humans for the first time organized the&amp;quot; arrest &amp;quot;crop circles &quot; title=&quot;” 白鸦行动是人类第一次有组织的抓捕麦田圈制造者！ 20年前（1989年6月），白鸦行动开始了。这是人类第一次有组织的“抓捕”麦田圈&quot;&gt;&quot;White crow actions are humans first organized the arrest of crop circle makers! 20 years ago (June 1989), the the white crow action began. Humans for the first time organized the&quot; arrest &quot;crop circles &lt;/span&gt;&lt;span d=&quot;制造者的行动！一周多的时间，几十个人，24小时不间断的监视着麦田…… 以下是此次行动的发起人之一Colin Andrews 的报告： 白鸦行动（Operation White Crow）是第一&quot; f=&quot;the manufacturer of the action! than a week&#39;s time, dozens of people, 24 hours a day monitoring the wheat fields ... The following is a report of Colin Andrews, one of the initiators of this action: the white crow Action (Operation White Crow) is the first &quot; title=&quot;制造者的行动！一周多的时间，几十个人，24小时不间断的监视着麦田…… 以下是此次行动的发起人之一Colin Andrews 的报告： 白鸦行动（Operation White Crow）是第一&quot;&gt;the manufacturer of the action! than a week&#39;s time, dozens of people, 24 hours a day monitoring the wheat fields ... The following is a report of Colin Andrews, one of the initiators of this action: the white crow Action (Operation White Crow) is the first &lt;/span&gt;&lt;span d=&quot;次有组织的监测麦田圈的行动，由我（Colin Andrews）、Pat Delgado 和Busty Taylor三个人策划和发起。我们之所以决定发起这个行动是想知道我们是否能有幸亲眼目睹麦田白鸦行动期间出现&quot; f=&quot;times organized monitoring the actions of the crop circles, I (Colin Andrews), Pat Delgado and Busty Taylor personal planning and launching of the reason why we decided to initiate this action would like to know if we are lucky enough to have witnessed Catcher white crow action occurred during &quot; title=&quot;次有组织的监测麦田圈的行动，由我（Colin Andrews）、Pat Delgado 和Busty Taylor三个人策划和发起。我们之所以决定发起这个行动是想知道我们是否能有幸亲眼目睹麦田白鸦行动期间出现&quot;&gt;times organized monitoring the actions of the crop circles, I (Colin Andrews), Pat Delgado and Busty Taylor personal planning and launching of the reason why we decided to initiate this action would like to know if we are lucky enough to have witnessed Catcher white crow action occurred during &lt;/span&gt;&lt;span d=&quot;在麦田上空的白光&quot; f=&quot;in the wheat fields over white
&quot; title=&quot;在麦田上空的白光&quot;&gt;in the wheat fields over white&lt;/span&gt;&lt;span d=&quot;圈的形成。&quot; f=&quot;Circle formation. &quot; title=&quot;圈的形成。&quot;&gt;Circle formation. &lt;/span&gt;&lt;span d=&quot;此次行动持续时间为10天。&quot; f=&quot;The operation duration of 10 days. &quot; title=&quot;此次行动持续时间为10天。&quot;&gt;The operation duration of 10 days. &lt;/span&gt;&lt;span d=&quot;我们有一辆箱式车，它作为指挥中心，停放在麦田附近的一个观察点。&quot; f=&quot;We have a box-type car, as the command center, parked in a wheat field near an observation point. &quot; title=&quot;我们有一辆箱式车，它作为指挥中心，停放在麦田附近的一个观察点。&quot;&gt;We have a box-type car, as the command center, parked in a wheat field near an observation point. &lt;/span&gt;&lt;span d=&quot;这辆车配有低亮度且高清晰的照相设备。&quot; f=&quot;Car with low brightness and high-definition photographic equipment. &quot; title=&quot;这辆车配有低亮度且高清晰的照相设备。&quot;&gt;Car with low brightness and high-definition photographic equipment. &lt;/span&gt;&lt;span d=&quot;我们的研究团队由25人组成。&quot; f=&quot;Our research team consists of 25 people. &quot; title=&quot;我们的研究团队由25人组成。&quot;&gt;Our research team consists of 25 people. &lt;/span&gt;&lt;span d=&quot;我们至少4个人一组，24小时不间断的观察麦田。&quot; f=&quot;At least four people in a group, the 24-hour observation Catcher. &quot; title=&quot;我们至少4个人一组，24小时不间断的观察麦田。&quot;&gt;At least four people in a group, the 24-hour observation Catcher. &lt;/span&gt;&lt;span d=&quot;尽管在附近地区曾经多次出现过麦田圈，但是在白鸦行动期间我们并没有捕捉到新形成的麦田圈。&quot; f=&quot;In the vicinity have repeatedly crop circles, but during the action of the white crow does not capture the new formation of crop circles. &quot; title=&quot;尽管在附近地区曾经多次出现过麦田圈，但是在白鸦行动期间我们并没有捕捉到新形成的麦田圈。&quot;&gt;In the vicinity have repeatedly crop circles, but during the action of the white crow does not capture the new formation of crop circles. &lt;/span&gt;&lt;span d=&quot;然而，在晚上麦田的上空我们却拍到了一些异常的亮光。&quot; f=&quot;However, over the wheat fields at night, but we take some exception light. &quot; title=&quot;然而，在晚上麦田的上空我们却拍到了一些异常的亮光。&quot;&gt;However, over the wheat fields at night, but we take some exception light. &lt;/span&gt;&lt;span d=&quot;这个亮光被白鸦行动的观察人员注视了几分钟。&quot; f=&quot;The light is white crow action observers watched for a few minutes. &quot; title=&quot;这个亮光被白鸦行动的观察人员注视了几分钟。&quot;&gt;The light is white crow action observers watched for a few minutes. &lt;/span&gt;&lt;span d=&quot;照片是由David Stuart 用高速的35mm胶片拍下的，这个亮光同时也被一个低亮度的照相机捕获到了。&quot; f=&quot;Photo by David Stuart with high-speed 35mm film photographed this light is also a low brightness camera capture to. &quot; title=&quot;照片是由David Stuart 用高速的35mm胶片拍下的，这个亮光同时也被一个低亮度的照相机捕获到了。&quot;&gt;Photo by David Stuart with high-speed 35mm film photographed this light is also a low brightness camera capture to. &lt;/span&gt;&lt;span d=&quot;今年是白鸦行动21周年，麦田圈之谜正吸引着更多的人加入到探寻真相的队伍中。&quot; f=&quot;This year is the 21 anniversary of the White Crow action, the mystery of the crop circles are attracting more people to join the team to search for the truth.
&quot; title=&quot;今年是白鸦行动21周年，麦田圈之谜正吸引着更多的人加入到探寻真相的队伍中。&quot;&gt;This year is the 21 anniversary of the White Crow action, the mystery of the crop circles are attracting more people to join the team to search for the truth.&lt;/span&gt;&lt;span d=&quot;高频辐射说&quot; f=&quot;High-frequency radiation said
&quot; title=&quot;高频辐射说&quot;&gt;High-frequency radiation said&lt;/span&gt;&lt;span d=&quot;俄地质协会成员斯米尔诺夫决意解开此谜。&quot; f=&quot;The Russian Geological Association members Smirnov is determined to unravel this mystery. &quot; title=&quot;俄地质协会成员斯米尔诺夫决意解开此谜。&quot;&gt;The Russian Geological Association members Smirnov is determined to unravel this mystery. &lt;/span&gt;&lt;span d=&quot;斯米尔诺夫从麦田里捡了一些荞麦秆，并把它们带回自己的实验室。&quot; f=&quot;Smirnov from Catcher in picking up some buckwheat stalks and put them back in their own laboratories. &quot; title=&quot;斯米尔诺夫从麦田里捡了一些荞麦秆，并把它们带回自己的实验室。&quot;&gt;Smirnov from Catcher in picking up some buckwheat stalks and put them back in their own laboratories. &lt;/span&gt;&lt;span d=&quot;他把荞麦秆放进微波炉里，然后加入一杯水，在600瓦的高频辐射下，经过12秒钟，荞麦秆发生了奇异的变化，所有试验的麦秆都在节瘤处发生了弯曲，&quot; f=&quot;Buckwheat stalk into the microwave oven, and then add a cup of water, 600-watt high-frequency radiation, after 12 seconds, buckwheat stalks strange change all test straw bending at the knots, &quot; title=&quot;他把荞麦秆放进微波炉里，然后加入一杯水，在600瓦的高频辐射下，经过12秒钟，荞麦秆发生了奇异的变化，所有试验的麦秆都在节瘤处发生了弯曲，&quot;&gt;Buckwheat stalk into the microwave oven, and then add a cup of water, 600-watt high-frequency radiation, after 12 seconds, buckwheat stalks strange change all test straw bending at the knots, &lt;/span&gt;&lt;span d=&quot;其形状与陶里亚蒂麦田里倒伏的麦秆完全一样。&quot; f=&quot;the fields of its shape pottery Liyadimai of lodging straw. &quot; title=&quot;其形状与陶里亚蒂麦田里倒伏的麦秆完全一样。&quot;&gt;the fields of its shape pottery Liyadimai of lodging straw. &lt;/span&gt;&lt;span d=&quot;斯米尔诺夫因此得出推断，陶里亚蒂的麦田一定是受到了高频辐射，但哪儿来的高频辐射呢？&quot; f=&quot;Smirnov therefore draw the inference, Togliatti wheat fields must be subject to high-frequency radiation, but where the high-frequency radiation? &quot; title=&quot;斯米尔诺夫因此得出推断，陶里亚蒂的麦田一定是受到了高频辐射，但哪儿来的高频辐射呢？&quot;&gt;Smirnov therefore draw the inference, Togliatti wheat fields must be subject to high-frequency radiation, but where the high-frequency radiation? &lt;/span&gt;&lt;span d=&quot;斯米尔诺夫认为，也许来自地球内部的磁场变化。&quot; f=&quot;Smirnov, perhaps from a change in the magnetic field of the Earth&#39;s interior. &quot; title=&quot;斯米尔诺夫认为，也许来自地球内部的磁场变化。&quot;&gt;Smirnov, perhaps from a change in the magnetic field of the Earth&#39;s interior. &lt;/span&gt;&lt;span d=&quot;个人制作的麦田圈&quot; f=&quot;Individuals making crop circles
&quot; title=&quot;个人制作的麦田圈&quot;&gt;Individuals making crop circles&lt;/span&gt;&lt;span d=&quot;俄电工学院的专家阿尔将耶夫的观点与斯米尔诺夫正好相反，他认为高频辐射来自闪电。&quot; f=&quot;The experts of the Russian Institute of Electrical Engineering Al Aliyev view and Smirnov opposite, he believes that the high-frequency radiation from lightning. &quot; title=&quot;俄电工学院的专家阿尔将耶夫的观点与斯米尔诺夫正好相反，他认为高频辐射来自闪电。&quot;&gt;The experts of the Russian Institute of Electrical Engineering Al Aliyev view and Smirnov opposite, he believes that the high-frequency radiation from lightning. &lt;/span&gt;&lt;span d=&quot;阿尔将耶夫称，高频辐射使草本植物发生规律性倒伏并不稀罕，50年前他们就在学院的草坪上干过这事。&quot; f=&quot;Al Aliyev said, the high-frequency radiation herb regularity lodging is not rare, 50 years ago, they have done this thing on the college lawn. &quot; title=&quot;阿尔将耶夫称，高频辐射使草本植物发生规律性倒伏并不稀罕，50年前他们就在学院的草坪上干过这事。&quot;&gt;Al Aliyev said, the high-frequency radiation herb regularity lodging is not rare, 50 years ago, they have done this thing on the college lawn. &lt;/span&gt;&lt;span d=&quot;当年，阿尔将耶夫与两名年轻的助手一起在学院的草坪上试验高频设备，当悬在草坪上的高压电缆被接通时，电缆下方的草坪立刻呈顺时针方向倒下，形成一个&quot; f=&quot;Year, Alcatel Aliyev together with two young assistants in the college lawn test frequency equipment, when the high-voltage cables hanging over the lawn when it is turned on, the cable beneath the lawn immediately was fall in a clockwise direction, forming a &quot; title=&quot;当年，阿尔将耶夫与两名年轻的助手一起在学院的草坪上试验高频设备，当悬在草坪上的高压电缆被接通时，电缆下方的草坪立刻呈顺时针方向倒下，形成一个&quot;&gt;Year, Alcatel Aliyev together with two young assistants in the college lawn test frequency equipment, when the high-voltage cables hanging over the lawn when it is turned on, the cable beneath the lawn immediately was fall in a clockwise direction, forming a &lt;/span&gt;&lt;span d=&quot;极其规律的圆圈。&quot; f=&quot;extremely regular circle. &quot; title=&quot;极其规律的圆圈。&quot;&gt;extremely regular circle. &lt;/span&gt;&lt;span d=&quot;阿尔将耶夫解释说，当电缆通电时，草坪被电磁化，此时的草坪相当于电机里的定子，而电缆是转子，在电磁扭力的作用下，草坪上的草便发生扭曲。&quot; f=&quot;Al Aliyev explained, when the cable is energized, the lawn is electromagnetic, and the lawn is equivalent to the stator in the motor, and the cable is the rotor, the effect of the electromagnetic torque, a lawn grass will be distorted. &quot; title=&quot;阿尔将耶夫解释说，当电缆通电时，草坪被电磁化，此时的草坪相当于电机里的定子，而电缆是转子，在电磁扭力的作用下，草坪上的草便发生扭曲。&quot;&gt;Al Aliyev explained, when the cable is energized, the lawn is electromagnetic, and the lawn is equivalent to the stator in the motor, and the cable is the rotor, the effect of the electromagnetic torque, a lawn grass will be distorted. &lt;/span&gt;&lt;span d=&quot;阿尔将耶夫认为，电缆所产生的电磁现象相当于人造闪电，而大自然的闪电更加奇妙，它会产生更加复杂的电磁场，因而也就可以画出更加奇妙的图案。&quot; f=&quot;Alcatel will Aliyev that the electromagnetic phenomena generated by the cable equivalent artificial lightning natural lightning is more wonderful, it will produce a more complex electromagnetic field and, therefore, can draw more wonderful patterns. &quot; title=&quot;阿尔将耶夫认为，电缆所产生的电磁现象相当于人造闪电，而大自然的闪电更加奇妙，它会产生更加复杂的电磁场，因而也就可以画出更加奇妙的图案。&quot;&gt;Alcatel will Aliyev that the electromagnetic phenomena generated by the cable equivalent artificial lightning natural lightning is more wonderful, it will produce a more complex electromagnetic field and, therefore, can draw more wonderful patterns. &lt;/span&gt;&lt;span d=&quot;关于麦圈这一神秘现象的形成，阿尔将耶夫与斯米尔诺夫两位学者的观点似乎都很有说服力，不过，就算麦圈是高频辐射现象所为，但两人都没有证实&quot; f=&quot;Formation about the mysterious phenomenon of crop circles, Alcatel Aliyev Smirnov two scholars view seemed convincing, however, even if the wheat circle the phenomenon of high-frequency radiation, but the two have not confirmed &quot; title=&quot;关于麦圈这一神秘现象的形成，阿尔将耶夫与斯米尔诺夫两位学者的观点似乎都很有说服力，不过，就算麦圈是高频辐射现象所为，但两人都没有证实&quot;&gt;Formation about the mysterious phenomenon of crop circles, Alcatel Aliyev Smirnov two scholars view seemed convincing, however, even if the wheat circle the phenomenon of high-frequency radiation, but the two have not confirmed &lt;/span&gt;&lt;span d=&quot;，高频辐射来自哪里，是地磁现象？&quot; f=&quot;, high-frequency radiation from geomagnetic phenomena? &quot; title=&quot;，高频辐射来自哪里，是地磁现象？&quot;&gt;, high-frequency radiation from geomagnetic phenomena? &lt;/span&gt;&lt;span d=&quot;还是天空闪电？&quot; f=&quot;Or sky lightning?
&quot; title=&quot;还是天空闪电？&quot;&gt;Or sky lightning?&lt;/span&gt;&lt;span d=&quot;其它猜想&quot; f=&quot;Other conjecture
&quot; title=&quot;其它猜想&quot;&gt;Other conjecture&lt;/span&gt;&lt;span d=&quot;1．&quot; f=&quot;1. &quot; title=&quot;1．&quot;&gt;1. &lt;/span&gt;&lt;span d=&quot;外太空粒子束或能量束击打造成。&quot; f=&quot;Outer space particle beam or energy beam hit caused. &quot; title=&quot;外太空粒子束或能量束击打造成。&quot;&gt;Outer space particle beam or energy beam hit caused. &lt;/span&gt;&lt;span d=&quot;大自然是鬼斧神工的最大制造者，在短时间内创造出如此大且规则的杰作而不被人察觉，人为制造的可能性非常低；另外怪圈出现在地球的能量带处且植物和土壤有明显&quot; f=&quot;Seven Wonders of Nature is the largest manufacturer, in a short period of time to create so much rules masterpiece without being aware of the possibility of artificially created very low; another vicious circle Earth at the energy band and the plants and soil &quot; title=&quot;大自然是鬼斧神工的最大制造者，在短时间内创造出如此大且规则的杰作而不被人察觉，人为制造的可能性非常低；另外怪圈出现在地球的能量带处且植物和土壤有明显&quot;&gt;Seven Wonders of Nature is the largest manufacturer, in a short period of time to create so much rules masterpiece without being aware of the possibility of artificially created very low; another vicious circle Earth at the energy band and the plants and soil &lt;/span&gt;&lt;span d=&quot;变异特征，可以判断绝不是机械手段造成的，而最大的可能性是受到外太空飞来的粒子束或射线束的击打造成的。&quot; f=&quot;variability characteristics can be judged is not caused by mechanical means, and the greatest possibility of hitting caused by outer space flying particle beam or ray beam. &quot; title=&quot;变异特征，可以判断绝不是机械手段造成的，而最大的可能性是受到外太空飞来的粒子束或射线束的击打造成的。&quot;&gt;variability characteristics can be judged is not caused by mechanical means, and the greatest possibility of hitting caused by outer space flying particle beam or ray beam. &lt;/span&gt;&lt;span d=&quot;综上，怪圈很有可能是来自外太空的能量束受到地球磁场的影响后发散击打造成的。&quot; f=&quot;In summary, the vicious circle is likely the divergence hit caused by the Earth&#39;s magnetic field energy beam from outer space.
&quot; title=&quot;综上，怪圈很有可能是来自外太空的能量束受到地球磁场的影响后发散击打造成的。&quot;&gt;In summary, the vicious circle is likely the divergence hit caused by the Earth&#39;s magnetic field energy beam from outer space.&lt;/span&gt;&lt;span d=&quot;2．&quot; f=&quot;2. &quot; title=&quot;2．&quot;&gt;2. &lt;/span&gt;&lt;span d=&quot;英国二战时期的文件认为，“麦田怪圈”是纳粹特工所为，据20日《每日快报》报道，遍布英国各地的神秘“麦田怪圈”神秘莫测，其成因至今仍是未解之谜，&quot; f=&quot;British World War II documents that &amp;quot;crop circles&amp;quot; as a Nazi agents across the UK over the mysterious &amp;quot;crop circles&amp;quot;, 20, &amp;quot;the Daily Express reported, mysterious, its causes is still an unsolved mystery, &quot; title=&quot;英国二战时期的文件认为，“麦田怪圈”是纳粹特工所为，据20日《每日快报》报道，遍布英国各地的神秘“麦田怪圈”神秘莫测，其成因至今仍是未解之谜，&quot;&gt;British World War II documents that &quot;crop circles&quot; as a Nazi agents across the UK over the mysterious &quot;crop circles&quot;, 20, &quot;the Daily Express reported, mysterious, its causes is still an unsolved mystery, &lt;/span&gt;&lt;span d=&quot;甚至有人认为它是外星人的杰作。&quot; f=&quot;Some people even think it is a masterpiece of aliens. &quot; title=&quot;甚至有人认为它是外星人的杰作。&quot;&gt;Some people even think it is a masterpiece of aliens. &lt;/span&gt;&lt;span d=&quot;但一批最新解密的军情五处(MI5）二战文件得出惊人观点：“麦田怪圈”最早是纳粹的秘密特工发明创造，其用意是为纳粹空军的轰炸机空投炸弹或者伞兵部队降落提供记号。&quot; f=&quot;The number of the latest decryption of Military Intelligence (MI5) World War II file draw amazing point of view: &amp;quot;Crop Circles&amp;quot; was first Nazi secret agents inventions, which is intended to provide for the bombers of the Luftwaffe aerial bombs or paratroopers landed mark. &quot; title=&quot;但一批最新解密的军情五处(MI5）二战文件得出惊人观点：“麦田怪圈”最早是纳粹的秘密特工发明创造，其用意是为纳粹空军的轰炸机空投炸弹或者伞兵部队降落提供记号。&quot;&gt;The number of the latest decryption of Military Intelligence (MI5) World War II file draw amazing point of view: &quot;Crop Circles&quot; was first Nazi secret agents inventions, which is intended to provide for the bombers of the Luftwaffe aerial bombs or paratroopers landed mark. &lt;/span&gt;&lt;span d=&quot;这一惊人密闻是从英国国家档案馆最新公布的一批军情五处（MI5)二战时期的文件中披露的。&quot; f=&quot;This amazing secret smell is disclosed in the documents of the Second World War from the British National Archives released the latest batch of the Security Service (MI5). &quot; title=&quot;这一惊人密闻是从英国国家档案馆最新公布的一批军情五处（MI5)二战时期的文件中披露的。&quot;&gt;This amazing secret smell is disclosed in the documents of the Second World War from the British National Archives released the latest batch of the Security Service (MI5). &lt;/span&gt;&lt;span d=&quot;该文件称，二战期间，英国南部麦田和玉米地里，开始出现大量来历不明的“地面标志”。&quot; f=&quot;The document said that during World War II, began a large number of unknown origin in the south of England, the wheat fields and corn, ground signs. &quot; title=&quot;该文件称，二战期间，英国南部麦田和玉米地里，开始出现大量来历不明的“地面标志”。&quot;&gt;The document said that during World War II, began a large number of unknown origin in the south of England, the wheat fields and corn, ground signs. &lt;/span&gt;&lt;span d=&quot;一份名为《地面标记调查案例》的文件显示，1940年5月，飞行员发现康沃尔郡北纽奎地面曾出现奇怪标记，并拍下照片。&quot; f=&quot;The report entitled &amp;quot;the ground markings survey Case files show that in May 1940, the pilot found that North Newquay, Cornwall, the ground had a strange mark, and photographed. &quot; title=&quot;一份名为《地面标记调查案例》的文件显示，1940年5月，飞行员发现康沃尔郡北纽奎地面曾出现奇怪标记，并拍下照片。&quot;&gt;The report entitled &quot;the ground markings survey Case files show that in May 1940, the pilot found that North Newquay, Cornwall, the ground had a strange mark, and photographed. &lt;/span&gt;&lt;span d=&quot;对照片研究后发现，那些标记是由农业用石灰按规律堆放而成。&quot; f=&quot;Photo study found that those marks are stacked according to the laws made by the agricultural lime. &quot; title=&quot;对照片研究后发现，那些标记是由农业用石灰按规律堆放而成。&quot;&gt;Photo study found that those marks are stacked according to the laws made by the agricultural lime. &lt;/span&gt;&lt;span d=&quot;1941年5月，蒙矛舍郡地区的玉米田中，出现一个不寻常的标记，大约30米长，好像是一个大写字母&#39;G&#39;。&quot; f=&quot;Scotia county region, Mongolia spear cornfield in May 1941, an unusual mark, about 30 meters long, like a capital letter &#39;G&#39;. &quot; title=&quot;1941年5月，蒙矛舍郡地区的玉米田中，出现一个不寻常的标记，大约30米长，好像是一个大写字母&#39;G&#39;。&quot;&gt;Scotia county region, Mongolia spear cornfield in May 1941, an unusual mark, about 30 meters long, like a capital letter &#39;G&#39;. &lt;/span&gt;&lt;span d=&quot;1943年10月，肯特郡附近，飞行员看到地面出现一个巨大白圈。&quot; f=&quot;In October 1943, near Kent, the pilot saw a huge white circle on the ground. &quot; title=&quot;1943年10月，肯特郡附近，飞行员看到地面出现一个巨大白圈。&quot;&gt;In October 1943, near Kent, the pilot saw a huge white circle on the ground. &lt;/span&gt;&lt;span d=&quot;据报道，这些来历不明的“地面标志”，让当时正处于战争中的英国情报部门如临大敌。&quot; f=&quot;According to reports, the &amp;quot;ground signs of unexplained, so that British intelligence in the war was in its guard. &quot; title=&quot;据报道，这些来历不明的“地面标志”，让当时正处于战争中的英国情报部门如临大敌。&quot;&gt;According to reports, the &quot;ground signs of unexplained, so that British intelligence in the war was in its guard. &lt;/span&gt;&lt;span d=&quot;公布的文件称，1941年当大卫·佩特里被任命为MI5主管之后，他奉命对此进行调查。&quot; f=&quot;The documents released, said David Petrie was appointed MI5 competent in 1941, when he was ordered to investigate. &quot; title=&quot;公布的文件称，1941年当大卫·佩特里被任命为MI5主管之后，他奉命对此进行调查。&quot;&gt;The documents released, said David Petrie was appointed MI5 competent in 1941, when he was ordered to investigate. &lt;/span&gt;&lt;span d=&quot;据称，为了查明真相，MI5不仅暗访了多名英国各地农夫和空军官员，而且与各盟国密切合作调查。&quot; f=&quot;Allegedly, in order to find out the truth, MI5 not only make unannounced visits to a number of the UK over the farmer and Air Force officials, and close cooperation with allies investigation. &quot; title=&quot;据称，为了查明真相，MI5不仅暗访了多名英国各地农夫和空军官员，而且与各盟国密切合作调查。&quot;&gt;Allegedly, in order to find out the truth, MI5 not only make unannounced visits to a number of the UK over the farmer and Air Force officials, and close cooperation with allies investigation. &lt;/span&gt;&lt;span d=&quot;令MI5震惊的是，几乎与此同时，在欧洲各地也陆续出现了类似神秘标志。&quot; f=&quot;MI5 shocked, almost at the same time, all over Europe, emerging like mysterious signs. &quot; title=&quot;令MI5震惊的是，几乎与此同时，在欧洲各地也陆续出现了类似神秘标志。&quot;&gt;MI5 shocked, almost at the same time, all over Europe, emerging like mysterious signs. &lt;/span&gt;&lt;span d=&quot;文件写道：“波兰、荷兰、法国和比利时都不断有报告称，当地发现了奇怪标记——如涂刷特别颜色的屋顶，白色烟囱，或者是将亚麻布拼出特别的图案等。”最&quot; f=&quot;File writes: &amp;quot;Poland, the Netherlands, France and Belgium are continuing reports that local found a strange mark - such as brushing the roof of the special color, white chimney or linen spell out a special pattern.&amp;quot; The most &quot; title=&quot;文件写道：“波兰、荷兰、法国和比利时都不断有报告称，当地发现了奇怪标记——如涂刷特别颜色的屋顶，白色烟囱，或者是将亚麻布拼出特别的图案等。”最&quot;&gt;File writes: &quot;Poland, the Netherlands, France and Belgium are continuing reports that local found a strange mark - such as brushing the roof of the special color, white chimney or linen spell out a special pattern.&quot; The most &lt;/span&gt;&lt;span d=&quot;令MI5调查者震惊的是波兰盟军提供的情况，据称，波兰曾出现过一大片“直径大约20米”的被割倒的玉米田。&quot; f=&quot;MI5 investigators shocked Poland Allied, said that there had been a large Polish &amp;quot;about 20 meters in diameter,&amp;quot; cut down cornfield. &quot; title=&quot;令MI5调查者震惊的是波兰盟军提供的情况，据称，波兰曾出现过一大片“直径大约20米”的被割倒的玉米田。&quot;&gt;MI5 investigators shocked Poland Allied, said that there had been a large Polish &quot;about 20 meters in diameter,&quot; cut down cornfield. &lt;/span&gt;&lt;span d=&quot;解密文件显示，缜密调查之后，MI5终于得出结论：这些出现在英国和欧洲各地的所谓的“麦田怪圈”，是纳粹秘密特工的“杰作”。&quot; f=&quot;The declassified documents show that, after careful investigation, MI5 finally concluded: These appear in the UK and across Europe, the so-called &amp;quot;crop circles&amp;quot;, &amp;quot;masterpiece&amp;quot; of the Nazi secret agents. &quot; title=&quot;解密文件显示，缜密调查之后，MI5终于得出结论：这些出现在英国和欧洲各地的所谓的“麦田怪圈”，是纳粹秘密特工的“杰作”。&quot;&gt;The declassified documents show that, after careful investigation, MI5 finally concluded: These appear in the UK and across Europe, the so-called &quot;crop circles&quot;, &quot;masterpiece&quot; of the Nazi secret agents. &lt;/span&gt;&lt;span d=&quot;它们很可能是纳粹德军互相联系的方式，用来为轰炸机和伞兵部队导航。&quot; f=&quot;Them is likely to be the Nazi Germans interrelated way, used as bombers and paratroopers navigation. &quot; title=&quot;它们很可能是纳粹德军互相联系的方式，用来为轰炸机和伞兵部队导航。&quot;&gt;Them is likely to be the Nazi Germans interrelated way, used as bombers and paratroopers navigation. &lt;/span&gt;&lt;span d=&quot;文件称：“&#39;麦田怪圈&#39;中很可能隐藏着某种加密的特殊信息，而且很容易从空中观察到，而这正是纳粹将之作为联络工具的重要原因。”编辑本段主要特征⑴ 圆圈&quot; f=&quot;The document said: &#39;Crop Circles&#39; is likely hidden in an encrypted information, and easily observed from the air, which is what the Nazis as a communication tool important reason. &amp;quot;Edit the main features of this paragraph (1) circle &quot; title=&quot;文件称：“&#39;麦田怪圈&#39;中很可能隐藏着某种加密的特殊信息，而且很容易从空中观察到，而这正是纳粹将之作为联络工具的重要原因。”编辑本段主要特征⑴ 圆圈&quot;&gt;The document said: &#39;Crop Circles&#39; is likely hidden in an encrypted information, and easily observed from the air, which is what the Nazis as a communication tool important reason. &quot;Edit the main features of this paragraph (1) circle &lt;/span&gt;&lt;span d=&quot;多数形成于晚上，通常是子夜至凌晨四时，形成速度惊人。&quot; f=&quot;majority formed in the night, usually midnight to 4 am, forming at an alarming rate. &quot; title=&quot;多数形成于晚上，通常是子夜至凌晨四时，形成速度惊人。&quot;&gt;majority formed in the night, usually midnight to 4 am, forming at an alarming rate. &lt;/span&gt;&lt;span d=&quot;麦田附近找不到任何人、动物或机械留下的痕迹，没人亲眼目睹到圆圈图案的产生过程。&quot; f=&quot;Catcher the near not find any traces left by people, animals or machinery, no one witnessed the circle pattern generation process. &quot; title=&quot;麦田附近找不到任何人、动物或机械留下的痕迹，没人亲眼目睹到圆圈图案的产生过程。&quot;&gt;Catcher the near not find any traces left by people, animals or machinery, no one witnessed the circle pattern generation process. &lt;/span&gt;&lt;span d=&quot;动物远离现场，麦田圈出现前举止失常。&quot; f=&quot;Animals away from the scene, crop circles appear disoriented behavior. &quot; title=&quot;动物远离现场，麦田圈出现前举止失常。&quot;&gt;Animals away from the scene, crop circles appear disoriented behavior. &lt;/span&gt;&lt;span d=&quot;⑵ 在麦田圈附近常出现不明亮点或异常声响。&quot; f=&quot;⑵ near the crop circles often appear the unknown bright or abnormal sound. &quot; title=&quot;⑵ 在麦田圈附近常出现不明亮点或异常声响。&quot;&gt;⑵ near the crop circles often appear the unknown bright or abnormal sound. &lt;/span&gt;&lt;span d=&quot;⑶ 图形以绝对精确的计算绘画， 常套用极复杂的几何图形，或进行黄金分割。&quot; f=&quot;⑶ graphics absolutely accurate calculation painting, often apply a very complex geometry, or golden section. &quot; title=&quot;⑶ 图形以绝对精确的计算绘画， 常套用极复杂的几何图形，或进行黄金分割。&quot;&gt;⑶ graphics absolutely accurate calculation painting, often apply a very complex geometry, or golden section. &lt;/span&gt;&lt;span d=&quot;最大跨度的麦田圈达180多米，比足球场还大。&quot; f=&quot;Crop circles span of over 180 meters, bigger than a football field. &quot; title=&quot;最大跨度的麦田圈达180多米，比足球场还大。&quot;&gt;Crop circles span of over 180 meters, bigger than a football field. &lt;/span&gt;&lt;span d=&quot;最复杂的麦田圆圈共有400多个圆，被称为“麦田圈之母” 麦田圈之母&quot; f=&quot;The most complex crop circle a total of more than 400 yen, which is known as the mother of the mother of the crop circles crop circles
&quot; title=&quot;最复杂的麦田圆圈共有400多个圆，被称为“麦田圈之母” 麦田圈之母&quot;&gt;The most complex crop circle a total of more than 400 yen, which is known as the mother of the mother of the crop circles crop circles&lt;/span&gt;&lt;span d=&quot;⑷ 农作物依一定方向倾倒，成规则状的螺旋或直线状，有时分层编织，最多可达五层，但每棵作物仍像精致安排一般秩序井然。&quot; f=&quot;⑷ crops according to a certain direction, dumping rules like a spiral or straight, sometimes layered weaving, and up to five layers, but each of them the crop still like exquisite arrangements generally orderly. &quot; title=&quot;⑷ 农作物依一定方向倾倒，成规则状的螺旋或直线状，有时分层编织，最多可达五层，但每棵作物仍像精致安排一般秩序井然。&quot;&gt;⑷ crops according to a certain direction, dumping rules like a spiral or straight, sometimes layered weaving, and up to five layers, but each of them the crop still like exquisite arrangements generally orderly. &lt;/span&gt;&lt;span d=&quot;⑸ 秆身加粗并向外延伸，秆内有小洞，胚芽变形，与人折断或踩到的麦子明显不同。&quot; f=&quot;Body bold ⑸ stalk of wheat and extends outward, stalk puncture deformation germ broken or stepped on, and people are obviously different. &quot; title=&quot;⑸ 秆身加粗并向外延伸，秆内有小洞，胚芽变形，与人折断或踩到的麦子明显不同。&quot;&gt;Body bold ⑸ stalk of wheat and extends outward, stalk puncture deformation germ broken or stepped on, and people are obviously different. &lt;/span&gt;&lt;span d=&quot;⑹ 麦秆弯曲位置的炭分子结构受电磁场影响而异常，但竟然能继续正常生长。&quot; f=&quot;⑹ the straw bent position carbon molecular structure by magnetic fields affect abnormal, but turned out to be able to continue normal growth. &quot; title=&quot;⑹ 麦秆弯曲位置的炭分子结构受电磁场影响而异常，但竟然能继续正常生长。&quot;&gt;⑹ the straw bent position carbon molecular structure by magnetic fields affect abnormal, but turned out to be able to continue normal growth. &lt;/span&gt;&lt;span d=&quot;生长的速度比没有压倒的小麦快。&quot; f=&quot;The growth rate is faster than the wheat does not overwhelm. &quot; title=&quot;生长的速度比没有压倒的小麦快。&quot;&gt;The growth rate is faster than the wheat does not overwhelm. &lt;/span&gt;&lt;span d=&quot;开花期的作物如果形成麦田圈，不会结种子。&quot; f=&quot;Flowering period of the crop, if the formation of crop circles, not seed. &quot; title=&quot;开花期的作物如果形成麦田圈，不会结种子。&quot;&gt;Flowering period of the crop, if the formation of crop circles, not seed. &lt;/span&gt;&lt;span d=&quot;成熟期的麦子形成的麦田圈，会因发生变异而使果实变小。&quot; f=&quot;Mature wheat crop circles formed, leaving the fruit mutate smaller. &quot; title=&quot;成熟期的麦子形成的麦田圈，会因发生变异而使果实变小。&quot;&gt;Mature wheat crop circles formed, leaving the fruit mutate smaller. &lt;/span&gt;&lt;span d=&quot;⑺ 圈内像烘干的泥土内含有非天然放射性同位数的微量辐射，辐射增强三倍。&quot; f=&quot;⑺ circle like drying mud containing non-natural radioactive isotopes of trace amounts of radiation, radiation-enhanced three times. &quot; title=&quot;⑺ 圈内像烘干的泥土内含有非天然放射性同位数的微量辐射，辐射增强三倍。&quot;&gt;⑺ circle like drying mud containing non-natural radioactive isotopes of trace amounts of radiation, radiation-enhanced three times. &lt;/span&gt;&lt;span d=&quot;⑻ 麦田圈中的土壤里有许多磁性小粒多为10~50微米直径的磁性微粒，而且只有在显微镜下才能看到。&quot; f=&quot;Soil ⑻ crop circles have the many magnetic PELLETS multiple magnetic fine particles of 10 to 50 microns in diameter, but only under a microscope to see. &quot; title=&quot;⑻ 麦田圈中的土壤里有许多磁性小粒多为10~50微米直径的磁性微粒，而且只有在显微镜下才能看到。&quot;&gt;Soil ⑻ crop circles have the many magnetic PELLETS multiple magnetic fine particles of 10 to 50 microns in diameter, but only under a microscope to see. &lt;/span&gt;&lt;span d=&quot;⑼ 图形内外的红外线增强。&quot; f=&quot;IR Blaster ⑼ graphics inside and outside. &quot; title=&quot;⑼ 图形内外的红外线增强。&quot;&gt;IR Blaster ⑼ graphics inside and outside. &lt;/span&gt;&lt;span d=&quot;⑽ 大多在地球磁场能量带出现。&quot; f=&quot;⑽ mostly in the Earth&#39;s magnetic field energy bands. &quot; title=&quot;⑽ 大多在地球磁场能量带出现。&quot;&gt;⑽ mostly in the Earth&#39;s magnetic field energy bands. &lt;/span&gt;&lt;span d=&quot;电磁场减弱，指南针，电话，电池，相机，汽车甚至发电站失常。&quot; f=&quot;Electromagnetic field weakened, compass, phone, battery, camera, car and even power stations disorders. &quot; title=&quot;电磁场减弱，指南针，电话，电池，相机，汽车甚至发电站失常。&quot;&gt;Electromagnetic field weakened, compass, phone, battery, camera, car and even power stations disorders. &lt;/span&gt;&lt;span d=&quot;编辑本段历史资料最早的麦田怪圈是1647年在英格兰被发现的，当时人们也不知道这是怎么一回事，并在怪圈中做了一副雕刻。&quot; f=&quot;Edit this paragraph history data of the first crop circles found in England in 1647, when people do not know this is how it is, and do a carving in the vicious circle. &quot; title=&quot;编辑本段历史资料最早的麦田怪圈是1647年在英格兰被发现的，当时人们也不知道这是怎么一回事，并在怪圈中做了一副雕刻。&quot;&gt;Edit this paragraph history data of the first crop circles found in England in 1647, when people do not know this is how it is, and do a carving in the vicious circle. &lt;/span&gt;&lt;span d=&quot;这副雕刻是当时人们对麦田怪圈成因的推测，当时的麦田圈是呈逆时针方向的。&quot; f=&quot;Pair of carved when people speculate on the causes of crop circles, crop circles at the time was counterclockwise. &quot; title=&quot;这副雕刻是当时人们对麦田怪圈成因的推测，当时的麦田圈是呈逆时针方向的。&quot;&gt;Pair of carved when people speculate on the causes of crop circles, crop circles at the time was counterclockwise. &lt;/span&gt;&lt;span d=&quot;麦田怪圈常常在春天和夏天出现，遍及全世界，美国、澳大利亚、欧洲、南美、亚洲，无处不在。&quot; f=&quot;Crop circles appear often in the spring and summer, and throughout the world, the United States, Australia, Europe, South America, Asia, everywhere. &quot; title=&quot;麦田怪圈常常在春天和夏天出现，遍及全世界，美国、澳大利亚、欧洲、南美、亚洲，无处不在。&quot;&gt;Crop circles appear often in the spring and summer, and throughout the world, the United States, Australia, Europe, South America, Asia, everywhere. &lt;/span&gt;&lt;span d=&quot;事实上，世界上只有南非一个国家没有麦田圈[1]。&quot; f=&quot;In fact, only South Africa, a country in the world, there is no crop circles [1]. &quot; title=&quot;事实上，世界上只有南非一个国家没有麦田圈[1]。&quot;&gt;In fact, only South Africa, a country in the world, there is no crop circles [1]. &lt;/span&gt;&lt;span d=&quot;截至目前，全世界每年大约要出现250个麦田怪圈，图案也各有不同。&quot; f=&quot;Up to now, the world each year about 250 crop circles, the pattern is different. &quot; title=&quot;截至目前，全世界每年大约要出现250个麦田怪圈，图案也各有不同。&quot;&gt;Up to now, the world each year about 250 crop circles, the pattern is different. &lt;/span&gt;&lt;span d=&quot;发现最早的麦田怪圈插图见于1678年的古书。&quot; f=&quot;Illustration old books found in 1678 found that the first crop circles. &quot; title=&quot;发现最早的麦田怪圈插图见于1678年的古书。&quot;&gt;Illustration old books found in 1678 found that the first crop circles. &lt;/span&gt;&lt;span d=&quot;《割麦的魔鬼》画中一个恶魔手持镰刀在麦田里做圆形的图，此图作为17世纪就存在怪圈的证据。&quot; f=&quot;Reaper devil painting a devil handheld sickle Catcher in round figures, as the 17th century, there is evidence of the vicious circle of this diagram. &quot; title=&quot;《割麦的魔鬼》画中一个恶魔手持镰刀在麦田里做圆形的图，此图作为17世纪就存在怪圈的证据。&quot;&gt;Reaper devil painting a devil handheld sickle Catcher in round figures, as the 17th century, there is evidence of the vicious circle of this diagram. &lt;/span&gt;&lt;span d=&quot;不过插图显示魔鬼并没有让麦子弯折，而是割掉所以跟麦圈又有点不同。&quot; f=&quot;But illustrations show the devil does not let the wheat bent, but cut off a little bit different with crop circles. &quot; title=&quot;不过插图显示魔鬼并没有让麦子弯折，而是割掉所以跟麦圈又有点不同。&quot;&gt;But illustrations show the devil does not let the wheat bent, but cut off a little bit different with crop circles. &lt;/span&gt;&lt;span d=&quot;自从20世纪80年代初期以来，已经有2000多个这种圆圈出现在世界各地的农田里，使科学家和大批自命为农田怪圈专家的人大惑不解。&quot; f=&quot;Since the early 1980s, there have been more than 2000 of this circle appears in the farmland around the world, so that scientists and a large number of self-proclaimed farmland vicious circle of experts puzzled. &quot; title=&quot;自从20世纪80年代初期以来，已经有2000多个这种圆圈出现在世界各地的农田里，使科学家和大批自命为农田怪圈专家的人大惑不解。&quot;&gt;Since the early 1980s, there have been more than 2000 of this circle appears in the farmland around the world, so that scientists and a large number of self-proclaimed farmland vicious circle of experts puzzled. &lt;/span&gt;&lt;span d=&quot;起先这些圆圈几乎只在英国威德郡和汉普郡出现，但近年来，在英国许多地区以及加拿大、日本等十多个国家，也有人发现这种圆圈。&quot; f=&quot;At first these circles almost exclusively in British Wade County and Hampshire, but in recent years, many regions in the United Kingdom as well as Canada, Japan, more than a dozen countries, some people find this circle. &quot; title=&quot;起先这些圆圈几乎只在英国威德郡和汉普郡出现，但近年来，在英国许多地区以及加拿大、日本等十多个国家，也有人发现这种圆圈。&quot;&gt;At first these circles almost exclusively in British Wade County and Hampshire, but in recent years, many regions in the United Kingdom as well as Canada, Japan, more than a dozen countries, some people find this circle. &lt;/span&gt;&lt;span d=&quot;这种圆圈越来越大，也越来越复杂，渐渐演变成为几何图形，被英国某些天体物理学家称之为“外星人给地球人送来的象形字”，例如：1990年5&quot; f=&quot;This circle is growing more and more complex, and gradually evolved into the geometry, the British astrophysicist called &amp;quot;alien sent to earth person pictograph&amp;quot;, for example: May 1990 &quot; title=&quot;这种圆圈越来越大，也越来越复杂，渐渐演变成为几何图形，被英国某些天体物理学家称之为“外星人给地球人送来的象形字”，例如：1990年5&quot;&gt;This circle is growing more and more complex, and gradually evolved into the geometry, the British astrophysicist called &quot;alien sent to earth person pictograph&quot;, for example: May 1990 &lt;/span&gt;&lt;span d=&quot;月，英国汉普郡艾斯顿镇的一块麦田上出现了一个直径20米的圆圈，圈中的小麦形成顺时针方向的螺旋图案。&quot; f=&quot;month, Hampshire, UK Ashton town a wheat field on a circle 20 meters in diameter, the circle of wheat a clockwise spiral pattern. &quot; title=&quot;月，英国汉普郡艾斯顿镇的一块麦田上出现了一个直径20米的圆圈，圈中的小麦形成顺时针方向的螺旋图案。&quot;&gt;month, Hampshire, UK Ashton town a wheat field on a circle 20 meters in diameter, the circle of wheat a clockwise spiral pattern. &lt;/span&gt;&lt;span d=&quot;在它的周围另有4个直径6米的“卫星”圆圈，但圈中的螺旋形是反时针方向的。&quot; f=&quot;It around six meters in diameter and four &amp;quot;satellite&amp;quot; circle spiral circle counterclockwise direction. &quot; title=&quot;在它的周围另有4个直径6米的“卫星”圆圈，但圈中的螺旋形是反时针方向的。&quot;&gt;It around six meters in diameter and four &quot;satellite&quot; circle spiral circle counterclockwise direction. &lt;/span&gt;&lt;span d=&quot;1991年7 月17日，英国一名直升飞机驾驶员飞越史温顿市附近的巴布里城堡下的麦田时，赫然发现麦田上有个等边三角形，三角形内有个双边大圈，另外&quot; f=&quot;July 17th, 1991, a British helicopter pilots flying over the wheat fields in Swinton near Babri Castle, was surprised to find a equilateral triangle on the wheat fields, bilateral large circle within the triangle, the other &quot; title=&quot;1991年7 月17日，英国一名直升飞机驾驶员飞越史温顿市附近的巴布里城堡下的麦田时，赫然发现麦田上有个等边三角形，三角形内有个双边大圈，另外&quot;&gt;July 17th, 1991, a British helicopter pilots flying over the wheat fields in Swinton near Babri Castle, was surprised to find a equilateral triangle on the wheat fields, bilateral large circle within the triangle, the other &lt;/span&gt;&lt;span d=&quot;每一个角上又各有一个小圈。&quot; f=&quot;every corner, each with a small circle. &quot; title=&quot;每一个角上又各有一个小圈。&quot;&gt;every corner, each with a small circle. &lt;/span&gt;&lt;span d=&quot;1991年7 月30日，威德郡洛克列治镇附近一片农田出现了一个怪异的鱼形图案，在接着的一个月内，另有7个类似的图案在该区出现。&quot; f=&quot;July 30, 1991, the Wade County Locke Proscar town near a farmland there has been a weird fish-shaped pattern, and another seven similar pattern appears in the area within the next month. &quot; title=&quot;1991年7 月30日，威德郡洛克列治镇附近一片农田出现了一个怪异的鱼形图案，在接着的一个月内，另有7个类似的图案在该区出现。&quot;&gt;July 30, 1991, the Wade County Locke Proscar town near a farmland there has been a weird fish-shaped pattern, and another seven similar pattern appears in the area within the next month. &lt;/span&gt;&lt;span d=&quot;可是，最令世人感到震惊的，莫过于1990年7 月12日在英国威德郡的一个名叫阿尔顿巴尼斯小村庄发现的农田怪圈了。&quot; f=&quot;However, most of the world was shocked is found on July 12, 1990 in the British Wade County 名叫阿尔顿巴 Nice small village farmland vicious circle. &quot; title=&quot;可是，最令世人感到震惊的，莫过于1990年7 月12日在英国威德郡的一个名叫阿尔顿巴尼斯小村庄发现的农田怪圈了。&quot;&gt;However, most of the world was shocked is found on July 12, 1990 in the British Wade County 名叫阿尔顿巴 Nice small village farmland vicious circle. &lt;/span&gt;&lt;span d=&quot;有1 万多人参观了这个农田怪圈，其中包括多名科学家。&quot; f=&quot;10,000 people visited the farmland vicious circle, including a number of scientists. &quot; title=&quot;有1 万多人参观了这个农田怪圈，其中包括多名科学家。&quot;&gt;10,000 people visited the farmland vicious circle, including a number of scientists. &lt;/span&gt;&lt;span d=&quot;这个巨大图形长120 米，由圆圈和爪状附属图形组成，几名天体物理学家参观后发表了自己的感想，他们认为：这个怪圈绝对不是人为的，很可能是来自天外的信息。&quot; f=&quot;This huge graphic is 120 meters long, by a subsidiary of the circle and claw-like graphics, several astrophysicist visited published their own feelings, they think: this cycle is definitely not man-made, is likely to be from outer space. &quot; title=&quot;这个巨大图形长120 米，由圆圈和爪状附属图形组成，几名天体物理学家参观后发表了自己的感想，他们认为：这个怪圈绝对不是人为的，很可能是来自天外的信息。&quot;&gt;This huge graphic is 120 meters long, by a subsidiary of the circle and claw-like graphics, several astrophysicist visited published their own feelings, they think: this cycle is definitely not man-made, is likely to be from outer space. &lt;/span&gt;&lt;span d=&quot;见过UFO照片的科学家认为，小麦倒地的螺旋图案很像是由UFO滚过而形成的。&quot; f=&quot;Seen a UFO photos scientists think that the spiral pattern of wheat fell to the ground like rolling across formed by a UFO. &quot; title=&quot;见过UFO照片的科学家认为，小麦倒地的螺旋图案很像是由UFO滚过而形成的。&quot;&gt;Seen a UFO photos scientists think that the spiral pattern of wheat fell to the ground like rolling across formed by a UFO. &lt;/span&gt;&lt;span d=&quot;1991年6月4日，以迈克·卡利和大卫·摩根斯敦为首的6 名科学家守候在英国威德郡迪韦塞斯镇附近的摩根山的山顶上的指挥站里，注视着一排&quot; f=&quot;June 4, 1991, six scientists, led by Mike Cali and David Morgan Johnstown command station waiting in the top of the hill of the the British Weed the county Diweisesi town near Morgan Hill, watching a row &quot; title=&quot;1991年6月4日，以迈克·卡利和大卫·摩根斯敦为首的6 名科学家守候在英国威德郡迪韦塞斯镇附近的摩根山的山顶上的指挥站里，注视着一排&quot;&gt;June 4, 1991, six scientists, led by Mike Cali and David Morgan Johnstown command station waiting in the top of the hill of the the British Weed the county Diweisesi town near Morgan Hill, watching a row &lt;/span&gt;&lt;span d=&quot;电视屏幕，满怀期望地希望能记录到一个从未有人记录到的过程：农田怪圈的形成经过。&quot; f=&quot;TV screen, hoping to record a process has never been recorded to great expectations: After the formation of the farmland vicious circle. &quot; title=&quot;电视屏幕，满怀期望地希望能记录到一个从未有人记录到的过程：农田怪圈的形成经过。&quot;&gt;TV screen, hoping to record a process has never been recorded to great expectations: After the formation of the farmland vicious circle. &lt;/span&gt;&lt;span d=&quot;他们这个探测队装备了总值达10万英镑的高科技夜间观察仪器、录像机以及定向传声器。&quot; f=&quot;The probe team is equipped with £ 100,000 worth of high-tech night observation equipment, video recorders, and a directional microphone. &quot; title=&quot;他们这个探测队装备了总值达10万英镑的高科技夜间观察仪器、录像机以及定向传声器。&quot;&gt;The probe team is equipped with £ 100,000 worth of high-tech night observation equipment, video recorders, and a directional microphone. &lt;/span&gt;&lt;span d=&quot;他们那具装在21米长支臂上的“天杆式”电视摄影机，使他们可以有广阔的视野。&quot; f=&quot;Them with an arm of the 21-meter-long &amp;quot;days Leveraged television cameras, so they can have a broad perspective. &quot; title=&quot;他们那具装在21米长支臂上的“天杆式”电视摄影机，使他们可以有广阔的视野。&quot;&gt;Them with an arm of the 21-meter-long &quot;days Leveraged television cameras, so they can have a broad perspective. &lt;/span&gt;&lt;span d=&quot;他们之所以选择侦察这个地区，是因为这一带早已成为其他研究农田怪圈人员的研究对象，仅仅几个月内，这一带就频繁出现了十几个大小不一的农田怪圈，引起了研究人员的&quot; f=&quot;They chose to scout the area, because this area has become the object of study of other research staff of farmland vicious circle, within just a few months, the band frequently appeared farmland vicious circle of more than a dozen different sizes, causing researchers &quot; title=&quot;他们之所以选择侦察这个地区，是因为这一带早已成为其他研究农田怪圈人员的研究对象，仅仅几个月内，这一带就频繁出现了十几个大小不一的农田怪圈，引起了研究人员的&quot;&gt;They chose to scout the area, because this area has become the object of study of other research staff of farmland vicious circle, within just a few months, the band frequently appeared farmland vicious circle of more than a dozen different sizes, causing researchers &lt;/span&gt;&lt;span d=&quot;浓厚兴趣。&quot; f=&quot;interest. &quot; title=&quot;浓厚兴趣。&quot;&gt;interest. &lt;/span&gt;&lt;span d=&quot;他们等待了20多天，屏幕上什么不寻常的东西都没有看到，到了6 月29日清晨，一团浓雾降落在研究人员正在监视的那片麦田的正上方。&quot; f=&quot;They are waiting for more than 20 days, the screen What unusual thing did not see, in the early morning hours of June 29, a group of researchers are monitoring that wheat just above fog landing in. &quot; title=&quot;他们等待了20多天，屏幕上什么不寻常的东西都没有看到，到了6 月29日清晨，一团浓雾降落在研究人员正在监视的那片麦田的正上方。&quot;&gt;They are waiting for more than 20 days, the screen What unusual thing did not see, in the early morning hours of June 29, a group of researchers are monitoring that wheat just above fog landing in. &lt;/span&gt;&lt;span d=&quot;他们虽然看不见雾里有什么，但却继续让摄影机开动。&quot; f=&quot;Although invisible mist, but continue to let the camera is switched on. &quot; title=&quot;他们虽然看不见雾里有什么，但却继续让摄影机开动。&quot;&gt;Although invisible mist, but continue to let the camera is switched on. &lt;/span&gt;&lt;span d=&quot;到了早上6点钟，雾开始消散，麦田上赫然出现了两个奇异的圆圈。&quot; f=&quot;6 o&#39;clock in the morning, the fog began to dissipate, the two singular circle out there in the wheat fields. &quot; title=&quot;到了早上6点钟，雾开始消散，麦田上赫然出现了两个奇异的圆圈。&quot;&gt;6 o&#39;clock in the morning, the fog began to dissipate, the two singular circle out there in the wheat fields. &lt;/span&gt;&lt;span d=&quot;6位研究人员大为惊愕，立即跑下山来仔细观察，发现在两个圆圈里面的小麦完全被压平了，并且成为完全顺时针方向的旋涡形状。&quot; f=&quot;The six researchers amazed, immediately ran down the mountain to look closely, found wheat in two circles inside completely flatten and become fully clockwise vortex shape. &quot; title=&quot;6位研究人员大为惊愕，立即跑下山来仔细观察，发现在两个圆圈里面的小麦完全被压平了，并且成为完全顺时针方向的旋涡形状。&quot;&gt;The six researchers amazed, immediately ran down the mountain to look closely, found wheat in two circles inside completely flatten and become fully clockwise vortex shape. &lt;/span&gt;&lt;span d=&quot;麦秆虽然弯了，但没有折断，圆圈外的小麦则丝毫未受影响。&quot; f=&quot;The straw bent, but not broken, outside the circle of wheat slightest unaffected. &quot; title=&quot;麦秆虽然弯了，但没有折断，圆圈外的小麦则丝毫未受影响。&quot;&gt;The straw bent, but not broken, outside the circle of wheat slightest unaffected. &lt;/span&gt;&lt;span d=&quot;为了防止有人来弄虚作假，探测队已在麦田的边缘藏了几具超敏感的动作探测器。&quot; f=&quot;In order to prevent someone trickery, the probe team has possession on the edge of a wheat field with ultra-sensitive motion detectors. &quot; title=&quot;为了防止有人来弄虚作假，探测队已在麦田的边缘藏了几具超敏感的动作探测器。&quot;&gt;In order to prevent someone trickery, the probe team has possession on the edge of a wheat field with ultra-sensitive motion detectors. &lt;/span&gt;&lt;span d=&quot;任何东西一经过它们的红外线，都会触动警报器，但是警报器整夜都没有响过。&quot; f=&quot;Anything after their infrared one, will touch the alarm, but the sirens all night have not rung. &quot; title=&quot;任何东西一经过它们的红外线，都会触动警报器，但是警报器整夜都没有响过。&quot;&gt;Anything after their infrared one, will touch the alarm, but the sirens all night have not rung. &lt;/span&gt;&lt;span d=&quot;在麦田泥泞的地上，没有任何能显示曾有人进入麦田的迹象。&quot; f=&quot;No There have been signs of entering the Catcher in the wheat fields muddy ground. &quot; title=&quot;在麦田泥泞的地上，没有任何能显示曾有人进入麦田的迹象。&quot;&gt;No There have been signs of entering the Catcher in the wheat fields muddy ground. &lt;/span&gt;&lt;span d=&quot;录像带和录音带没有录到任何线索，那两个圆圈似乎来历不明。&quot; f=&quot;Audio and video tapes did not record any clues, the two circles seems dubious origin. &quot; title=&quot;录像带和录音带没有录到任何线索，那两个圆圈似乎来历不明。&quot;&gt;Audio and video tapes did not record any clues, the two circles seems dubious origin. &lt;/span&gt;&lt;span d=&quot;帕特·德尔加多是一位气象学家和地质学家，他从1981年起就开始研究农田怪圈。&quot; f=&quot;Pat Delgado is a meteorologist and geologist, from 1981 onwards, he began to study the farmland vicious circle. &quot; title=&quot;帕特·德尔加多是一位气象学家和地质学家，他从1981年起就开始研究农田怪圈。&quot;&gt;Pat Delgado is a meteorologist and geologist, from 1981 onwards, he began to study the farmland vicious circle. &lt;/span&gt;&lt;span d=&quot;他相信这些圆圈是“某些目前科学所未能解释的地球能量”所制造的。&quot; f=&quot;He believed that these circles is &amp;quot;some science has failed to explain the Earth&#39;s energy manufacturing. &quot; title=&quot;他相信这些圆圈是“某些目前科学所未能解释的地球能量”所制造的。&quot;&gt;He believed that these circles is &quot;some science has failed to explain the Earth&#39;s energy manufacturing. &lt;/span&gt;&lt;span d=&quot;就像是百慕大三角所屡屡发生的奇事一样。&quot; f=&quot;Like the Bermuda Triangle frequent occurrence wonders. &quot; title=&quot;就像是百慕大三角所屡屡发生的奇事一样。&quot;&gt;Like the Bermuda Triangle frequent occurrence wonders. &lt;/span&gt;&lt;span d=&quot;他曾记录了许多在圆圈里发生的“不可思议事件”。&quot; f=&quot;He has recorded many circle &amp;quot;incredible event&amp;quot;. &quot; title=&quot;他曾记录了许多在圆圈里发生的“不可思议事件”。&quot;&gt;He has recorded many circle &quot;incredible event&quot;. &lt;/span&gt;&lt;span d=&quot;他发现一些本来运作正常的照相机、收音机和其他电子设备在进了圆圈之后就突然失灵。&quot; f=&quot;Originally functioning cameras, radios and other electronic devices into the circle after sudden failure. &quot; title=&quot;他发现一些本来运作正常的照相机、收音机和其他电子设备在进了圆圈之后就突然失灵。&quot;&gt;Originally functioning cameras, radios and other electronic devices into the circle after sudden failure. &lt;/span&gt;&lt;span d=&quot;他又曾经在几个圆圈里录到一种奇特的嗡嗡声，他把它形容为“电子麻雀声”。&quot; f=&quot;He had recorded several circle to a strange humming sound, which he described as &amp;quot;electronic sparrow sound. &quot; title=&quot;他又曾经在几个圆圈里录到一种奇特的嗡嗡声，他把它形容为“电子麻雀声”。&quot;&gt;He had recorded several circle to a strange humming sound, which he described as &quot;electronic sparrow sound. &lt;/span&gt;&lt;span d=&quot;1989年夏季某天，德尔加多和6 位朋友坐在英国温彻斯特市附近的一个镇的一个农田怪圈的中央。&quot; f=&quot;One day in summer 1989, Delgado and six friends sat in the center of a town near the city of Winchester, UK farmland vicious circle. &quot; title=&quot;1989年夏季某天，德尔加多和6 位朋友坐在英国温彻斯特市附近的一个镇的一个农田怪圈的中央。&quot;&gt;One day in summer 1989, Delgado and six friends sat in the center of a town near the city of Winchester, UK farmland vicious circle. &lt;/span&gt;&lt;span d=&quot;“蓦地，我完全身不由已，被某种神秘的力量推着滑行了6米，出了圈外。”他认为这种力量很可能与地球的磁极有关。&quot; f=&quot;&amp;quot;Abruptly, I completely Shenbuyouyi, by some mysterious force pushing taxiing six meters out of the outside of the circle.&amp;quot; He believes that this power is likely to be associated with the Earth&#39;s magnetic poles.
&quot; title=&quot;“蓦地，我完全身不由已，被某种神秘的力量推着滑行了6米，出了圈外。”他认为这种力量很可能与地球的磁极有关。&quot;&gt;&quot;Abruptly, I completely Shenbuyouyi, by some mysterious force pushing taxiing six meters out of the outside of the circle.&quot; He believes that this power is likely to be associated with the Earth&#39;s magnetic poles.&lt;/span&gt;&lt;span d=&quot;自从80年代以来，英国《气象学杂志》编辑，退休物理学教授泰伦斯·米登已审察过1000多个农田怪圈，并就2000多个怪圈编制了统计数字，希望能找到符合科学的解释&quot; f=&quot;Since the 1980s, the British &amp;quot;meteorology magazine editor, retired physics Professor Terrence medon, scrutiny over 1000 farmland vicious circle, and statistics on over 2000 cycle of preparation, hoping to find the explanation consistent with the scientific &quot; title=&quot;自从80年代以来，英国《气象学杂志》编辑，退休物理学教授泰伦斯·米登已审察过1000多个农田怪圈，并就2000多个怪圈编制了统计数字，希望能找到符合科学的解释&quot;&gt;Since the 1980s, the British &quot;meteorology magazine editor, retired physics Professor Terrence medon, scrutiny over 1000 farmland vicious circle, and statistics on over 2000 cycle of preparation, hoping to find the explanation consistent with the scientific &lt;/span&gt;&lt;span d=&quot;，现在，他认为也许已找到了答案。&quot; f=&quot;now, he may have found the answer. &quot; title=&quot;，现在，他认为也许已找到了答案。&quot;&gt;now, he may have found the answer. &lt;/span&gt;&lt;span d=&quot;他相信，真正的农田怪圈是由一团旋转和带电的空气造成的。&quot; f=&quot;He believes that the real farmland circles are caused by a mass of rotating air and charged. &quot; title=&quot;他相信，真正的农田怪圈是由一团旋转和带电的空气造成的。&quot;&gt;He believes that the real farmland circles are caused by a mass of rotating air and charged. &lt;/span&gt;&lt;span d=&quot;这团空气称为“等离子体涡旋”，是由一种轻微的大气扰动——例如吹过小山的风——形成的。&quot; f=&quot;This mass of air is called &amp;quot;plasma vortex&amp;quot;, is formed by a slight atmospheric disturbances - such as wind - blowing the hill. &quot; title=&quot;这团空气称为“等离子体涡旋”，是由一种轻微的大气扰动——例如吹过小山的风——形成的。&quot;&gt;This mass of air is called &quot;plasma vortex&quot;, is formed by a slight atmospheric disturbances - such as wind - blowing the hill. &lt;/span&gt;&lt;span d=&quot;“风急速地冲进小山另一边的静止空气，产生了螺旋状移动的气柱，”他解释说，“接着，空气和电被吸进这个旋转气流，形成一股小型旋风。当这个涡旋&quot; f=&quot;&amp;quot;The wind rapidly burst into the still air of the hill on the other side, resulting in a spiral moving air column,&amp;quot; he explained, &amp;quot;Then, air and electricity being sucked into the rotating air flow, forming a small whirlwind when the vortex &quot; title=&quot;“风急速地冲进小山另一边的静止空气，产生了螺旋状移动的气柱，”他解释说，“接着，空气和电被吸进这个旋转气流，形成一股小型旋风。当这个涡旋&quot;&gt;&quot;The wind rapidly burst into the still air of the hill on the other side, resulting in a spiral moving air column,&quot; he explained, &quot;Then, air and electricity being sucked into the rotating air flow, forming a small whirlwind when the vortex &lt;/span&gt;&lt;span d=&quot;触及地面，它会把农作物压平，使农田上出现螺旋状图案。” 为了支持自己的论点，米登已搜集了许多有关涡旋制造农田怪圈的目击者的报告。&quot; f=&quot;it touches the ground, it will crop flatten the spiral pattern farmland. &amp;quot;To support their argument, medon have collected about the vortex manufacturing farmland vicious circle of eyewitness reports. &quot; title=&quot;触及地面，它会把农作物压平，使农田上出现螺旋状图案。” 为了支持自己的论点，米登已搜集了许多有关涡旋制造农田怪圈的目击者的报告。&quot;&gt;it touches the ground, it will crop flatten the spiral pattern farmland. &quot;To support their argument, medon have collected about the vortex manufacturing farmland vicious circle of eyewitness reports. &lt;/span&gt;&lt;span d=&quot;例如：1990年5 月17日，农场主加利·汤林生和妻子薇雯丽在英国萨里郡汉布顿镇一块麦田上沿着小径慢步。&quot; f=&quot;For example: May 17, 1990, farmer Gary Tang Linsheng and his wife, Wei Wenli British Surrey Han Bouton town on a wheat field along the path walk. &quot; title=&quot;例如：1990年5 月17日，农场主加利·汤林生和妻子薇雯丽在英国萨里郡汉布顿镇一块麦田上沿着小径慢步。&quot;&gt;For example: May 17, 1990, farmer Gary Tang Linsheng and his wife, Wei Wenli British Surrey Han Bouton town on a wheat field along the path walk. &lt;/span&gt;&lt;span d=&quot;蓦地，一团雾从一座大约100 米高的小山飘来，几秒钟后，他们感到有股强烈的旋风从侧面和上面推他们。&quot; f=&quot;Then, abruptly, a mist floated from an approximately 100-meter-high hill, and after a few seconds, they feel intense cyclone with shares pushed from the side and above them. &quot; title=&quot;蓦地，一团雾从一座大约100 米高的小山飘来，几秒钟后，他们感到有股强烈的旋风从侧面和上面推他们。&quot;&gt;Then, abruptly, a mist floated from an approximately 100-meter-high hill, and after a few seconds, they feel intense cyclone with shares pushed from the side and above them. &lt;/span&gt;&lt;span d=&quot;它像泰山压顶般紧压着他们，使两人的头发竖了起来。&quot; f=&quot;Like Taishanyading pressed against them, so that the two hair stood on end. &quot; title=&quot;它像泰山压顶般紧压着他们，使两人的头发竖了起来。&quot;&gt;Like Taishanyading pressed against them, so that the two hair stood on end. &lt;/span&gt;&lt;span d=&quot;后来，旋风似乎分成了两股，而雾则之字形地飘走了，留下了他们两人站在一个3米宽的麦田圆圈里面。&quot; f=&quot;Later, the whirlwind seems divided into two shares, and the fog then zigzag to drift away, leaving both of them stood in a 3-meter-wide wheat fields inside the circle. &quot; title=&quot;后来，旋风似乎分成了两股，而雾则之字形地飘走了，留下了他们两人站在一个3米宽的麦田圆圈里面。&quot;&gt;Later, the whirlwind seems divided into two shares, and the fog then zigzag to drift away, leaving both of them stood in a 3-meter-wide wheat fields inside the circle. &lt;/span&gt;&lt;span d=&quot;可是，米登论点也许只能解释那些简单的农田怪圈，对那些复杂的又怎样解释呢?旋风是绝对不会吹出钥匙形的和心字形的。&quot; f=&quot;But, medon argument may only explain simple farmland cycle of complex How to explain it? Whirlwind will never blow out the key-shaped and heart-shaped. &quot; title=&quot;可是，米登论点也许只能解释那些简单的农田怪圈，对那些复杂的又怎样解释呢?旋风是绝对不会吹出钥匙形的和心字形的。&quot;&gt;But, medon argument may only explain simple farmland cycle of complex How to explain it? Whirlwind will never blow out the key-shaped and heart-shaped. &lt;/span&gt;&lt;span d=&quot;1991年8月13日英国剑桥郡一块偏僻的麦田出现了一个巨大的心形图案。&quot; f=&quot;August 13, 1991, the United Kingdom Cambridgeshire a remote wheat fields there has been a huge heart-shaped pattern. &quot; title=&quot;1991年8月13日英国剑桥郡一块偏僻的麦田出现了一个巨大的心形图案。&quot;&gt;August 13, 1991, the United Kingdom Cambridgeshire a remote wheat fields there has been a huge heart-shaped pattern. &lt;/span&gt;&lt;span d=&quot;还有一种论点认为农田怪圈是心灵的产物，1991年8 月的某天，一位工程师和他的有着第六感觉的妻子从牛津城出发沿着A34公路驱车回家时，他的妻子说：&quot; f=&quot;There is an argument that the vicious circle of farmland is a product of the mind, one day in August 1991, an engineer, and his wife has a sixth sense starting driving home along the A34 from Oxford City, he said to his wife: &quot; title=&quot;还有一种论点认为农田怪圈是心灵的产物，1991年8 月的某天，一位工程师和他的有着第六感觉的妻子从牛津城出发沿着A34公路驱车回家时，他的妻子说：&quot;&gt;There is an argument that the vicious circle of farmland is a product of the mind, one day in August 1991, an engineer, and his wife has a sixth sense starting driving home along the A34 from Oxford City, he said to his wife: &lt;/span&gt;&lt;span d=&quot;“我真希望我们能亲自发现一个农田怪圈。”话刚离口，他们便在路旁附近田间发现了一个哑铃状的农田圆圈。&quot; f=&quot;&amp;quot;I really hope we can find out for yourself a farmland vicious circle.&amp;quot; then just off the mouth they found in the street near field of a dumbbell-shaped farmland circle. &quot; title=&quot;“我真希望我们能亲自发现一个农田怪圈。”话刚离口，他们便在路旁附近田间发现了一个哑铃状的农田圆圈。&quot;&gt;&quot;I really hope we can find out for yourself a farmland vicious circle.&quot; then just off the mouth they found in the street near field of a dumbbell-shaped farmland circle. &lt;/span&gt;&lt;span d=&quot;可是，至今还没有找到第二个例子。&quot; f=&quot;But has yet to find a second example. &quot; title=&quot;可是，至今还没有找到第二个例子。&quot;&gt;But has yet to find a second example. &lt;/span&gt;&lt;span d=&quot;有关这种现象的书籍，目前已出版了将近20种，此外热衷于农田怪圈的人还可以买到介绍这些图形的录像带、彩色照片、明信片和钥匙扣等。&quot; f=&quot;Books about this phenomenon, has published nearly 20 species addition keen on farmland vicious circle can also buy the videotapes of these graphics, color photographs, postcards and keychains etc.. &quot; title=&quot;有关这种现象的书籍，目前已出版了将近20种，此外热衷于农田怪圈的人还可以买到介绍这些图形的录像带、彩色照片、明信片和钥匙扣等。&quot;&gt;Books about this phenomenon, has published nearly 20 species addition keen on farmland vicious circle can also buy the videotapes of these graphics, color photographs, postcards and keychains etc.. &lt;/span&gt;&lt;span d=&quot;可是从科学角度上讲，农田怪圈现象至今尚未得到圆满的解释，与UFO 一样这或许是科学家们面临的不得不攻克的一道难题吧！&quot; f=&quot;But from a scientific standpoint, farmland circle phenomenon has yet to get a satisfactory explanation, and UFO perhaps facing the scientists had to overcome a challenge! &quot; title=&quot;可是从科学角度上讲，农田怪圈现象至今尚未得到圆满的解释，与UFO 一样这或许是科学家们面临的不得不攻克的一道难题吧！&quot;&gt;But from a scientific standpoint, farmland circle phenomenon has yet to get a satisfactory explanation, and UFO perhaps facing the scientists had to overcome a challenge! &lt;/span&gt;&lt;span d=&quot;编辑本段产生时间英国麦田怪圈&quot; f=&quot;Edit this paragraph Generation of British Crop Circles
&quot; title=&quot;编辑本段产生时间英国麦田怪圈&quot;&gt;Edit this paragraph Generation of British Crop Circles&lt;/span&gt;&lt;span d=&quot;每年，世界上都会新发现几千个的麦田圈，其中绝大部分是在英国，专家们认为这是由英国的地域特征所决定的。&quot; f=&quot;Each year, the world will be newly discovered thousands of crop circles, most of which is in the United Kingdom, the experts think that this is the decision by Britain&#39;s geographical features. &quot; title=&quot;每年，世界上都会新发现几千个的麦田圈，其中绝大部分是在英国，专家们认为这是由英国的地域特征所决定的。&quot;&gt;Each year, the world will be newly discovered thousands of crop circles, most of which is in the United Kingdom, the experts think that this is the decision by Britain&#39;s geographical features. &lt;/span&gt;&lt;span d=&quot;因此，每年夏天总是有大批研究人员来到英格兰进行研究工作。&quot; f=&quot;Therefore, every summer, there is always a large number of researchers came to England to study work. &quot; title=&quot;因此，每年夏天总是有大批研究人员来到英格兰进行研究工作。&quot;&gt;Therefore, every summer, there is always a large number of researchers came to England to study work. &lt;/span&gt;&lt;span d=&quot;要知道，全世界有数以万计的人在为解开这个自然之谜而努力！&quot; f=&quot;You know, there are tens of thousands of people around the world in efforts to unravel the mystery of nature! &quot; title=&quot;要知道，全世界有数以万计的人在为解开这个自然之谜而努力！&quot;&gt;You know, there are tens of thousands of people around the world in efforts to unravel the mystery of nature! &lt;/span&gt;&lt;span d=&quot;神秘圆圈图案，是真真实实出现在世界各地麦田中；但它们是谁制作或如何产生的呢？&quot; f=&quot;The mysterious circle pattern, and true around the world Catcher; they who produce or how to produce it? &quot; title=&quot;神秘圆圈图案，是真真实实出现在世界各地麦田中；但它们是谁制作或如何产生的呢？&quot;&gt;The mysterious circle pattern, and true around the world Catcher; they who produce or how to produce it? &lt;/span&gt;&lt;span d=&quot;还无人知道答案。&quot; f=&quot;Also no one knows the answer. &quot; title=&quot;还无人知道答案。&quot;&gt;Also no one knows the answer. &lt;/span&gt;&lt;span d=&quot;在英国，农夫们可以追述到数代人以前，简单的圆圈图案已经出现在麦田内。&quot; f=&quot;Farmers in the UK can be traced to several generations ago, a simple circle pattern has emerged in a cornfield. &quot; title=&quot;在英国，农夫们可以追述到数代人以前，简单的圆圈图案已经出现在麦田内。&quot;&gt;Farmers in the UK can be traced to several generations ago, a simple circle pattern has emerged in a cornfield. &lt;/span&gt;&lt;span d=&quot;英国媒体在八十年代初期，首次报导这些麦田神秘圆圈图案。&quot; f=&quot;British media first reported in the early 1980s, the these wheat fields mysterious circle pattern. &quot; title=&quot;英国媒体在八十年代初期，首次报导这些麦田神秘圆圈图案。&quot;&gt;British media first reported in the early 1980s, the these wheat fields mysterious circle pattern. &lt;/span&gt;&lt;span d=&quot;到了九十年代麦田圈震撼世界各地人士，因为这些神秘的圆圈图案由简单的图形变成面积巨大、充满高深的几何学又复杂的美丽图案！&quot; f=&quot;To the crop circles in the 1990s shocked people around the world, because these mysterious circle pattern from simple graphics into a huge area, full of profound and complex geometry beautiful patterns! &quot; title=&quot;到了九十年代麦田圈震撼世界各地人士，因为这些神秘的圆圈图案由简单的图形变成面积巨大、充满高深的几何学又复杂的美丽图案！&quot;&gt;To the crop circles in the 1990s shocked people around the world, because these mysterious circle pattern from simple graphics into a huge area, full of profound and complex geometry beautiful patterns! &lt;/span&gt;&lt;span d=&quot;麦田圈是全球出现的现象，每年新的图案在各地以令人难以置信的数目冒出。&quot; f=&quot;Crop Circle is a global phenomenon, an incredible number of new annual pattern around smoke. &quot; title=&quot;麦田圈是全球出现的现象，每年新的图案在各地以令人难以置信的数目冒出。&quot;&gt;Crop Circle is a global phenomenon, an incredible number of new annual pattern around smoke. &lt;/span&gt;&lt;span d=&quot;总的来说全球的注意力都集中在英国南部，这里出现的数量最多而且也出现在靠近上古文明遗迹如：史前巨石阵、埃夫伯里（英国威尔特郡一村庄，附近有球形白垩&quot; f=&quot;The whole world&#39;s attention is concentrated in the south of England, the largest number here, and also close to the remains of ancient civilizations such as: Stonehenge, Avebury (UK Wiltshire village near spherical chalk &quot; title=&quot;总的来说全球的注意力都集中在英国南部，这里出现的数量最多而且也出现在靠近上古文明遗迹如：史前巨石阵、埃夫伯里（英国威尔特郡一村庄，附近有球形白垩&quot;&gt;The whole world&#39;s attention is concentrated in the south of England, the largest number here, and also close to the remains of ancient civilizations such as: Stonehenge, Avebury (UK Wiltshire village near spherical chalk &lt;/span&gt;&lt;span d=&quot;石砌坑壁等新石器时代遗迹）和Silbury山（欧洲最大的史前人造山）。&quot; f=&quot;stone pit walls and other the Neolithic relics) and Silbury Hill (Europe&#39;s largest prehistoric man-made mountain). &quot; title=&quot;石砌坑壁等新石器时代遗迹）和Silbury山（欧洲最大的史前人造山）。&quot;&gt;stone pit walls and other the Neolithic relics) and Silbury Hill (Europe&#39;s largest prehistoric man-made mountain). &lt;/span&gt;&lt;span d=&quot;虽然长久以来这些神秘圆圈图案都有各式制作或出现的说法，但是到现在还没有一个有力和完整的解释，这些圆圈图案到底如何出现？&quot; f=&quot;Although these mysterious circle pattern has long been all kinds of production, or to say, but now do not have a strong and complete explanation of these circle pattern in the end how to appear? &quot; title=&quot;虽然长久以来这些神秘圆圈图案都有各式制作或出现的说法，但是到现在还没有一个有力和完整的解释，这些圆圈图案到底如何出现？&quot;&gt;Although these mysterious circle pattern has long been all kinds of production, or to say, but now do not have a strong and complete explanation of these circle pattern in the end how to appear? &lt;/span&gt;&lt;span d=&quot;不过比较令人信服的证据是：数段在麦田神秘圆圈图案出现时，所拍到的真实录影。&quot; f=&quot;However, more convincing evidence: Catcher mysterious circle pattern appears, photographed real video segment. &quot; title=&quot;不过比较令人信服的证据是：数段在麦田神秘圆圈图案出现时，所拍到的真实录影。&quot;&gt;However, more convincing evidence: Catcher mysterious circle pattern appears, photographed real video segment. &lt;/span&gt;&lt;span d=&quot;画面里显示数个神秘小光球或白光在麦田上出现！&quot; f=&quot;The picture shows several mysterious small ball of light or white in a cornfield! &quot; title=&quot;画面里显示数个神秘小光球或白光在麦田上出现！&quot;&gt;The picture shows several mysterious small ball of light or white in a cornfield! &lt;/span&gt;&lt;span d=&quot;许多这类神秘光球出现在多段录影当中；同时也出现在一些白昼拍摄，画面清晰的录影里。&quot; f=&quot;Many of these mysterious ball of light in which a multi-segment video; also appear in some daylight shooting, a clear picture of the video. &quot; title=&quot;许多这类神秘光球出现在多段录影当中；同时也出现在一些白昼拍摄，画面清晰的录影里。&quot;&gt;Many of these mysterious ball of light in which a multi-segment video; also appear in some daylight shooting, a clear picture of the video. &lt;/span&gt;&lt;span d=&quot;这些神秘光球很明显的呈现有规则方向和高智慧的移动方法，这是否能让我们把神秘光球和麦田圈联想在一起？&quot; f=&quot;These mysterious light balls the presentation rules direction and wisdom mobile Obviously, you allow us to mysterious ball of light and associate crop circles? &quot; title=&quot;这些神秘光球很明显的呈现有规则方向和高智慧的移动方法，这是否能让我们把神秘光球和麦田圈联想在一起？&quot;&gt;These mysterious light balls the presentation rules direction and wisdom mobile Obviously, you allow us to mysterious ball of light and associate crop circles? &lt;/span&gt;&lt;span d=&quot;麦田里的植物样本也被拿来进行科学化验。&quot; f=&quot;The Catcher in the plant samples can also be used for scientific laboratory. &quot; title=&quot;麦田里的植物样本也被拿来进行科学化验。&quot;&gt;The Catcher in the plant samples can also be used for scientific laboratory. &lt;/span&gt;&lt;span d=&quot;这工作由美国生物学家Dr William Levengood进行。&quot; f=&quot;This work by the American biologist Dr William Levengood. &quot; title=&quot;这工作由美国生物学家Dr William Levengood进行。&quot;&gt;This work by the American biologist Dr William Levengood. &lt;/span&gt;&lt;span d=&quot;他指出类似微波能量效应可能是麦田圈形成的原因之一。&quot; f=&quot;He pointed out that the a similar microwave energy effect may be one of the reasons for the formation of crop circles. &quot; title=&quot;他指出类似微波能量效应可能是麦田圈形成的原因之一。&quot;&gt;He pointed out that the a similar microwave energy effect may be one of the reasons for the formation of crop circles. &lt;/span&gt;&lt;span d=&quot;麦田神秘圆圈调查人员被要求使用更多的创造力和想象力在调查研究工作中。&quot; f=&quot;The mysterious Catcher circle investigating officers were asked to use creativity and imagination in research work. &quot; title=&quot;麦田神秘圆圈调查人员被要求使用更多的创造力和想象力在调查研究工作中。&quot;&gt;The mysterious Catcher circle investigating officers were asked to use creativity and imagination in research work. &lt;/span&gt;&lt;span d=&quot;一些人员应用了禅定、光和音乐来测试图案，麦田圈似乎能与人类脑波互相联系。&quot; f=&quot;Some meditation applied test patterns of light and music, crop circles seems to be interrelated with human brain waves. &quot; title=&quot;一些人员应用了禅定、光和音乐来测试图案，麦田圈似乎能与人类脑波互相联系。&quot;&gt;Some meditation applied test patterns of light and music, crop circles seems to be interrelated with human brain waves. &lt;/span&gt;&lt;span d=&quot;这些图案肯定的让我们知道我们是生存在超乎我们想象和复杂的世界。&quot; f=&quot;These patterns sure to let us know that we are to survive in the world beyond our imagination and complexity. &quot; title=&quot;这些图案肯定的让我们知道我们是生存在超乎我们想象和复杂的世界。&quot;&gt;These patterns sure to let us know that we are to survive in the world beyond our imagination and complexity. &lt;/span&gt;&lt;span d=&quot;每年的四月到八月间，英国的麦田都会出现神秘圆圈图案。&quot; f=&quot;April to August, Britain&#39;s The Catcher will appear mysterious circle pattern. &quot; title=&quot;每年的四月到八月间，英国的麦田都会出现神秘圆圈图案。&quot;&gt;April to August, Britain&#39;s The Catcher will appear mysterious circle pattern. &lt;/span&gt;&lt;span d=&quot;友好的抒发及分享这迷人和神秘的现象吧。&quot; f=&quot;Friendly express and share this fascinating and mysterious phenomenon. &quot; title=&quot;友好的抒发及分享这迷人和神秘的现象吧。&quot;&gt;Friendly express and share this fascinating and mysterious phenomenon. &lt;/span&gt;&lt;span d=&quot;因为最近美国热播的一部电影《天兆》，麦田怪圈再次成为热门话题。&quot; f=&quot;Because the recent hit movie in the United States &amp;quot;Tensel, crop circles once again become a hot topic. &quot; title=&quot;因为最近美国热播的一部电影《天兆》，麦田怪圈再次成为热门话题。&quot;&gt;Because the recent hit movie in the United States &quot;Tensel, crop circles once again become a hot topic. &lt;/span&gt;&lt;span d=&quot;自80年代起，奇形怪状的麦田怪圈接连不断地出现在世界各地，据说每年夏季至入秋季节正是麦田怪圈出现的高峰期呢。&quot; f=&quot;Since the 1980s, after another bizarre crop circles appear around the world, It is said that every summer to autumn season is the crop circles appear the peak of it. &quot; title=&quot;自80年代起，奇形怪状的麦田怪圈接连不断地出现在世界各地，据说每年夏季至入秋季节正是麦田怪圈出现的高峰期呢。&quot;&gt;Since the 1980s, after another bizarre crop circles appear around the world, It is said that every summer to autumn season is the crop circles appear the peak of it. &lt;/span&gt;&lt;span d=&quot;目前，全球多个地方如美国、日本、新西兰、加拿大、法国、荷兰等地估计已有数千个麦田怪圈的神秘记号出现。&quot; f=&quot;Currently, various places around the world such as the United States, Japan, New Zealand, Canada, France, the Netherlands estimated runes has thousands of crop circles appear. &quot; title=&quot;目前，全球多个地方如美国、日本、新西兰、加拿大、法国、荷兰等地估计已有数千个麦田怪圈的神秘记号出现。&quot;&gt;Currently, various places around the world such as the United States, Japan, New Zealand, Canada, France, the Netherlands estimated runes has thousands of crop circles appear. &lt;/span&gt;&lt;span d=&quot;麦田怪圈的图案复杂而深奥，从最初只有几个圈的图案，到后期复杂得纵横交错，时而出现蜘蛛网，时而是长达180米的长尾蝎子，也有直径超过100米的花形，甚至是&quot; f=&quot;Crop circle patterns are complex and esoteric, with only a few laps from the initial pattern, to late complex criss-cross, with occasional spider web, from time to time but up to 180 meters long tail scorpion, more than 100 meters in diameter flower-shaped, or even &quot; title=&quot;麦田怪圈的图案复杂而深奥，从最初只有几个圈的图案，到后期复杂得纵横交错，时而出现蜘蛛网，时而是长达180米的长尾蝎子，也有直径超过100米的花形，甚至是&quot;&gt;Crop circle patterns are complex and esoteric, with only a few laps from the initial pattern, to late complex criss-cross, with occasional spider web, from time to time but up to 180 meters long tail scorpion, more than 100 meters in diameter flower-shaped, or even &lt;/span&gt;&lt;span d=&quot;一辆大汽车，还有几何图案、宇宙星系图、古文字乃至肝炎细菌图案等，寓意相当令人费解。&quot; f=&quot;a large car, as well as geometric patterns, the galaxies of the universe, the ancient text and even hepatitis, bacterial pattern, meaning quite puzzling. &quot; title=&quot;一辆大汽车，还有几何图案、宇宙星系图、古文字乃至肝炎细菌图案等，寓意相当令人费解。&quot;&gt;a large car, as well as geometric patterns, the galaxies of the universe, the ancient text and even hepatitis, bacterial pattern, meaning quite puzzling. &lt;/span&gt;&lt;span d=&quot;最奇怪的是，麦田怪圈的图案都是互相对称的，让人质疑何人有如此大型的量度器材可以在一夜间制成一个足有数个球场般大的麦田怪圈。&quot; f=&quot;Strange crop circle patterns are symmetrical to each other, and raises questions about whom such a large measure of the equipment can be made in one night a few feet of the stadium-like crop circles. &quot; title=&quot;最奇怪的是，麦田怪圈的图案都是互相对称的，让人质疑何人有如此大型的量度器材可以在一夜间制成一个足有数个球场般大的麦田怪圈。&quot;&gt;Strange crop circle patterns are symmetrical to each other, and raises questions about whom such a large measure of the equipment can be made in one night a few feet of the stadium-like crop circles. &lt;/span&gt;&lt;span d=&quot;现在欧洲平均每年都有几个麦田怪圈报告，较多出现在英国著名的石柱群等一些古遗迹、古墓附近，难不成麦田怪圈也有喜好？&quot; f=&quot;European average every year several crop circles Report, more famous Stonehenge in the United Kingdom and some other ancient monuments, tombs nearby, do the crop circles preferences? &quot; title=&quot;现在欧洲平均每年都有几个麦田怪圈报告，较多出现在英国著名的石柱群等一些古遗迹、古墓附近，难不成麦田怪圈也有喜好？&quot;&gt;European average every year several crop circles Report, more famous Stonehenge in the United Kingdom and some other ancient monuments, tombs nearby, do the crop circles preferences? &lt;/span&gt;&lt;span d=&quot;令人百思不得其解的是，麦田怪圈多在麦子成熟时，于深夜至凌晨四时出现。&quot; f=&quot;Baffling, crop circles and more appear in the middle of the night to four o&#39;clock in the mature wheat. &quot; title=&quot;令人百思不得其解的是，麦田怪圈多在麦子成熟时，于深夜至凌晨四时出现。&quot;&gt;Baffling, crop circles and more appear in the middle of the night to four o&#39;clock in the mature wheat. &lt;/span&gt;&lt;span d=&quot;不少科学家曾细看麦田怪圈内的麦子，发现它们极有层次，工整地离地面约半至2寸的位置开始弯曲倒下。&quot; f=&quot;Many scientists have to take a look at the wheat crop circles, level, neatly off the ground about a half to 2 inches position to start bending fallen. &quot; title=&quot;不少科学家曾细看麦田怪圈内的麦子，发现它们极有层次，工整地离地面约半至2寸的位置开始弯曲倒下。&quot;&gt;Many scientists have to take a look at the wheat crop circles, level, neatly off the ground about a half to 2 inches position to start bending fallen. &lt;/span&gt;&lt;span d=&quot;此外，麦子并无被折断的痕迹，只是植物的成长方向有不寻常的改变及茎干部分出现某种化学变化。&quot; f=&quot;In addition, traces of the wheat was not broken, but the direction of the growth of plants and unusual changes and stem portion of a chemical change. &quot; title=&quot;此外，麦子并无被折断的痕迹，只是植物的成长方向有不寻常的改变及茎干部分出现某种化学变化。&quot;&gt;In addition, traces of the wheat was not broken, but the direction of the growth of plants and unusual changes and stem portion of a chemical change. &lt;/span&gt;&lt;span d=&quot;令农夫们欣喜的是，被压下的麦子依然可以横向生长，产量更会因此增加40%。&quot; f=&quot;Farmers happy is that wheat can still be depressed lateral growth, production will increase 40%. &quot; title=&quot;令农夫们欣喜的是，被压下的麦子依然可以横向生长，产量更会因此增加40%。&quot;&gt;Farmers happy is that wheat can still be depressed lateral growth, production will increase 40%. &lt;/span&gt;&lt;span d=&quot;编辑本段破解尝试2001年5月9日，新华社自乌鲁木齐发了一条“新疆石堆墓与&#39;麦田圈&#39;轮廓一致”电讯，摘要如下： “新疆博物馆研究神秘科学的助理研究员张辉，在&quot; f=&quot;Edit this paragraph crack attempt to May 9, 2001, the Xinhua News Agency from Urumqi, made a &amp;quot;rubble tomb of Xinjiang and &#39;crop circles&#39; contour consistent Telecommunications, are summarized as follows:&amp;quot; Xinjiang Museum research assistant researcher of the occult sciences Zhang Hui, &quot; title=&quot;编辑本段破解尝试2001年5月9日，新华社自乌鲁木齐发了一条“新疆石堆墓与&#39;麦田圈&#39;轮廓一致”电讯，摘要如下： “新疆博物馆研究神秘科学的助理研究员张辉，在&quot;&gt;Edit this paragraph crack attempt to May 9, 2001, the Xinhua News Agency from Urumqi, made a &quot;rubble tomb of Xinjiang and &#39;crop circles&#39; contour consistent Telecommunications, are summarized as follows:&quot; Xinjiang Museum research assistant researcher of the occult sciences Zhang Hui, &lt;/span&gt;&lt;span d=&quot;对新疆青河县20多座巨形石堆墓与世界各地麦田圈图案进行对比研究后认为：石堆墓与麦田圈存在外形轮廓的一致形态。 “被认为是&#39;神秘现象&#39;的麦田圈是指&quot; f=&quot;comparative study of Qinghe County, Xinjiang, more than 20 giant rubble tomb around the world crop circle pattern: rubble tomb outline the consistent form of crop circles. &amp;quot;is considered to be &#39;mysterious phenomenon&#39; crop circles &quot; title=&quot;对新疆青河县20多座巨形石堆墓与世界各地麦田圈图案进行对比研究后认为：石堆墓与麦田圈存在外形轮廓的一致形态。 “被认为是&#39;神秘现象&#39;的麦田圈是指&quot;&gt;comparative study of Qinghe County, Xinjiang, more than 20 giant rubble tomb around the world crop circle pattern: rubble tomb outline the consistent form of crop circles. &quot;is considered to be &#39;mysterious phenomenon&#39; crop circles &lt;/span&gt;&lt;span d=&quot;由于不明原因所致的各种有规律的巨形图案，因主要在麦田中出现，故称&#39;麦田圈&#39;。&quot; f=&quot;due to unknown reasons, a variety of regular giant-shaped pattern, mainly in the wheat fields, so called &#39;crop circles&#39;. &quot; title=&quot;由于不明原因所致的各种有规律的巨形图案，因主要在麦田中出现，故称&#39;麦田圈&#39;。&quot;&gt;due to unknown reasons, a variety of regular giant-shaped pattern, mainly in the wheat fields, so called &#39;crop circles&#39;. &lt;/span&gt;&lt;span d=&quot;据介绍，目前世界各地发现各种&#39;麦田圈&#39;现象有2000余次，其图案有单一的圆，或者是由圆圈组成的连环，或者是其他几何图形和线条的组合，如哑铃状、新月&quot; f=&quot;According to reports, around the world and more than 2,000 various &#39;crop circle&#39; phenomenon pattern of a single round, or by a circle comic, or a combination of geometric shapes and lines, dumbbell-shaped crescent &quot; title=&quot;据介绍，目前世界各地发现各种&#39;麦田圈&#39;现象有2000余次，其图案有单一的圆，或者是由圆圈组成的连环，或者是其他几何图形和线条的组合，如哑铃状、新月&quot;&gt;According to reports, around the world and more than 2,000 various &#39;crop circle&#39; phenomenon pattern of a single round, or by a circle comic, or a combination of geometric shapes and lines, dumbbell-shaped crescent &lt;/span&gt;&lt;span d=&quot;状、车轮状等，在英国、俄罗斯、澳大利亚等地都曾有出现。&quot; f=&quot;like, wheel-like, in the United Kingdom, Russia, Australia and other places have had. &quot; title=&quot;状、车轮状等，在英国、俄罗斯、澳大利亚等地都曾有出现。&quot;&gt;like, wheel-like, in the United Kingdom, Russia, Australia and other places have had. &lt;/span&gt;&lt;span d=&quot;“张辉根据&#39;国际麦田圈研究中心&#39;发布的麦田圈图案，与石堆墓轮廓图进行对比，发现其一致性。他进一步推论说，有可能石堆墓是根据麦田圈图案修建的。 “&quot; f=&quot;&amp;quot;Zhang Hui released according to the &#39;International Crop Circle Research Center&#39; crop circle pattern, with a contour map of the rubble tomb contrast, found consistency. Further reasoned that rubble tomb is built according to the crop circle pattern.&amp;quot; &quot; title=&quot;“张辉根据&#39;国际麦田圈研究中心&#39;发布的麦田圈图案，与石堆墓轮廓图进行对比，发现其一致性。他进一步推论说，有可能石堆墓是根据麦田圈图案修建的。 “&quot;&gt;&quot;Zhang Hui released according to the &#39;International Crop Circle Research Center&#39; crop circle pattern, with a contour map of the rubble tomb contrast, found consistency. Further reasoned that rubble tomb is built according to the crop circle pattern.&quot; &lt;/span&gt;&lt;span d=&quot;张辉同时还收集了在新疆和静等地的多种石堆墓的轮廓图，结果表明它们与各种麦田圈图案均有吻合之处。&quot; f=&quot;Hui also collected the rubble tomb in Xinjiang and static contour map, the results show that at them with a variety of crop circle patterns are consistent. &quot; title=&quot;张辉同时还收集了在新疆和静等地的多种石堆墓的轮廓图，结果表明它们与各种麦田圈图案均有吻合之处。&quot;&gt;Hui also collected the rubble tomb in Xinjiang and static contour map, the results show that at them with a variety of crop circle patterns are consistent. &lt;/span&gt;&lt;span d=&quot;” 有的报纸在转发这则电讯时，介绍说： “麦田圈是英国人于1983年发现的：麦田圈周围没有任何足迹，圈内麦秆因弯曲而倒下，并未折断，可以断定不是&quot; f=&quot;&amp;quot;Some newspapers forward on this telecommunications, said:&amp;quot; crop circles are discovered by the British in 1983: crop circles without any footprints around the circle straw bending down, did not break, it can be concluded &quot; title=&quot;” 有的报纸在转发这则电讯时，介绍说： “麦田圈是英国人于1983年发现的：麦田圈周围没有任何足迹，圈内麦秆因弯曲而倒下，并未折断，可以断定不是&quot;&gt;&quot;Some newspapers forward on this telecommunications, said:&quot; crop circles are discovered by the British in 1983: crop circles without any footprints around the circle straw bending down, did not break, it can be concluded &lt;/span&gt;&lt;span d=&quot;用脚压出的。&quot; f=&quot;the feet pressed out. &quot; title=&quot;用脚压出的。&quot;&gt;the feet pressed out. &lt;/span&gt;&lt;span d=&quot;圈内植物的生长方向有不寻常的变化。&quot; f=&quot;The direction of the circle of the growth of plants with unusual changes. &quot; title=&quot;圈内植物的生长方向有不寻常的变化。&quot;&gt;The direction of the circle of the growth of plants with unusual changes. &lt;/span&gt;&lt;span d=&quot;麦田圈内土壤有微量辐射，麦子收获量不但不减少，反而提高……曾有人称亲眼看到一个麦田圈在3秒钟内形成，并且附近未出现任何物体。&quot; f=&quot;The Catcher in the circle of soil micro radiation, the wheat harvest is not only not reduced, but to improve ... It had been claimed to see a crop circle formed within 3 seconds, and does not appear in the vicinity of any object. &quot; title=&quot;麦田圈内土壤有微量辐射，麦子收获量不但不减少，反而提高……曾有人称亲眼看到一个麦田圈在3秒钟内形成，并且附近未出现任何物体。&quot;&gt;The Catcher in the circle of soil micro radiation, the wheat harvest is not only not reduced, but to improve ... It had been claimed to see a crop circle formed within 3 seconds, and does not appear in the vicinity of any object. &lt;/span&gt;&lt;span d=&quot;全球麦田圈的数量不断增加，图案也由初期的小型简单圆圈到近年的大型复杂图案，如几何图、动物、古文字、星系图、混沌数学图、肝炎细菌图……种种分析显示，麦田圈在&quot; f=&quot;An increasing number of the global crop circles, the pattern also by the initial small simple circle to large, complex pattern of recent years, such as geometry, animals, ancient text, galaxies, chaos math graphs, hepatitis bacterial Figure ... All the analysis shows that crop circles in &quot; title=&quot;全球麦田圈的数量不断增加，图案也由初期的小型简单圆圈到近年的大型复杂图案，如几何图、动物、古文字、星系图、混沌数学图、肝炎细菌图……种种分析显示，麦田圈在&quot;&gt;An increasing number of the global crop circles, the pattern also by the initial small simple circle to large, complex pattern of recent years, such as geometry, animals, ancient text, galaxies, chaos math graphs, hepatitis bacterial Figure ... All the analysis shows that crop circles in &lt;/span&gt;&lt;span d=&quot;强大能量作用下，于瞬间产生，当中隐藏了数学、化学、分子科学讯息，成为难解之谜。&quot; f=&quot;powerful role of energy, in an instant, which is hidden mathematics, chemistry, molecular science message mystery. &quot; title=&quot;强大能量作用下，于瞬间产生，当中隐藏了数学、化学、分子科学讯息，成为难解之谜。&quot;&gt;powerful role of energy, in an instant, which is hidden mathematics, chemistry, molecular science message mystery. &lt;/span&gt;&lt;span d=&quot;” 现在我们就来追究一下麦田圈的来龙去脉，看看它究竟是不是一种神秘现象。 麦田圈是指在田地出现的大型几何图案，主要于4～8月间在麦田出现，以圆形为&quot; f=&quot;&amp;quot;Now we have to be investigated for the ins and outs of the crop circles to see whether it is not a mysterious phenomenon. Crop circles appear in the fields of large geometric patterns, mainly in the 4 to 8 months in a cornfield round. &quot; title=&quot;” 现在我们就来追究一下麦田圈的来龙去脉，看看它究竟是不是一种神秘现象。 麦田圈是指在田地出现的大型几何图案，主要于4～8月间在麦田出现，以圆形为&quot;&gt;&quot;Now we have to be investigated for the ins and outs of the crop circles to see whether it is not a mysterious phenomenon. Crop circles appear in the fields of large geometric patterns, mainly in the 4 to 8 months in a cornfield round. &lt;/span&gt;&lt;span d=&quot;主，故名。大多数集中在英国南部，特别是威尔特郡和汉普郡一带。有的英国农民声称他们早就注意到这种现象，甚至是古已有之。不过有据可查&quot; f=&quot;Lord, hence the name. were mostly concentrated in the south of England, Wiltshire and Hampshire area and some British farmers claimed that they would have noticed this phenomenon even existed since ancient times, but well documented &quot; title=&quot;主，故名。大多数集中在英国南部，特别是威尔特郡和汉普郡一带。有的英国农民声称他们早就注意到这种现象，甚至是古已有之。不过有据可查&quot;&gt;Lord, hence the name. were mostly concentrated in the south of England, Wiltshire and Hampshire area and some British farmers claimed that they would have noticed this phenomenon even existed since ancient times, but well documented &lt;/span&gt;&lt;span d=&quot;，引起了媒体注意的是在1980年，很快就成了“神秘科学家”的研究对象，被当作外星人光临地球的一大证据。有的认为麦田圈是外星人飞碟着陆时形成&quot; f=&quot;attracted media attention in 1980, and soon became a &amp;quot;mysterious scientist&amp;quot; object, as aliens visit Earth&#39;s evidence some crop circles formed when the alien flying saucer landing &quot; title=&quot;，引起了媒体注意的是在1980年，很快就成了“神秘科学家”的研究对象，被当作外星人光临地球的一大证据。有的认为麦田圈是外星人飞碟着陆时形成&quot;&gt;attracted media attention in 1980, and soon became a &quot;mysterious scientist&quot; object, as aliens visit Earth&#39;s evidence some crop circles formed when the alien flying saucer landing &lt;/span&gt;&lt;span d=&quot;的，也有的认为那是外星人有意制作的图案，要表达某种信息。有自命的专家声称，麦田圈的土壤有放射性，但是实际的测定表明，其土壤的辐射量并不高于正常&quot; f=&quot;some think that is the pattern of the alien intends to produce, to express some kind of information and self-proclaimed experts claim that the radioactive soil of crop circles, the soil of the amount of radiation is not higher than normal, but the actual determination that &quot; title=&quot;的，也有的认为那是外星人有意制作的图案，要表达某种信息。有自命的专家声称，麦田圈的土壤有放射性，但是实际的测定表明，其土壤的辐射量并不高于正常&quot;&gt;some think that is the pattern of the alien intends to produce, to express some kind of information and self-proclaimed experts claim that the radioactive soil of crop circles, the soil of the amount of radiation is not higher than normal, but the actual determination that &lt;/span&gt;&lt;span d=&quot;水平。也有的人在研究神秘现象的杂志上发布研究结果声称，麦田圈图案。麦田圈图案变得越来越精美，越来越复杂，越来越巨大，越来越有“含义”。麦田&quot; f=&quot;level. published in the magazine study the mysterious phenomenon results claimed pattern of crop circles crop circle patterns become more and more beautiful, more and more complex, more and more huge, growing &amp;quot;meaning&amp;quot;. Catcher &quot; title=&quot;水平。也有的人在研究神秘现象的杂志上发布研究结果声称，麦田圈图案。麦田圈图案变得越来越精美，越来越复杂，越来越巨大，越来越有“含义”。麦田&quot;&gt;level. published in the magazine study the mysterious phenomenon results claimed pattern of crop circles crop circle patterns become more and more beautiful, more and more complex, more and more huge, growing &quot;meaning&quot;. Catcher &lt;/span&gt;&lt;span d=&quot;圈图案。麦田圈中的麦杆的“晶体结构”发生了变化，但是他们用的并不是现代生物学的研究方法，而是用17世纪的哲学家迪格比爵士（Sir Kenelm Digby）发明的&quot; f=&quot;circle pattern. the straw crop circles crystal structure changes, but they are not used in modern biology research methods, but with the invention of the 17th century philosopher Sir Digby (Sir Kenelm Digby) &quot; title=&quot;圈图案。麦田圈中的麦杆的“晶体结构”发生了变化，但是他们用的并不是现代生物学的研究方法，而是用17世纪的哲学家迪格比爵士（Sir Kenelm Digby）发明的&quot;&gt;circle pattern. the straw crop circles crystal structure changes, but they are not used in modern biology research methods, but with the invention of the 17th century philosopher Sir Digby (Sir Kenelm Digby) &lt;/span&gt;&lt;span d=&quot;炼金术方法提取植物中的“晶体”——此君有很多稀奇古怪的发明，比如如果要治疗剑伤，要把药涂在剑上，而不是伤口上。 还有些较有科学头脑的人，则&quot; f=&quot;alchemy extracted from plants &amp;quot;crystal&amp;quot; - a person must be a lot of strange invention, such as if you want to to treatment Jianshang make drug coated on the sword, rather than wound. scientific mind some more people, &quot; title=&quot;炼金术方法提取植物中的“晶体”——此君有很多稀奇古怪的发明，比如如果要治疗剑伤，要把药涂在剑上，而不是伤口上。 还有些较有科学头脑的人，则&quot;&gt;alchemy extracted from plants &quot;crystal&quot; - a person must be a lot of strange invention, such as if you want to to treatment Jianshang make drug coated on the sword, rather than wound. scientific mind some more people, &lt;/span&gt;&lt;span d=&quot;试图对麦田圈的形成做出科学的解释，各式各样的理论被提出来，风、动物、热、旋风、球状闪电、等离子体等等都曾被当做形成麦田圈的原因。有一些气象&quot; f=&quot;trying to make a scientific explanation for the formation of crop circles, a variety of theories have been proposed, wind, animals, heat, cyclones, ball lightning, plasma, etc. have been used as the reason of the formation of crop circles some meteorological &quot; title=&quot;试图对麦田圈的形成做出科学的解释，各式各样的理论被提出来，风、动物、热、旋风、球状闪电、等离子体等等都曾被当做形成麦田圈的原因。有一些气象&quot;&gt;trying to make a scientific explanation for the formation of crop circles, a variety of theories have been proposed, wind, animals, heat, cyclones, ball lightning, plasma, etc. have been used as the reason of the formation of crop circles some meteorological &lt;/span&gt;&lt;span d=&quot;学家把麦田圈形成的原因归于一种极其罕见的自然现象“等离子体旋风”，国际学术期刊《气象学杂志》一度还争论过此事，其主编特仑斯·米登博士（Terence Meaden）&quot; f=&quot;scientist attributed the crop circles formed an extremely rare natural phenomenon &amp;quot;plasma whirlwind international academic journal&amp;quot; meteorology magazine &amp;quot;once also controversy over the matter, its editor in chief Te Lunsi Dr. · medon, (Terence Meaden) &quot; title=&quot;学家把麦田圈形成的原因归于一种极其罕见的自然现象“等离子体旋风”，国际学术期刊《气象学杂志》一度还争论过此事，其主编特仑斯·米登博士（Terence Meaden）&quot;&gt;scientist attributed the crop circles formed an extremely rare natural phenomenon &quot;plasma whirlwind international academic journal&quot; meteorology magazine &quot;once also controversy over the matter, its editor in chief Te Lunsi Dr. · medon, (Terence Meaden) &lt;/span&gt;&lt;span d=&quot;是这个理论的主要鼓吹者，在1989年为此出版了一本书《圆圈效应及其神秘性》（The Circles Effect and Its Mysteries），风行一时。在80年代发现的麦田圈形状都很简单，&quot; f=&quot;is the main advocate of this theory, a book published in 1989 for this &amp;quot;circle effect and its mystique (of The Circles Effect and Its Mysteries) prevailed in the 1980s found that the shape of the crop circles are simple, &quot; title=&quot;是这个理论的主要鼓吹者，在1989年为此出版了一本书《圆圈效应及其神秘性》（The Circles Effect and Its Mysteries），风行一时。在80年代发现的麦田圈形状都很简单，&quot;&gt;is the main advocate of this theory, a book published in 1989 for this &quot;circle effect and its mystique (of The Circles Effect and Its Mysteries) prevailed in the 1980s found that the shape of the crop circles are simple, &lt;/span&gt;&lt;span d=&quot;不是圆形就是五角形，因此还可勉强解释为是自然形成。但是进入90年代后，仿佛要跟米登博士开玩笑，麦田圈的形状变得越来越复杂，椭圆形、三角形、复杂的圆形&quot; f=&quot;not round is pentagonal, can barely explain is a natural formation. However, after the 1990s, though it would medon Dr. joke, crop circles, shape becomes more and more complex, ovals, triangles, complex circular &quot; title=&quot;不是圆形就是五角形，因此还可勉强解释为是自然形成。但是进入90年代后，仿佛要跟米登博士开玩笑，麦田圈的形状变得越来越复杂，椭圆形、三角形、复杂的圆形&quot;&gt;not round is pentagonal, can barely explain is a natural formation. However, after the 1990s, though it would medon Dr. joke, crop circles, shape becomes more and more complex, ovals, triangles, complex circular &lt;/span&gt;&lt;span d=&quot;、不规则图案、象形文字……米登一开始还想修正其理论加以解释，最后也不得不承认他的理论只能解释那些简单的图形，而大多数的麦田圈，都是人为制造的恶作剧&quot; f=&quot;, irregular patterns, hieroglyphs ...... medon outset would like to amend its theory to explain them, and finally had to admit that his theory can only be explained by the simple graphics, and most of the crop circles are man-made prank &quot; title=&quot;、不规则图案、象形文字……米登一开始还想修正其理论加以解释，最后也不得不承认他的理论只能解释那些简单的图形，而大多数的麦田圈，都是人为制造的恶作剧&quot;&gt;, irregular patterns, hieroglyphs ...... medon outset would like to amend its theory to explain them, and finally had to admit that his theory can only be explained by the simple graphics, and most of the crop circles are man-made prank &lt;/span&gt;&lt;span d=&quot;。 在米登如此承认之前，已经有人站出来承担责任了。在1991年9月，正当麦田圈在英国成为重大新闻，甚至引起恐慌之际，道格·鲍尔（Doug Bower）和戴维·&quot; f=&quot;before medon recognized as such, have someone stand up and assume responsibility. become major news in the United Kingdom in September 1991, when the crop circles, even panic, Doug Bauer (Doug Bower) and David &quot; title=&quot;。 在米登如此承认之前，已经有人站出来承担责任了。在1991年9月，正当麦田圈在英国成为重大新闻，甚至引起恐慌之际，道格·鲍尔（Doug Bower）和戴维·&quot;&gt;before medon recognized as such, have someone stand up and assume responsibility. become major news in the United Kingdom in September 1991, when the crop circles, even panic, Doug Bauer (Doug Bower) and David &lt;/span&gt;&lt;span d=&quot;车利（Dave Chorley）宣布那些被媒体广为报道的麦田圈都是他们干的，并当场做了表演。这个事件，被称为“道格和戴维”事件。道格坦白说：“我&quot; f=&quot;the car Lee (Dave Chorley) announced that the media widely reported crop circles are dry, and on the spot to do the show this event, an event known as &amp;quot;Doug and Dave&amp;quot;. channel Getan White said: &amp;quot;I &quot; title=&quot;车利（Dave Chorley）宣布那些被媒体广为报道的麦田圈都是他们干的，并当场做了表演。这个事件，被称为“道格和戴维”事件。道格坦白说：“我&quot;&gt;the car Lee (Dave Chorley) announced that the media widely reported crop circles are dry, and on the spot to do the show this event, an event known as &quot;Doug and Dave&quot;. channel Getan White said: &quot;I &lt;/span&gt;&lt;span d=&quot;总是对不明飞行物和飞碟感兴趣，因此我想制造它们着陆的迹象。&quot; f=&quot;always interested in UFOs and UFO, so I would like to manufacture the signs of their landing. &quot; title=&quot;总是对不明飞行物和飞碟感兴趣，因此我想制造它们着陆的迹象。&quot;&gt;always interested in UFOs and UFO, so I would like to manufacture the signs of their landing. &lt;/span&gt;&lt;span d=&quot;”在1978年夏天的一个晚上，道格和戴维在汉普郡的野外散步，谈起了不明飞行物。来自澳大利亚墨尔本的道格想起在1966年，有人声称在澳大利亚的昆士兰的一块沼泽地&quot; f=&quot;&amp;quot;In the summer of 1978, one night, Doug and David walks in Hampshire, the wild, and talked about the UFO from Melbourne, Australia, Doug remembered in 1966, it was claimed that a swamp of Queensland in Australia &quot; title=&quot;”在1978年夏天的一个晚上，道格和戴维在汉普郡的野外散步，谈起了不明飞行物。来自澳大利亚墨尔本的道格想起在1966年，有人声称在澳大利亚的昆士兰的一块沼泽地&quot;&gt;&quot;In the summer of 1978, one night, Doug and David walks in Hampshire, the wild, and talked about the UFO from Melbourne, Australia, Doug remembered in 1966, it was claimed that a swamp of Queensland in Australia &lt;/span&gt;&lt;span d=&quot;看到飞碟从一个圆形的草窝中飞升而起，便指着附近的麦田对戴维说：“我们在那一块也做一个窝怎么样？&quot; f=&quot;see UFO from soaring into the sky, they pointed to the nearby Catcher David said: &amp;quot;We are in that one also how to make a nest in a circular grass nest? &quot; title=&quot;看到飞碟从一个圆形的草窝中飞升而起，便指着附近的麦田对戴维说：“我们在那一块也做一个窝怎么样？&quot;&gt;see UFO from soaring into the sky, they pointed to the nearby Catcher David said: &quot;We are in that one also how to make a nest in a circular grass nest? &lt;/span&gt;&lt;span d=&quot;人们会认为飞碟在那里着陆了。&quot; f=&quot;One would think that a UFO landed there. &quot; title=&quot;人们会认为飞碟在那里着陆了。&quot;&gt;One would think that a UFO landed there. &lt;/span&gt;&lt;span d=&quot;”他们用手、脚和一根挡门用的四英尺长的金属棍，在汉普郡的一块麦地制造了第一个麦田圈。从那以后，他们制造了大约250个麦田圈。&quot; f=&quot;&amp;quot;They hand, foot and a door with a four-foot-long metal stick, manufacturing in Medina, one of Hampshire&#39;s first crop circles. Since they manufacture about 250 crop circles.
&quot; title=&quot;”他们用手、脚和一根挡门用的四英尺长的金属棍，在汉普郡的一块麦地制造了第一个麦田圈。从那以后，他们制造了大约250个麦田圈。&quot;&gt;&quot;They hand, foot and a door with a four-foot-long metal stick, manufacturing in Medina, one of Hampshire&#39;s first crop circles. Since they manufacture about 250 crop circles.&lt;/span&gt;&lt;span d=&quot;神秘现象的鼓吹者当然不会就此罢休。&quot; f=&quot;The mysterious phenomenon advocates of course, will not stop. &quot; title=&quot;神秘现象的鼓吹者当然不会就此罢休。&quot;&gt;The mysterious phenomenon advocates of course, will not stop. &lt;/span&gt;&lt;span d=&quot;他们说，道格和戴维受英国政府的指使，做假证以平息因麦田圈引起的恐慌，真正的麦田圈不是人能制造出来的，“专家”们能够区分神秘形成的麦田圈和伪造&quot; f=&quot;They say, Doug and David, by the instigation of the British government, to make false statements to calm the panic caused by crop circles, the real crop circles are not manufactured, the &amp;quot;experts&amp;quot; were able to distinguish between the mysterious crop circles formed and forged &quot; title=&quot;他们说，道格和戴维受英国政府的指使，做假证以平息因麦田圈引起的恐慌，真正的麦田圈不是人能制造出来的，“专家”们能够区分神秘形成的麦田圈和伪造&quot;&gt;They say, Doug and David, by the instigation of the British government, to make false statements to calm the panic caused by crop circles, the real crop circles are not manufactured, the &quot;experts&quot; were able to distinguish between the mysterious crop circles formed and forged &lt;/span&gt;&lt;span d=&quot;的麦田圈。&quot; f=&quot;crop circles. &quot; title=&quot;的麦田圈。&quot;&gt;crop circles. &lt;/span&gt;&lt;span d=&quot;为了试试这些“专家”的水平，有人请记者作证，制造了麦田圈，然后宣布意外发现了麦田圈，自封的麦田圈“专家”纷纷赶来，经过研究后，宣布那是神秘形成的&quot; f=&quot;Try these &amp;quot;experts&amp;quot; was asked to reporters to testify, manufacturing crop circles, and then announced the unexpected discovery of crop circles, crop circles self-proclaimed &amp;quot;experts&amp;quot; have come after the study, announced that it was mysterious form &quot; title=&quot;为了试试这些“专家”的水平，有人请记者作证，制造了麦田圈，然后宣布意外发现了麦田圈，自封的麦田圈“专家”纷纷赶来，经过研究后，宣布那是神秘形成的&quot;&gt;Try these &quot;experts&quot; was asked to reporters to testify, manufacturing crop circles, and then announced the unexpected discovery of crop circles, crop circles self-proclaimed &quot;experts&quot; have come after the study, announced that it was mysterious form &lt;/span&gt;&lt;span d=&quot;！&quot; f=&quot;! &quot; title=&quot;！&quot;&gt;! &lt;/span&gt;&lt;span d=&quot;即使出了这样的丑闻，也并不妨碍许多人坚信麦田圈的真实性，更有一些人以研究它为职业。&quot; f=&quot;Even if this scandal does not prevent many people firmly believe that the authenticity of the crop circles, and some people study it as a career. &quot; title=&quot;即使出了这样的丑闻，也并不妨碍许多人坚信麦田圈的真实性，更有一些人以研究它为职业。&quot;&gt;Even if this scandal does not prevent many people firmly believe that the authenticity of the crop circles, and some people study it as a career. &lt;/span&gt;&lt;span d=&quot;张辉所引以为据的“国际麦田圈研究中心”，名称听上去很吓人，其实就是这种野鸡机构。&quot; f=&quot;Zhang Hui cited that, according to the &amp;quot;International Crop Circle Research Center, the name sounds scary, in fact, this pheasant institutions. &quot; title=&quot;张辉所引以为据的“国际麦田圈研究中心”，名称听上去很吓人，其实就是这种野鸡机构。&quot;&gt;Zhang Hui cited that, according to the &quot;International Crop Circle Research Center, the name sounds scary, in fact, this pheasant institutions. &lt;/span&gt;&lt;span d=&quot;英国南部的一些乡镇政府，也继续有意无意地渲染麦田圈的神秘性，以此作为招揽游客、增加旅游收入的办法。&quot; f=&quot;Some township governments in the south of England, also continue to intentionally or unintentionally rendering the mystique of the crop circles as a way to attract visitors, increase tourism revenue. &quot; title=&quot;英国南部的一些乡镇政府，也继续有意无意地渲染麦田圈的神秘性，以此作为招揽游客、增加旅游收入的办法。&quot;&gt;Some township governments in the south of England, also continue to intentionally or unintentionally rendering the mystique of the crop circles as a way to attract visitors, increase tourism revenue. &lt;/span&gt;&lt;span d=&quot;道格和戴维的坦白，无疑激发了许多人的灵感，暗中出现了一大批模仿者。&quot; f=&quot;Doug and Dave Frankly, no doubt inspired many people inspiration, secretly a large number of imitators. &quot; title=&quot;道格和戴维的坦白，无疑激发了许多人的灵感，暗中出现了一大批模仿者。&quot;&gt;Doug and Dave Frankly, no doubt inspired many people inspiration, secretly a large number of imitators. &lt;/span&gt;&lt;span d=&quot;从1991年开始，麦田圈现象走出英国，风行全球，欧洲大陆、亚洲、北美、南美、澳洲各地都纷纷发现了麦田圈。&quot; f=&quot;Beginning in 1991, the phenomenon of crop circles out of the UK, popular around the world, continental Europe, Asia, North America, South America, Australia, all over have discovered crop circles. &quot; title=&quot;从1991年开始，麦田圈现象走出英国，风行全球，欧洲大陆、亚洲、北美、南美、澳洲各地都纷纷发现了麦田圈。&quot;&gt;Beginning in 1991, the phenomenon of crop circles out of the UK, popular around the world, continental Europe, Asia, North America, South America, Australia, all over have discovered crop circles. &lt;/span&gt;&lt;span d=&quot;在世界主要国家中，只有中国和南非没有发现麦田圈，究竟是外星人对这两个国家不屑一顾呢，还是这两个国家没有从事这种恶作剧艺术的风气？&quot; f=&quot;In the major countries of the world, only China and South Africa did not find the crop circles whether aliens dismissive of it, these two countries and the two countries have not engaged in the culture of this prank Art? &quot; title=&quot;在世界主要国家中，只有中国和南非没有发现麦田圈，究竟是外星人对这两个国家不屑一顾呢，还是这两个国家没有从事这种恶作剧艺术的风气？&quot;&gt;In the major countries of the world, only China and South Africa did not find the crop circles whether aliens dismissive of it, these two countries and the two countries have not engaged in the culture of this prank Art? &lt;/span&gt;&lt;span d=&quot;麦田圈的数量剧增，每年都有数千个被发现，经过多年的练习和暗中的竞争，图案变得越来越精美，越来越复杂，越来越巨大，越来越有“含义”&quot; f=&quot;The sharp increase in the number of crop circles, every year thousands are found, after years of practice and secretly competition, the pattern becomes more and more beautiful, more complex, more and more huge, more and more &amp;quot;meaning&amp;quot; &quot; title=&quot;麦田圈的数量剧增，每年都有数千个被发现，经过多年的练习和暗中的竞争，图案变得越来越精美，越来越复杂，越来越巨大，越来越有“含义”&quot;&gt;The sharp increase in the number of crop circles, every year thousands are found, after years of practice and secretly competition, the pattern becomes more and more beautiful, more complex, more and more huge, more and more &quot;meaning&quot; &lt;/span&gt;&lt;span d=&quot;，例如在1996年6月17日，在英国奥尔顿巴恩斯（Alton Barnes）出现了一个双螺旋图形的麦田圈，被一些人认为代表外星人的DNA；同一年的7月29日&quot; f=&quot;the same year, for example, in the June 17, 1996, in the United Kingdom Alton Barnes (Alton Barnes) appeared in a double-helix pattern of crop circles, considered by some to represent alien DNA; July 29 &quot; title=&quot;，例如在1996年6月17日，在英国奥尔顿巴恩斯（Alton Barnes）出现了一个双螺旋图形的麦田圈，被一些人认为代表外星人的DNA；同一年的7月29日&quot;&gt;the same year, for example, in the June 17, 1996, in the United Kingdom Alton Barnes (Alton Barnes) appeared in a double-helix pattern of crop circles, considered by some to represent alien DNA; July 29 &lt;/span&gt;&lt;span d=&quot;，在威尔特郡，发现了一个长达4100英尺的巨型麦田圈。&quot; f=&quot;, in Wiltshire, found a 4100 ft long giant crop circles. &quot; title=&quot;，在威尔特郡，发现了一个长达4100英尺的巨型麦田圈。&quot;&gt;, in Wiltshire, found a 4100 ft long giant crop circles. &lt;/span&gt;&lt;span d=&quot;不管神秘现象鼓吹者如何崇拜、解释这类麦田圈，它们显然是人们三更半夜时偷偷制造的，有人还被当场抓获。&quot; f=&quot;No matter how mysterious phenomenon advocates worship, to explain the type of crop circles, they are clearly people secretly manufacturing middle of the night, was also arrested on the spot. &quot; title=&quot;不管神秘现象鼓吹者如何崇拜、解释这类麦田圈，它们显然是人们三更半夜时偷偷制造的，有人还被当场抓获。&quot;&gt;No matter how mysterious phenomenon advocates worship, to explain the type of crop circles, they are clearly people secretly manufacturing middle of the night, was also arrested on the spot. &lt;/span&gt;&lt;span d=&quot;还有些人则干脆把制造麦田圈当成一种行为艺术，成了公开以此为业的艺术家。&quot; f=&quot;Some people simply to create crop circles as a kind of performance art, became public this industry artists. &quot; title=&quot;还有些人则干脆把制造麦田圈当成一种行为艺术，成了公开以此为业的艺术家。&quot;&gt;Some people simply to create crop circles as a kind of performance art, became public this industry artists. &lt;/span&gt;&lt;span d=&quot;伦敦的约翰·仑德伯格（John Lundberg）就是其中最著名的一位。&quot; f=&quot;London John Lundeboge, (John Lundberg) is one of the most famous. &quot; title=&quot;伦敦的约翰·仑德伯格（John Lundberg）就是其中最著名的一位。&quot;&gt;London John Lundeboge, (John Lundberg) is one of the most famous. &lt;/span&gt;&lt;span d=&quot;早在1990年，在道格和戴维坦白之前，仑德伯格就已无师自通偷偷摸摸地制造麦田圈了。&quot; f=&quot;As early as 1990, in the before Doug, and Dai Weitan White, Lundeboge on is no longer self-taught through surreptitiously manufacturing crop circles. &quot; title=&quot;早在1990年，在道格和戴维坦白之前，仑德伯格就已无师自通偷偷摸摸地制造麦田圈了。&quot;&gt;As early as 1990, in the before Doug, and Dai Weitan White, Lundeboge on is no longer self-taught through surreptitiously manufacturing crop circles. &lt;/span&gt;&lt;span d=&quot;早期的尝试相当粗糙，随着他逐渐掌握了窍门，制作的麦田圈越来越精致，甚至令人叹为观止，倒真的成了一门艺术了。&quot; f=&quot;Early attempt is quite rough, as he gradually mastered the trick, making crop circles are more and more sophisticated, and even amazing, indeed became an art. &quot; title=&quot;早期的尝试相当粗糙，随着他逐渐掌握了窍门，制作的麦田圈越来越精致，甚至令人叹为观止，倒真的成了一门艺术了。&quot;&gt;Early attempt is quite rough, as he gradually mastered the trick, making crop circles are more and more sophisticated, and even amazing, indeed became an art. &lt;/span&gt;&lt;span d=&quot;仑德伯格以后经常为媒体做制作麦田圈的表演，但也继续偷偷地炮制神秘的麦田圈愚弄“神秘科学家”。&quot; f=&quot;The regular media Lundeboge do making crop circles show the mysterious crop circles fooled &amp;quot;mysterious scientist, but also continue to secretly concocted. &quot; title=&quot;仑德伯格以后经常为媒体做制作麦田圈的表演，但也继续偷偷地炮制神秘的麦田圈愚弄“神秘科学家”。&quot;&gt;The regular media Lundeboge do making crop circles show the mysterious crop circles fooled &quot;mysterious scientist, but also continue to secretly concocted. &lt;/span&gt;&lt;span d=&quot;制作麦田圈的工具和制作方法。&quot; f=&quot;Production tools and production methods of crop circles. &quot; title=&quot;制作麦田圈的工具和制作方法。&quot;&gt;Production tools and production methods of crop circles. &lt;/span&gt;&lt;span d=&quot;他在1995年夏天建立了一个专门的网站介绍麦田圈制作艺术，收集了他们和别人制作的各种各样的麦田圈图案，甚至还教大家如何制作麦田圈。&quot; f=&quot;In the summer of 1995, he set up a dedicated website introduced the art of making crop circles and collect the crop circle pattern produced by a variety of others, and even teach you how to make crop circles. &quot; title=&quot;他在1995年夏天建立了一个专门的网站介绍麦田圈制作艺术，收集了他们和别人制作的各种各样的麦田圈图案，甚至还教大家如何制作麦田圈。&quot;&gt;In the summer of 1995, he set up a dedicated website introduced the art of making crop circles and collect the crop circle pattern produced by a variety of others, and even teach you how to make crop circles. &lt;/span&gt;&lt;span d=&quot;他使用的工具是一个4英尺长、2英尺宽的木板，两头系上绳子形成圈套；一根2英尺长的木棍，用于固定圆心；一根一端系在这根木棍上的细绳。&quot; f=&quot;The tools he uses a 4-foot-long, 2 feet wide planks, the two tied the rope to form a trap; a 2-foot-long wooden sticks, for the fixed center of the circle; a string of one end of the stick on. &quot; title=&quot;他使用的工具是一个4英尺长、2英尺宽的木板，两头系上绳子形成圈套；一根2英尺长的木棍，用于固定圆心；一根一端系在这根木棍上的细绳。&quot;&gt;The tools he uses a 4-foot-long, 2 feet wide planks, the two tied the rope to form a trap; a 2-foot-long wooden sticks, for the fixed center of the circle; a string of one end of the stick on. &lt;/span&gt;&lt;span d=&quot;在制作时，一脚踩在木板上拖动木板压倒麦子，并拉着细绳与圆心保持固定的距离，逐渐就可以形成一个圆圈。&quot; f=&quot;In the production of a foot dragging board planks overwhelming wheat, and pulled the cord and to maintain a fixed distance from the center, and gradually form a circle. &quot; title=&quot;在制作时，一脚踩在木板上拖动木板压倒麦子，并拉着细绳与圆心保持固定的距离，逐渐就可以形成一个圆圈。&quot;&gt;In the production of a foot dragging board planks overwhelming wheat, and pulled the cord and to maintain a fixed distance from the center, and gradually form a circle. &lt;/span&gt;&lt;span d=&quot;按他传授的方法，人人经过练习，花三四个小时就可以制作出一个大型的麦田圈。&quot; f=&quot;He taught everyone to practice, spend thirty-four hours can produce a large crop circles. &quot; title=&quot;按他传授的方法，人人经过练习，花三四个小时就可以制作出一个大型的麦田圈。&quot;&gt;He taught everyone to practice, spend thirty-four hours can produce a large crop circles. &lt;/span&gt;&lt;span d=&quot;不知道已有多少人从仑德伯格那里取了经，反正现在麦田圈的制作水平是越来越高明了。&quot; f=&quot;Do not know already taken by many people from Lundeboge there, anyway, the production level of the crop circles are becoming more sophisticated. &quot; title=&quot;不知道已有多少人从仑德伯格那里取了经，反正现在麦田圈的制作水平是越来越高明了。&quot;&gt;Do not know already taken by many people from Lundeboge there, anyway, the production level of the crop circles are becoming more sophisticated. &lt;/span&gt;&lt;span d=&quot;编辑本段人为悬念麦田怪圈具有五种特征人为制造疑云重重麦田怪圈然而，高百分比数据并没能抵挡人们对神秘怪圈的好奇。&quot; f=&quot;Edit this paragraph artificial suspense crop circles have five characteristics of human manufacture doubt Catcher vicious circle, however, the high percentage of data did not able to resist the mysterious cycle of curiosity. &quot; title=&quot;编辑本段人为悬念麦田怪圈具有五种特征人为制造疑云重重麦田怪圈然而，高百分比数据并没能抵挡人们对神秘怪圈的好奇。&quot;&gt;Edit this paragraph artificial suspense crop circles have five characteristics of human manufacture doubt Catcher vicious circle, however, the high percentage of data did not able to resist the mysterious cycle of curiosity. &lt;/span&gt;&lt;span d=&quot;记者在网上论坛中发现，即便科学家已经证实美丽图案多数是人为，但仍有发帖者宁可相信怪圈是源自某种地外文明。&quot; f=&quot;Reporters found in the online forum, even scientists have confirmed that the majority of beautiful patterns is man-made, but still posted by prefer to believe the circles are from some kind of extraterrestrial civilizations. &quot; title=&quot;记者在网上论坛中发现，即便科学家已经证实美丽图案多数是人为，但仍有发帖者宁可相信怪圈是源自某种地外文明。&quot;&gt;Reporters found in the online forum, even scientists have confirmed that the majority of beautiful patterns is man-made, but still posted by prefer to believe the circles are from some kind of extraterrestrial civilizations. &lt;/span&gt;&lt;span d=&quot;为何科学家的论断仍不能说服人们？&quot; f=&quot;Why the thesis of the scientists still can not convince people? &quot; title=&quot;为何科学家的论断仍不能说服人们？&quot;&gt;Why the thesis of the scientists still can not convince people? &lt;/span&gt;&lt;span d=&quot;是什么增添了破解怪圈的难度呢？&quot; f=&quot;What adds to crack the vicious circle of difficulty? &quot; title=&quot;是什么增添了破解怪圈的难度呢？&quot;&gt;What adds to crack the vicious circle of difficulty? &lt;/span&gt;&lt;span d=&quot;中国科普研究所研究员郭正谊教授告诉记者，大部分圆圈在大麦和小麦田中出现，所有麦田出现的怪圈至少有四种特征，这些特征给破解怪圈制造了悬念。&quot; f=&quot;Science researcher at the Institute of China, Professor Guo Zhengyi told reporters that most of the circle in the barley and wheat Tanaka, the vicious circle of all wheat fields at least four characteristics, these characteristics to crack the vicious circle created suspense. &quot; title=&quot;中国科普研究所研究员郭正谊教授告诉记者，大部分圆圈在大麦和小麦田中出现，所有麦田出现的怪圈至少有四种特征，这些特征给破解怪圈制造了悬念。&quot;&gt;Science researcher at the Institute of China, Professor Guo Zhengyi told reporters that most of the circle in the barley and wheat Tanaka, the vicious circle of all wheat fields at least four characteristics, these characteristics to crack the vicious circle created suspense. &lt;/span&gt;&lt;span d=&quot;还有一种重要特征是，根据研究人员所讲，在世界各地所形成的数以千计的圆圈未试过当场被人见到制造过程。&quot; f=&quot;Another important feature is that the circle of thousands around the world, according to the researchers said, have not tried the spot was to see the manufacturing process. &quot; title=&quot;还有一种重要特征是，根据研究人员所讲，在世界各地所形成的数以千计的圆圈未试过当场被人见到制造过程。&quot;&gt;Another important feature is that the circle of thousands around the world, according to the researchers said, have not tried the spot was to see the manufacturing process. &lt;/span&gt;&lt;span d=&quot;麦田怪圈频繁成为头版新闻，正是这些特征让怪圈疑云重重。&quot; f=&quot;Frequent crop circles become front-page news, and it is these characteristics so that the cycle of doubt the. &quot; title=&quot;麦田怪圈频繁成为头版新闻，正是这些特征让怪圈疑云重重。&quot;&gt;Frequent crop circles become front-page news, and it is these characteristics so that the cycle of doubt the. &lt;/span&gt;&lt;span d=&quot;如果是人为的，怎样能解释这些现象呢？&quot; f=&quot;If it is man-made, and how these phenomena can explain it? &quot; title=&quot;如果是人为的，怎样能解释这些现象呢？&quot;&gt;If it is man-made, and how these phenomena can explain it? &lt;/span&gt;&lt;span d=&quot;数字6是关键专家讲述麦田怪圈人造细节郭教授一直关注国外麦田怪圈的研究进展，他认为，麦田怪圈是一些艺术家在黑暗掩护下制造的杰作。&quot; f=&quot;The number 6 is a key expert on crop circles artificial details of Professor Guo has been concerned about the crop circles abroad, he believes that the crop circles is manufactured by a number of artists in the dark under the cover of a masterpiece. &quot; title=&quot;数字6是关键专家讲述麦田怪圈人造细节郭教授一直关注国外麦田怪圈的研究进展，他认为，麦田怪圈是一些艺术家在黑暗掩护下制造的杰作。&quot;&gt;The number 6 is a key expert on crop circles artificial details of Professor Guo has been concerned about the crop circles abroad, he believes that the crop circles is manufactured by a number of artists in the dark under the cover of a masterpiece. &lt;/span&gt;&lt;span d=&quot;这些人通常选择制造的形状不是最新电脑绘图软件的结果，是他们喜欢的设计和当天早些时候草拟出来的。&quot; f=&quot;These people usually choose the shape is not the latest computer graphics software manufacturing results, drafted a design they like and earlier in the day. &quot; title=&quot;这些人通常选择制造的形状不是最新电脑绘图软件的结果，是他们喜欢的设计和当天早些时候草拟出来的。&quot;&gt;These people usually choose the shape is not the latest computer graphics software manufacturing results, drafted a design they like and earlier in the day. &lt;/span&gt;&lt;span d=&quot;麦田怪圈这些艺术家的秘密工具不是人们所预料的复杂仪器，而是简单的绳、木板和测量员用的尺。&quot; f=&quot;The crop circles secret tools of these artists is not expected complex instrument, but with the feet of rope, wood and surveyors simple. &quot; title=&quot;麦田怪圈这些艺术家的秘密工具不是人们所预料的复杂仪器，而是简单的绳、木板和测量员用的尺。&quot;&gt;The crop circles secret tools of these artists is not expected complex instrument, but with the feet of rope, wood and surveyors simple. &lt;/span&gt;&lt;span d=&quot;直升机红外线摄影机曾拍摄过麦田怪圈的制作过程，郭教授向记者描述了这个过程。&quot; f=&quot;Helicopter infrared camera has taken over the production of the crop circles to describe this process, Professor Guo told reporters. &quot; title=&quot;直升机红外线摄影机曾拍摄过麦田怪圈的制作过程，郭教授向记者描述了这个过程。&quot;&gt;Helicopter infrared camera has taken over the production of the crop circles to describe this process, Professor Guo told reporters. &lt;/span&gt;&lt;span d=&quot;“制造者拿着工具进入麦田，记得麦田怪圈的第一个特征吗？（No Physical Evidence），那不是绝对的事实，小心查看可以找到脚印。通常地下十分硬，跟随轨迹，少许脚印会留下&quot; f=&quot;Manufacturer holding a tool into the wheat field, I remember the first feature of the crop circles? (No Physical Evidence), it is not an absolute fact, check carefully you can find the footprints. Usually underground very hard to follow the trajectory will leave little footprints &quot; title=&quot;“制造者拿着工具进入麦田，记得麦田怪圈的第一个特征吗？（No Physical Evidence），那不是绝对的事实，小心查看可以找到脚印。通常地下十分硬，跟随轨迹，少许脚印会留下&quot;&gt;Manufacturer holding a tool into the wheat field, I remember the first feature of the crop circles? (No Physical Evidence), it is not an absolute fact, check carefully you can find the footprints. Usually underground very hard to follow the trajectory will leave little footprints &lt;/span&gt;&lt;span d=&quot;，而制造者会说是随后来访者造成的，他们总可以自圆其说。 进入麦田的通道是农作物中的小径。这些小径是农夫用来运送、施肥和收割时走的田间小道。当制造者抵达麦田&quot; f=&quot;, and the manufacturer will be caused by subsequent visitors, they can always be justified. channel into the wheat field crops trails. these trails go when the farmer used to transport, fertilization and harvest field trail when the manufacturer arrived Catcher &quot; title=&quot;，而制造者会说是随后来访者造成的，他们总可以自圆其说。 进入麦田的通道是农作物中的小径。这些小径是农夫用来运送、施肥和收割时走的田间小道。当制造者抵达麦田&quot;&gt;, and the manufacturer will be caused by subsequent visitors, they can always be justified. channel into the wheat field crops trails. these trails go when the farmer used to transport, fertilization and harvest field trail when the manufacturer arrived Catcher &lt;/span&gt;&lt;span d=&quot;内预先决定的地点后，其中一人站在中心点，另一个人开始画第一个圆圈，没有在地下钉上任何标记，因为他们不会留下痕迹。 麦田怪圈当第一个圆圈完成后，&quot; f=&quot;within a pre-determined location, one of them standing in the center point, another man began to draw the first circle, no nail any mark in the ground, because they do not leave marks. crop circles when the first after the completion of a circle, &quot; title=&quot;内预先决定的地点后，其中一人站在中心点，另一个人开始画第一个圆圈，没有在地下钉上任何标记，因为他们不会留下痕迹。 麦田怪圈当第一个圆圈完成后，&quot;&gt;within a pre-determined location, one of them standing in the center point, another man began to draw the first circle, no nail any mark in the ground, because they do not leave marks. crop circles when the first after the completion of a circle, &lt;/span&gt;&lt;span d=&quot;一束小麦不会压平，而是被当作中心点，将来所有量度以这个位置做根据。由于害怕被人听见，于是他们用暗号联络。此时，制造者开始用自制木板压平农作物，&quot; f=&quot;bunch of wheat will not flatten, but as the center point of all future measurements to this location to do according to afraid of being heard, so they contacted with secret codes, manufacturers began to use homemade wood flatten crops &quot; title=&quot;一束小麦不会压平，而是被当作中心点，将来所有量度以这个位置做根据。由于害怕被人听见，于是他们用暗号联络。此时，制造者开始用自制木板压平农作物，&quot;&gt;bunch of wheat will not flatten, but as the center point of all future measurements to this location to do according to afraid of being heard, so they contacted with secret codes, manufacturers began to use homemade wood flatten crops &lt;/span&gt;&lt;span d=&quot;制造弯曲图案。 木板有不同尺寸，每块木板两端有孔，让绳索穿过。每位队员拉着绳子一直向前跑，所到之处的小麦被压平，麦田的形状就这样随着&quot; f=&quot;manufacturing curved pattern. different size planks, each plank hole at both ends, to allow the rope to pass through each team pulling rope ran straight ahead, wherever wheat is flattened the Catcher in shape so with the &quot; title=&quot;制造弯曲图案。 木板有不同尺寸，每块木板两端有孔，让绳索穿过。每位队员拉着绳子一直向前跑，所到之处的小麦被压平，麦田的形状就这样随着&quot;&gt;manufacturing curved pattern. different size planks, each plank hole at both ends, to allow the rope to pass through each team pulling rope ran straight ahead, wherever wheat is flattened the Catcher in shape so with the &lt;/span&gt;&lt;span d=&quot;设计的形状悄悄发生改变。 这个木板的尺寸造就了复杂编织的图案（Complex Woven Patterns）。然而，所有麦田怪圈都是根据几何原理制作的吗？（Secred Geometry）麦田怪圈郭教授说，那些艺术家们&quot; f=&quot;the design shape quietly changed the size of this wood created a complex weave pattern (Complex Woven Patterns) However, all crop circles are produced according to geometric principles do? (Secred Geometry) Crop Circles Professor Guo said, those artists &quot; title=&quot;设计的形状悄悄发生改变。 这个木板的尺寸造就了复杂编织的图案（Complex Woven Patterns）。然而，所有麦田怪圈都是根据几何原理制作的吗？（Secred Geometry）麦田怪圈郭教授说，那些艺术家们&quot;&gt;the design shape quietly changed the size of this wood created a complex weave pattern (Complex Woven Patterns) However, all crop circles are produced according to geometric principles do? (Secred Geometry) Crop Circles Professor Guo said, those artists &lt;/span&gt;&lt;span d=&quot;由于怪异图案经常在他们家乡附近出现，却没有怎么制造的合理解释，他们最后决定看看人力是否可以做到。&quot; f=&quot;Grotesquerie often appear near their home, but no reasonable explanation of how to manufacture, they finally decided to take a look at the human can do. &quot; title=&quot;由于怪异图案经常在他们家乡附近出现，却没有怎么制造的合理解释，他们最后决定看看人力是否可以做到。&quot;&gt;Grotesquerie often appear near their home, but no reasonable explanation of how to manufacture, they finally decided to take a look at the human can do. &lt;/span&gt;&lt;span d=&quot;2004年8月，世界许多地方的农田里又一次出现了神秘图案，而且与往年一样，它们大部分现身在英国。&quot; f=&quot;August 2004, much of the world&#39;s farmland again appear mysterious pattern, but in previous years, most of them coming out in the UK. &quot; title=&quot;2004年8月，世界许多地方的农田里又一次出现了神秘图案，而且与往年一样，它们大部分现身在英国。&quot;&gt;August 2004, much of the world&#39;s farmland again appear mysterious pattern, but in previous years, most of them coming out in the UK. &lt;/span&gt;&lt;span d=&quot;出现麦田圈最多的地方是英国威尔特郡，那里有著名的白马山，也有神秘的史前巨石阵。&quot; f=&quot;The place where most of the crop circles in Wiltshire, UK famous Baimashan, mysterious Stonehenge. &quot; title=&quot;出现麦田圈最多的地方是英国威尔特郡，那里有著名的白马山，也有神秘的史前巨石阵。&quot;&gt;The place where most of the crop circles in Wiltshire, UK famous Baimashan, mysterious Stonehenge. &lt;/span&gt;&lt;span d=&quot;白马山下至少出现过三次麦田怪圈，人们猜测其神秘图形也许和古代遗迹有某种联系。&quot; f=&quot;Baimashan under there have been at least three crop circles, speculation mysterious graphics may have some connection to the ancient ruins. &quot; title=&quot;白马山下至少出现过三次麦田怪圈，人们猜测其神秘图形也许和古代遗迹有某种联系。&quot;&gt;Baimashan under there have been at least three crop circles, speculation mysterious graphics may have some connection to the ancient ruins. &lt;/span&gt;&lt;span d=&quot;许多人认为巨石阵与麦田怪圈在传达一样的信息。&quot; f=&quot;Many people believe that Stonehenge and crop circles to convey the same information. &quot; title=&quot;许多人认为巨石阵与麦田怪圈在传达一样的信息。&quot;&gt;Many people believe that Stonehenge and crop circles to convey the same information. &lt;/span&gt;&lt;span d=&quot;1991年7月出现在巨石阵旁的巨大麦田怪圈非常复杂，它结合了三种几何图形，仿佛经过了精密计算。&quot; f=&quot;The huge crop circles appear next to Stonehenge in July 1991 is very complex, it is a combination of three geometric shapes, as if after a precise calculation. &quot; title=&quot;1991年7月出现在巨石阵旁的巨大麦田怪圈非常复杂，它结合了三种几何图形，仿佛经过了精密计算。&quot;&gt;The huge crop circles appear next to Stonehenge in July 1991 is very complex, it is a combination of three geometric shapes, as if after a precise calculation. &lt;/span&gt;&lt;span d=&quot;怪圈似乎在对古代遗迹致敬，又像提醒人们注意二者之间隐含着的神秘联系。&quot; f=&quot;The vicious circle seems to pay tribute to the ancient ruins, and like to draw attention to the mysterious connection between implied. &quot; title=&quot;怪圈似乎在对古代遗迹致敬，又像提醒人们注意二者之间隐含着的神秘联系。&quot;&gt;The vicious circle seems to pay tribute to the ancient ruins, and like to draw attention to the mysterious connection between implied. &lt;/span&gt;&lt;span d=&quot;而且怪圈中的植物的生长节肿大，就像被加热过，或是密集能量的突然爆发。&quot; f=&quot;And the growth of plants in the vicious circle section enlargement, like heating, or a sudden outbreak of intensive energy. &quot; title=&quot;而且怪圈中的植物的生长节肿大，就像被加热过，或是密集能量的突然爆发。&quot;&gt;And the growth of plants in the vicious circle section enlargement, like heating, or a sudden outbreak of intensive energy. &lt;/span&gt;&lt;span d=&quot;随着研究者们越来越多的关注，这些神秘的怪圈也在开始变化，由一个圆圈慢慢进化成两个或三个相似的圆。&quot; f=&quot;With more and more attention of the researchers, these mysterious vicious circle is also starting to change, slowly evolved into a two or three similar round by a circle. &quot; title=&quot;随着研究者们越来越多的关注，这些神秘的怪圈也在开始变化，由一个圆圈慢慢进化成两个或三个相似的圆。&quot;&gt;With more and more attention of the researchers, these mysterious vicious circle is also starting to change, slowly evolved into a two or three similar round by a circle. &lt;/span&gt;&lt;span d=&quot;我们不知道麦田圈是否是大自然的奇迹。&quot; f=&quot;We do not know whether the crop circles is a miracle of nature. &quot; title=&quot;我们不知道麦田圈是否是大自然的奇迹。&quot;&gt;We do not know whether the crop circles is a miracle of nature. &lt;/span&gt;&lt;span d=&quot;还有很多人将神秘麦田圈与外星智慧生命联系起来，这些在空中才能完全看清的符号，是不是外星人给我们的某种信息呢？&quot; f=&quot;There are a lot of people the mysterious crop circles with extraterrestrial intelligent life up in the air in order to fully see the symbol, is not alien to us some information? &quot; title=&quot;还有很多人将神秘麦田圈与外星智慧生命联系起来，这些在空中才能完全看清的符号，是不是外星人给我们的某种信息呢？&quot;&gt;There are a lot of people the mysterious crop circles with extraterrestrial intelligent life up in the air in order to fully see the symbol, is not alien to us some information? &lt;/span&gt;&lt;span d=&quot;特别是在1991年出现的象形图案，有的像箱子或钥匙，还有的甚至像人！&quot; f=&quot;1991 pictograms pattern, some like a box or a key, there&#39;s even like people! &quot; title=&quot;特别是在1991年出现的象形图案，有的像箱子或钥匙，还有的甚至像人！&quot;&gt;1991 pictograms pattern, some like a box or a key, there&#39;s even like people! &lt;/span&gt;&lt;span d=&quot;世界各地共有数千个麦田圈陆续出现，如果这些不过是恶作剧的话，这些恶作剧者不但要懂得绘图和计算来制造精美图形的麦田圈，还要非常小心不能惊醒农夫和家畜。&quot; f=&quot;There are thousands of crop circles around the world start to appear, but mischievous, these mischief-makers must not only understand the manufacturing exquisite graphics drawing and calculation of crop circles, but also be very careful not awakened by the farmer and livestock. &quot; title=&quot;世界各地共有数千个麦田圈陆续出现，如果这些不过是恶作剧的话，这些恶作剧者不但要懂得绘图和计算来制造精美图形的麦田圈，还要非常小心不能惊醒农夫和家畜。&quot;&gt;There are thousands of crop circles around the world start to appear, but mischievous, these mischief-makers must not only understand the manufacturing exquisite graphics drawing and calculation of crop circles, but also be very careful not awakened by the farmer and livestock. &lt;/span&gt;&lt;span d=&quot;事实上，每年出现的充满神秘色彩的麦田圈，已成为英国一些省市吸引游客的热点。&quot; f=&quot;In fact, each year appear mysterious crop circles, has become a hot spot for some of Britain&#39;s provinces and cities to attract tourists. &quot; title=&quot;事实上，每年出现的充满神秘色彩的麦田圈，已成为英国一些省市吸引游客的热点。&quot;&gt;In fact, each year appear mysterious crop circles, has become a hot spot for some of Britain&#39;s provinces and cities to attract tourists. &lt;/span&gt;&lt;span d=&quot;现在，麦田圈热潮已逐渐减退，大部分人们开始相信，这一切不过是一巨大的恶作剧，虽然这个说法并没有办法解释麦田圈中植物的变异和辐射增强等疑问，但人们仍认为麦田圈的&quot; f=&quot;Now, crop circles boom has receded, most of the people are beginning to believe that all this is just a huge prank, this argument does not explain the variability of crop circle plants and radiation-enhanced doubt, but people still believe that crop circles &quot; title=&quot;现在，麦田圈热潮已逐渐减退，大部分人们开始相信，这一切不过是一巨大的恶作剧，虽然这个说法并没有办法解释麦田圈中植物的变异和辐射增强等疑问，但人们仍认为麦田圈的&quot;&gt;Now, crop circles boom has receded, most of the people are beginning to believe that all this is just a huge prank, this argument does not explain the variability of crop circle plants and radiation-enhanced doubt, but people still believe that crop circles &lt;/span&gt;&lt;span d=&quot;制作者就是人类自己。&quot; f=&quot;production is the man himself. &quot; title=&quot;制作者就是人类自己。&quot;&gt;production is the man himself. &lt;/span&gt;&lt;span d=&quot;这个麦田怪圈范围很广，走到中间要30分钟，一共由409 个圆组成。&quot; f=&quot;Wide range of crop circles, went to the middle 30 minutes, and a total of 409 round.
&quot; title=&quot;这个麦田怪圈范围很广，走到中间要30分钟，一共由409 个圆组成。&quot;&gt;Wide range of crop circles, went to the middle 30 minutes, and a total of 409 round.&lt;/span&gt;&lt;span d=&quot;开始，有很多麦田怪圈狂热者和专家试图揭开这个麦田怪圈的意思，但几乎都无功而返。&quot; f=&quot;Began, many crop circle enthusiasts and experts trying to uncover the meaning of the crop circles, but almost all failed. &quot; title=&quot;开始，有很多麦田怪圈狂热者和专家试图揭开这个麦田怪圈的意思，但几乎都无功而返。&quot;&gt;Began, many crop circle enthusiasts and experts trying to uncover the meaning of the crop circles, but almost all failed. &lt;/span&gt;&lt;span d=&quot;专家提出，这个最新麦田怪圈是一个局部日食景观，这个日食奇观将于今年8月1日出现。&quot; f=&quot;Experts, this latest crop circles are a partial solar eclipse landscape, this eclipse spectacle will appear on August 1 this year.
&quot; title=&quot;专家提出，这个最新麦田怪圈是一个局部日食景观，这个日食奇观将于今年8月1日出现。&quot;&gt;Experts, this latest crop circles are a partial solar eclipse landscape, this eclipse spectacle will appear on August 1 this year.&lt;/span&gt;&lt;span d=&quot;，直到省略(ellipsis）前的蓝色色块，每一色块数目和π的数值3.141592654相对应直径150米的英国最复杂麦田怪圈网易探索6月18日报道，据《每日邮报》18日报道&quot; f=&quot;Until omitted (ellipsis) before the blue blocks of color, each color block number and π value 3.141592654 corresponding to 150 meters in diameter, the UK&#39;s most complex crop circles Netease Exploration reported June 18, according to the &amp;quot;Daily Mail&amp;quot; reported on the 18th &quot; title=&quot;，直到省略(ellipsis）前的蓝色色块，每一色块数目和π的数值3.141592654相对应直径150米的英国最复杂麦田怪圈网易探索6月18日报道，据《每日邮报》18日报道&quot;&gt;Until omitted (ellipsis) before the blue blocks of color, each color block number and π value 3.141592654 corresponding to 150 meters in diameter, the UK&#39;s most complex crop circles Netease Exploration reported June 18, according to the &quot;Daily Mail&quot; reported on the 18th &lt;/span&gt;&lt;span d=&quot;，英国天体物理学家最近破解了英国最为复杂的一个麦田怪圈，它是圆周率π前十位数字的编码图形。&quot; f=&quot;British astrophysicist recently cracked one of Britain&#39;s most complex crop circles, it is the ratio of the circumference of a circle to its diameter π ten digital coded graphic. &quot; title=&quot;，英国天体物理学家最近破解了英国最为复杂的一个麦田怪圈，它是圆周率π前十位数字的编码图形。&quot;&gt;British astrophysicist recently cracked one of Britain&#39;s most complex crop circles, it is the ratio of the circumference of a circle to its diameter π ten digital coded graphic. &lt;/span&gt;&lt;span d=&quot;6月初，这个怪圈图案在英国维尔特郡的巴伯里（Barbury）城堡被发现，直径为150米。&quot; f=&quot;Babo Li (Barbury) Castle in British Wirth County early June, this vicious circle pattern was found 150 meters in diameter. &quot; title=&quot;6月初，这个怪圈图案在英国维尔特郡的巴伯里（Barbury）城堡被发现，直径为150米。&quot;&gt;Babo Li (Barbury) Castle in British Wirth County early June, this vicious circle pattern was found 150 meters in diameter. &lt;/span&gt;&lt;span d=&quot;起初麦田怪圈爱好者对图片的含义大惑不解，就连许多专家也也觉得“令人难以置信”。&quot; f=&quot;Initially, crop circle enthusiasts puzzled by the meaning of the picture, and even many experts also felt &amp;quot;incredible&amp;quot;. &quot; title=&quot;起初麦田怪圈爱好者对图片的含义大惑不解，就连许多专家也也觉得“令人难以置信”。&quot;&gt;Initially, crop circle enthusiasts puzzled by the meaning of the picture, and even many experts also felt &quot;incredible&quot;. &lt;/span&gt;&lt;span d=&quot;退休的天体物理学家麦克。&quot; f=&quot;Retired astrophysicist Mike. &quot; title=&quot;退休的天体物理学家麦克。&quot;&gt;Retired astrophysicist Mike. &lt;/span&gt;&lt;span d=&quot;里德看到图片后，将图案和数学联系起来。&quot; f=&quot;Reed see pictures, patterns and mathematical link. &quot; title=&quot;里德看到图片后，将图案和数学联系起来。&quot;&gt;Reed see pictures, patterns and mathematical link. &lt;/span&gt;&lt;span d=&quot;他说，巴伯里（Barbury）麦田图案清楚地显示了圆周率π的前十位数字（3.141592654）。&quot; f=&quot;He said, Babo Li (Barbury) Catcher pattern clearly shows the first ten digits of pi π (3.141592654). &quot; title=&quot;他说，巴伯里（Barbury）麦田图案清楚地显示了圆周率π的前十位数字（3.141592654）。&quot;&gt;He said, Babo Li (Barbury) Catcher pattern clearly shows the first ten digits of pi π (3.141592654). &lt;/span&gt;&lt;span d=&quot;里德说，通过观察照片可以看出，图案代表了圆周率π的前十位数字，其中第十位数字还被适当地舍入（编辑注：3.141592654，最后一位数字“4”则为3.14159265359中&quot; f=&quot;Reed said, the photos can be seen by observing the patterns represent the first ten digits of pi π tenth digit is also appropriate rounding (Editor&#39;s note: 3.141592654 last digit &amp;quot;4&amp;quot; compared 3.14159265359 in &quot; title=&quot;里德说，通过观察照片可以看出，图案代表了圆周率π的前十位数字，其中第十位数字还被适当地舍入（编辑注：3.141592654，最后一位数字“4”则为3.14159265359中&quot;&gt;Reed said, the photos can be seen by observing the patterns represent the first ten digits of pi π tenth digit is also appropriate rounding (Editor&#39;s note: 3.141592654 last digit &quot;4&quot; compared 3.14159265359 in &lt;/span&gt;&lt;span d=&quot;的“3”根据四舍五入而得）。&quot; f=&quot;&amp;quot;3&amp;quot; according to rounding derived). &quot; title=&quot;的“3”根据四舍五入而得）。&quot;&gt;&quot;3&quot; according to rounding derived). &lt;/span&gt;&lt;span d=&quot;中心附近的原点则为小数点。&quot; f=&quot;Near the center of origin, compared with a decimal point. &quot; title=&quot;中心附近的原点则为小数点。&quot;&gt;Near the center of origin, compared with a decimal point. &lt;/span&gt;&lt;span d=&quot;麦田怪圈这样神秘，所以有千奇百怪的解释，但是，我通过研究和计算，不管麦田怪圈怎么复杂怎么变化， 它都可以使用一个函数描述，ρθ=ρ+θ=κ=常数，这是一个二元&quot; f=&quot;So mysterious crop circles, strange explanation, However, my research and calculations, no matter how complicated how crop circles change, it can use a function description, ρθ = ρ + θ = κ = constant, which is a binary &quot; title=&quot;麦田怪圈这样神秘，所以有千奇百怪的解释，但是，我通过研究和计算，不管麦田怪圈怎么复杂怎么变化， 它都可以使用一个函数描述，ρθ=ρ+θ=κ=常数，这是一个二元&quot;&gt;So mysterious crop circles, strange explanation, However, my research and calculations, no matter how complicated how crop circles change, it can use a function description, ρθ = ρ + θ = κ = constant, which is a binary &lt;/span&gt;&lt;span d=&quot;极坐标函数，其中ρ是极半径，θ是极角，ρ，θ都是变量，这个公式是不高人首先提出来的。&quot; f=&quot;function of the polar coordinates, where ρ is the polar radius, θ is the polar angle, ρ, θ are variables, this formula is not an expert first proposed to. &quot; title=&quot;极坐标函数，其中ρ是极半径，θ是极角，ρ，θ都是变量，这个公式是不高人首先提出来的。&quot;&gt;function of the polar coordinates, where ρ is the polar radius, θ is the polar angle, ρ, θ are variables, this formula is not an expert first proposed to. &lt;/span&gt;&lt;span d=&quot;2011年6月24日，英国威尔特郡近日又出现了一块麦田怪圈，据当地媒体报道，这次的怪圈是在一夜之间形成的。&quot; f=&quot;June 24, 2011, Wiltshire, United Kingdom and recently appeared in a crop circle, according to local media reports, the vicious circle is formed overnight.
  
&quot; title=&quot;2011年6月24日，英国威尔特郡近日又出现了一块麦田怪圈，据当地媒体报道，这次的怪圈是在一夜之间形成的。&quot;&gt;June 24, 2011, Wiltshire, United Kingdom and recently appeared in a crop circle, according to local media reports, the vicious circle is formed overnight.&lt;br /&gt;&amp;nbsp;&amp;nbsp;&lt;/span&gt;&lt;span d=&quot;英国牛津郡近日发现一个长达183米的巨型麦田怪圈，呈水母形状，其完美的造型令人惊叹。&quot; f=&quot;Oxfordshire, England, recently discovered a 183-meter-long giant crop circles were jellyfish shape, perfect shape amazing. &quot; title=&quot;英国牛津郡近日发现一个长达183米的巨型麦田怪圈，呈水母形状，其完美的造型令人惊叹。&quot;&gt;Oxfordshire, England, recently discovered a 183-meter-long giant crop circles were jellyfish shape, perfect shape amazing. &lt;/span&gt;&lt;span d=&quot;这个麦田怪圈出现在英国牛津郡金斯顿库姆比附近的一个麦田里。&quot; f=&quot;This crop circle appeared in a wheat field near Oxfordshire 金斯顿库姆 than.

&quot; title=&quot;这个麦田怪圈出现在英国牛津郡金斯顿库姆比附近的一个麦田里。&quot;&gt;This crop circle appeared in a wheat field near Oxfordshire 金斯顿库姆 than.&lt;/span&gt;&lt;span d=&quot;据报道，最近英国又出现了一个凤凰涅槃状的麦田怪圈。&quot; f=&quot;It is reported that recently the United Kingdom there has been a Phoenix Nirvana-like crop circles. &quot; title=&quot;据报道，最近英国又出现了一个凤凰涅槃状的麦田怪圈。&quot;&gt;It is reported that recently the United Kingdom there has been a Phoenix Nirvana-like crop circles. &lt;/span&gt;&lt;span d=&quot;麦田怪圈专家认为这个最新的麦田怪圈可能和玛雅预言不谋而合。&quot; f=&quot;The crop circle experts believe the latest crop circles coincides with the possible and the Mayan prophecy.

&quot; title=&quot;麦田怪圈专家认为这个最新的麦田怪圈可能和玛雅预言不谋而合。&quot;&gt;The crop circle experts believe the latest crop circles coincides with the possible and the Mayan prophecy.&lt;/span&gt;&lt;span d=&quot;据悉，这幅画作根据一项名为“ApollonianGasket”的数学定理进行创作。&quot; f=&quot;It is learned that the painting is based on a mathematical theorem named &amp;quot;ApollonianGasket&amp;quot; creation.
&quot; title=&quot;据悉，这幅画作根据一项名为“ApollonianGasket”的数学定理进行创作。&quot;&gt;It is learned that the painting is based on a mathematical theorem named &quot;ApollonianGasket&quot; creation.&lt;/span&gt;&lt;span d=&quot;图案总体呈圆形，直径约为70米，内部由规则的环形、扇形及一些不规则图形组成。&quot; f=&quot;The pattern generally circular with a diameter of about 70 meters, the internal rules of the ring, fan and some irregular shapes. &quot; title=&quot;图案总体呈圆形，直径约为70米，内部由规则的环形、扇形及一些不规则图形组成。&quot;&gt;The pattern generally circular with a diameter of about 70 meters, the internal rules of the ring, fan and some irregular shapes. &lt;/span&gt;&lt;span d=&quot;印尼气象、气候和地球物理机构预警中心主任里布迪延托则认为，稻株倒伏很可能是旋风经过所致，但他也无法解释为什么会出现怪圈图案。&quot; f=&quot;Indonesian meteorological, climate and geophysics agency warning center director Li Budi extended care that the rice plants lodging is likely to be caused by the cyclone after, but he could not explain why there is a vicious circle pattern. &quot; title=&quot;印尼气象、气候和地球物理机构预警中心主任里布迪延托则认为，稻株倒伏很可能是旋风经过所致，但他也无法解释为什么会出现怪圈图案。&quot;&gt;Indonesian meteorological, climate and geophysics agency warning center director Li Budi extended care that the rice plants lodging is likely to be caused by the cyclone after, but he could not explain why there is a vicious circle pattern. &lt;/span&gt;&lt;span d=&quot;经调查，大部分“麦田怪圈”系人为恶作剧或艺术创作的结果。&quot; f=&quot;After investigation, most of the &amp;quot;crop circles&amp;quot; Department of the human prank or the result of artistic creation. &quot; title=&quot;经调查，大部分“麦田怪圈”系人为恶作剧或艺术创作的结果。&quot;&gt;After investigation, most of the &quot;crop circles&quot; Department of the human prank or the result of artistic creation. &lt;/span&gt;&lt;span d=&quot;那个怪圈呈逆时针方向。&quot; f=&quot;Was that vicious circle counterclockwise. &quot; title=&quot;那个怪圈呈逆时针方向。&quot;&gt;Was that vicious circle counterclockwise. &lt;/span&gt;&lt;span d=&quot;此后，美国、澳大利亚、欧洲、南美洲、亚洲等地都频频发现这种“怪圈”，其中绝大部分是在英国。&quot; f=&quot;Since then, the United States, Australia, Europe, South America, Asia, and other places are frequently found such a &amp;quot;vicious circle&amp;quot;, most of which are in the UK. &quot; title=&quot;此后，美国、澳大利亚、欧洲、南美洲、亚洲等地都频频发现这种“怪圈”，其中绝大部分是在英国。&quot;&gt;Since then, the United States, Australia, Europe, South America, Asia, and other places are frequently found such a &quot;vicious circle&quot;, most of which are in the UK. &lt;/span&gt;&lt;span d=&quot;从有关记载来看，麦田怪圈出现最多的季节是在春天和夏天。&quot; f=&quot;View from the relevant records, crop circles appear up to the season is in the spring and summer.&quot; title=&quot;从有关记载来看，麦田怪圈出现最多的季节是在春天和夏天。&quot;&gt;View from the relevant records, crop circles appear up to the season is in the spring and summer.&lt;/span&gt;</content><link rel='replies' type='application/atom+xml' href='http://lewisjohn001.blogspot.com/feeds/6996975344705193288/comments/default' title='博文评论'/><link rel='replies' type='text/html' href='http://lewisjohn001.blogspot.com/2012/09/crop-circles.html#comment-form' title='0 条评论'/><link rel='edit' type='application/atom+xml' href='http://www.blogger.com/feeds/6102065772563696208/posts/default/6996975344705193288'/><link rel='self' type='application/atom+xml' href='http://www.blogger.com/feeds/6102065772563696208/posts/default/6996975344705193288'/><link rel='alternate' type='text/html' href='http://lewisjohn001.blogspot.com/2012/09/crop-circles.html' title='Crop Circles '/><author><name>Anonymous</name><uri>http://www.blogger.com/profile/16940981728739398495</uri><email>noreply@blogger.com</email><gd:image rel='http://schemas.google.com/g/2005#thumbnail' width='16' height='16' src='https://img1.blogblog.com/img/b16-rounded.gif'/></author><thr:total>0</thr:total></entry><entry><id>tag:blogger.com,1999:blog-6102065772563696208.post-5400382478970548430</id><published>2012-09-07T05:57:00.002-07:00</published><updated>2012-09-07T05:57:15.381-07:00</updated><title type='text'>Voyager 1 </title><content type='html'>&lt;span d=&quot;旅行者1号（Voyager 1）是一艘无人外太阳系太空探测器，重815千克，于1977年9月5日发射。&quot; f=&quot;Voyager 1 (Voyager 1) is an unmanned outer solar system space probe, weighing 815 kg, was launched on September 5, 1977. &quot; title=&quot;旅行者1号（Voyager 1）是一艘无人外太阳系太空探测器，重815千克，于1977年9月5日发射。&quot;&gt;Voyager 1 (Voyager 1) is an unmanned outer solar system space probe, weighing 815 kg, was launched on September 5, 1977. &lt;/span&gt;&lt;span d=&quot;它曾到访过木星及土星，第一次提供了它们卫星的高解析度清晰照片。&quot; f=&quot;It visited Jupiter and Saturn, the first clear photo of their high-resolution satellite. &quot; title=&quot;它曾到访过木星及土星，第一次提供了它们卫星的高解析度清晰照片。&quot;&gt;It visited Jupiter and Saturn, the first clear photo of their high-resolution satellite. &lt;/span&gt;&lt;span d=&quot;它是离地球最远和飞行速度最快的人造飞行器，真正意义上飞出了太阳系，首次进入星系空间。&quot; f=&quot;It is the farthest away from the Earth and fastest flight the artificial aircraft, flying out of the solar system in the true sense, for the first time into the galaxy space. &quot; title=&quot;它是离地球最远和飞行速度最快的人造飞行器，真正意义上飞出了太阳系，首次进入星系空间。&quot;&gt;It is the farthest away from the Earth and fastest flight the artificial aircraft, flying out of the solar system in the true sense, for the first time into the galaxy space. &lt;/span&gt;&lt;span d=&quot;旅行者1号与其姊妹船旅行者2号携带的钚电池（核动力电池）将持续到2025年。&quot; f=&quot;Voyager 1 and its sister ship Voyager 2 the plutonium battery (carry nuclear-powered battery) will continue until 2025. &quot; title=&quot;旅行者1号与其姊妹船旅行者2号携带的钚电池（核动力电池）将持续到2025年。&quot;&gt;Voyager 1 and its sister ship Voyager 2 the plutonium battery (carry nuclear-powered battery) will continue until 2025. &lt;/span&gt;&lt;span d=&quot;当电池耗尽之后，他们会停止工作，将继续向着银河系的中心前进。&quot; f=&quot;When the battery is exhausted, they will stop working, and will continue to advance toward the center of the Milky Way. &quot; title=&quot;当电池耗尽之后，他们会停止工作，将继续向着银河系的中心前进。&quot;&gt;When the battery is exhausted, they will stop working, and will continue to advance toward the center of the Milky Way. &lt;/span&gt;&lt;span d=&quot;2012年6月14日，美国航空航天局(NASA)宣布，“旅行者”1号探测器在经过长达33年的长途跋涉，飞行约合177亿公里之后，目前已经接近太阳系边缘。&quot; f=&quot;June 14, 2012, the National Aeronautics and Space Administration (NASA) announced, &amp;quot;Voyager 1 spacecraft, flying approximately $ 17.7 billion km trek after 33 years, is already close to the solar system edge.

&quot; title=&quot;2012年6月14日，美国航空航天局(NASA)宣布，“旅行者”1号探测器在经过长达33年的长途跋涉，飞行约合177亿公里之后，目前已经接近太阳系边缘。&quot;&gt;June 14, 2012, the National Aeronautics and Space Administration (NASA) announced, &quot;Voyager 1 spacecraft, flying approximately $ 17.7 billion km trek after 33 years, is already close to the solar system edge.&lt;br /&gt;&lt;/span&gt;&lt;span d=&quot;中文名： 旅行者1号探测器&quot; f=&quot;Chinese name: the Voyager 1 spacecraft
&quot; title=&quot;中文名： 旅行者1号探测器&quot;&gt;Chinese name: the Voyager 1 spacecraft&lt;/span&gt;&lt;span d=&quot;外文名： Voyager 1&quot; f=&quot;Foreign Name: Voyager 1
&quot; title=&quot;外文名： Voyager 1&quot;&gt;Foreign Name: Voyager 1&lt;/span&gt;&lt;span d=&quot;隶属组织： 美国国家航空航天局（NASA）&quot; f=&quot;Membership organizations: the United States National Aeronautics and Space Administration (NASA)
&quot; title=&quot;隶属组织： 美国国家航空航天局（NASA）&quot;&gt;Membership organizations: the United States National Aeronautics and Space Administration (NASA)&lt;/span&gt;&lt;span d=&quot;制造国家： 美国&quot; f=&quot;Manufacturing Country: United States
 &quot; title=&quot;制造国家： 美国&quot;&gt;Manufacturing Country: United States&lt;br /&gt;&amp;nbsp;&lt;/span&gt;&lt;span d=&quot;NSSDC ID： 1977-084A&quot; f=&quot;NSSDC ID: 1977-084A
&quot; title=&quot;NSSDC ID： 1977-084A&quot;&gt;NSSDC ID: 1977-084A&lt;/span&gt;&lt;span d=&quot;姊妹探测器： 旅行者2号&quot; f=&quot;Sisters detectors: Voyager 2
&quot; title=&quot;姊妹探测器： 旅行者2号&quot;&gt;Sisters detectors: Voyager 2&lt;/span&gt;&lt;span d=&quot;发射时间： 1977年9月5日&quot; f=&quot;Launch time: September 5, 1977
 

&quot; title=&quot;发射时间： 1977年9月5日&quot;&gt;Launch time: September 5, 1977&lt;br /&gt;&lt;br /&gt;&lt;/span&gt;&lt;span d=&quot;目录&quot; f=&quot;Directory

&quot; title=&quot;目录&quot;&gt;Directory&lt;br /&gt;&lt;/span&gt;&lt;span d=&quot;基本介绍&quot; f=&quot;Basic introduction
&quot; title=&quot;基本介绍&quot;&gt;Basic introduction&lt;/span&gt;&lt;span d=&quot;任务目标&quot; f=&quot;Mission objectives
&quot; title=&quot;任务目标&quot;&gt;Mission objectives&lt;/span&gt;&lt;span d=&quot;飞行履历 发射升空&quot; f=&quot;Flight biographical launch
&quot; title=&quot;飞行履历 发射升空&quot;&gt;Flight biographical launch&lt;/span&gt;&lt;span d=&quot;拜访木星&quot; f=&quot;Visit Jupiter
&quot; title=&quot;拜访木星&quot;&gt;Visit Jupiter&lt;/span&gt;&lt;span d=&quot;拜访土星&quot; f=&quot;Visit Saturn
&quot; title=&quot;拜访土星&quot;&gt;Visit Saturn&lt;/span&gt;&lt;span d=&quot;星际探索&quot; f=&quot;Interplanetary exploration
&quot; title=&quot;星际探索&quot;&gt;Interplanetary exploration&lt;/span&gt;&lt;span d=&quot;日球层顶&quot; f=&quot;Heliospheric top
&quot; title=&quot;日球层顶&quot;&gt;Heliospheric top&lt;/span&gt;&lt;span d=&quot;星系边缘&quot; f=&quot;Galaxy edge
&quot; title=&quot;星系边缘&quot;&gt;Galaxy edge&lt;/span&gt;&lt;span d=&quot;搭载物品&quot; f=&quot;Equipped items
&quot; title=&quot;搭载物品&quot;&gt;Equipped items&lt;/span&gt;&lt;span d=&quot;展开 基本介绍&quot; f=&quot;Expand basic introduction
&quot; title=&quot;展开 基本介绍&quot;&gt;Expand basic introduction&lt;/span&gt;&lt;span d=&quot;任务目标&quot; f=&quot;Mission objectives
&quot; title=&quot;任务目标&quot;&gt;Mission objectives&lt;/span&gt;&lt;span d=&quot;飞行履历 发射升空&quot; f=&quot;Flight biographical launch
&quot; title=&quot;飞行履历 发射升空&quot;&gt;Flight biographical launch&lt;/span&gt;&lt;span d=&quot;拜访木星&quot; f=&quot;Visit Jupiter
&quot; title=&quot;拜访木星&quot;&gt;Visit Jupiter&lt;/span&gt;&lt;span d=&quot;拜访土星&quot; f=&quot;Visit Saturn
&quot; title=&quot;拜访土星&quot;&gt;Visit Saturn&lt;/span&gt;&lt;span d=&quot;星际探索&quot; f=&quot;Interplanetary exploration
&quot; title=&quot;星际探索&quot;&gt;Interplanetary exploration&lt;/span&gt;&lt;span d=&quot;日球层顶&quot; f=&quot;Heliospheric top
&quot; title=&quot;日球层顶&quot;&gt;Heliospheric top&lt;/span&gt;&lt;span d=&quot;星系边缘&quot; f=&quot;Galaxy edge
&quot; title=&quot;星系边缘&quot;&gt;Galaxy edge&lt;/span&gt;&lt;span d=&quot;搭载物品&quot; f=&quot;Equipped items
&quot; title=&quot;搭载物品&quot;&gt;Equipped items&lt;/span&gt;&lt;span d=&quot;展开编辑本段基本介绍旅行者1号（Voyager 1），原名为美国“水手计划”中的“水手11号”，是一艘无在太空飞行的旅行者1号飞船&quot; f=&quot;Expand basic introduction to this paragraph Voyager 1 (Voyager 1), formerly known as the United States, &amp;quot;the sailor&amp;quot; sailor &amp;quot;is a no in the space flight of the Voyager 1 spacecraft
&quot; title=&quot;展开编辑本段基本介绍旅行者1号（Voyager 1），原名为美国“水手计划”中的“水手11号”，是一艘无在太空飞行的旅行者1号飞船&quot;&gt;Expand basic introduction to this paragraph Voyager 1 (Voyager 1), formerly known as the United States, &quot;the sailor&quot; sailor &quot;is a no in the space flight of the Voyager 1 spacecraft&lt;/span&gt;&lt;span d=&quot;人外太阳系核动力太空探测器，携带有105千克科学探测仪器。&quot; f=&quot;People outside the solar system, the nuclear-powered space probe, carrying 105 kg of scientific instruments. &quot; title=&quot;人外太阳系核动力太空探测器，携带有105千克科学探测仪器。&quot;&gt;People outside the solar system, the nuclear-powered space probe, carrying 105 kg of scientific instruments. &lt;/span&gt;&lt;span d=&quot;它的主体是扁平的十面棱柱体，顶端装有一直径为3.7米的抛物面天线，左右两侧各伸出一根悬臂， 较长的一根是磁强计支柱，短的一根是科学仪器&quot; f=&quot;Its main body is a flat surface prisms 10, the top equipped with a parabolic antenna having a diameter of 3.7 meters, about each extending on both sides of a cantilever, a longer one is the backbone of the magnetometer, the shorter one is Scientific Instruments &quot; title=&quot;它的主体是扁平的十面棱柱体，顶端装有一直径为3.7米的抛物面天线，左右两侧各伸出一根悬臂， 较长的一根是磁强计支柱，短的一根是科学仪器&quot;&gt;Its main body is a flat surface prisms 10, the top equipped with a parabolic antenna having a diameter of 3.7 meters, about each extending on both sides of a cantilever, a longer one is the backbone of the magnetometer, the shorter one is Scientific Instruments &lt;/span&gt;&lt;span d=&quot;支架。&quot; f=&quot;bracket. &quot; title=&quot;支架。&quot;&gt;bracket. &lt;/span&gt;&lt;span d=&quot;[1] 它的飞行速度比截止到目前的任何人造太空船都较快一点，使较它早半个月发射的姊妹船旅行者2号永远都不会超越它，即使在地球以比两艘&quot; f=&quot;[1] Its flight speed than the cut-off to any man-made spacecraft faster point, so compared to its launch two weeks earlier sister ship Voyager 2 is always not go beyond it, even on Earth than two &quot; title=&quot;[1] 它的飞行速度比截止到目前的任何人造太空船都较快一点，使较它早半个月发射的姊妹船旅行者2号永远都不会超越它，即使在地球以比两艘&quot;&gt;[1] Its flight speed than the cut-off to any man-made spacecraft faster point, so compared to its launch two weeks earlier sister ship Voyager 2 is always not go beyond it, even on Earth than two &lt;/span&gt;&lt;span d=&quot;太空船要高的发射速度送上太空的新视野号也如是。&quot; f=&quot;New Horizons spacecraft launch speed into space is also true. &quot; title=&quot;太空船要高的发射速度送上太空的新视野号也如是。&quot;&gt;New Horizons spacecraft launch speed into space is also true. &lt;/span&gt;&lt;span d=&quot;它的一生里曾受惠于几次的引力加速。&quot; f=&quot;It&#39;s life that has benefited several times the gravitational acceleration. &quot; title=&quot;它的一生里曾受惠于几次的引力加速。&quot;&gt;It&#39;s life that has benefited several times the gravitational acceleration. &lt;/span&gt;&lt;span d=&quot;旅行者1号目前正处于太阳影响范围与星际介质之间，将于2012年真正意义上飞出太阳系。&quot; f=&quot;Voyager 1 is now in the the sun sphere of influence with the interstellar medium, will fly out of the solar system in the true sense of the 2012. &quot; title=&quot;旅行者1号目前正处于太阳影响范围与星际介质之间，将于2012年真正意义上飞出太阳系。&quot;&gt;Voyager 1 is now in the the sun sphere of influence with the interstellar medium, will fly out of the solar system in the true sense of the 2012. &lt;/span&gt;&lt;span d=&quot;旅行者1号已经进入了日鞘，即介乎太阳系与星际物质之间的终端震波区域。&quot; f=&quot;Voyager 1 has entered the heliosheath, that is, between the terminal shock wave region between the solar system and interstellar matter. &quot; title=&quot;旅行者1号已经进入了日鞘，即介乎太阳系与星际物质之间的终端震波区域。&quot;&gt;Voyager 1 has entered the heliosheath, that is, between the terminal shock wave region between the solar system and interstellar matter. &lt;/span&gt;&lt;span d=&quot;如果旅行者1号最终在离开日球层顶后仍能有效运作，科学家们将有机会首次量度到星际物质的实际情况。&quot; f=&quot;If Voyager 1 was effective in ultimately leaving the top of the heliosphere, the scientists will have the opportunity to measure for the first time to the actual situation of the interstellar matter. &quot; title=&quot;如果旅行者1号最终在离开日球层顶后仍能有效运作，科学家们将有机会首次量度到星际物质的实际情况。&quot;&gt;If Voyager 1 was effective in ultimately leaving the top of the heliosphere, the scientists will have the opportunity to measure for the first time to the actual situation of the interstellar matter. &lt;/span&gt;&lt;span d=&quot;太空船发出的讯号需要16个小时以上才能抵达它的控发射升空&quot; f=&quot;Need more than 16 hours to reach its controlled launch spacecraft signals sent
&quot; title=&quot;太空船发出的讯号需要16个小时以上才能抵达它的控发射升空&quot;&gt;Need more than 16 hours to reach its controlled launch spacecraft signals sent&lt;/span&gt;&lt;span d=&quot;[2]制中心，美国太空总署与位于加州帕萨蒂纳的加州理工学院合作的喷气推进实验室。&quot; f=&quot;[2] Centers for Jet Propulsion Laboratory, NASA, in collaboration with the California Institute of Technology in Pasadena, California. &quot; title=&quot;[2]制中心，美国太空总署与位于加州帕萨蒂纳的加州理工学院合作的喷气推进实验室。&quot;&gt;[2] Centers for Jet Propulsion Laboratory, NASA, in collaboration with the California Institute of Technology in Pasadena, California. &lt;/span&gt;&lt;span d=&quot;旅行者1号在沿双曲线轨道运行，并已经达到了第三宇宙速度。&quot; f=&quot;Voyager 1 runs along the hyperbolic orbits, and has reached the third cosmic speed. &quot; title=&quot;旅行者1号在沿双曲线轨道运行，并已经达到了第三宇宙速度。&quot;&gt;Voyager 1 runs along the hyperbolic orbits, and has reached the third cosmic speed. &lt;/span&gt;&lt;span d=&quot;这意味着他的轨道再也不能引导太空船飞返太阳系，与没法联络的先驱者10号、已停止操作的先驱者11号及其姊妹船旅行者2号一样，成为了一艘星际太空&quot; f=&quot;This track means he can no longer guide the spacecraft returning to the solar system has stopped operating, with no way to contact Pioneer 10, Pioneer 11 and its sister ship Voyager 2 become an interstellar space &quot; title=&quot;这意味着他的轨道再也不能引导太空船飞返太阳系，与没法联络的先驱者10号、已停止操作的先驱者11号及其姊妹船旅行者2号一样，成为了一艘星际太空&quot;&gt;This track means he can no longer guide the spacecraft returning to the solar system has stopped operating, with no way to contact Pioneer 10, Pioneer 11 and its sister ship Voyager 2 become an interstellar space &lt;/span&gt;&lt;span d=&quot;船。&quot; f=&quot;ship. &quot; title=&quot;船。&quot;&gt;ship. &lt;/span&gt;&lt;span d=&quot;根据美国太空总署2012年5月7日的消息，旅行者一号现在已经飞到了太阳系边缘，很快将驶出太阳系范围，成为一艘在恒星空间旅行的飞船，为传播地球文化和联络其它&quot; f=&quot;May 7, 2012, according to NASA, Voyager One now has to fly to the edge of the solar system, will soon be pulled out of the solar system, the scope of a spaceship in stellar space travel, contact the dissemination of Earth culture and other &quot; title=&quot;根据美国太空总署2012年5月7日的消息，旅行者一号现在已经飞到了太阳系边缘，很快将驶出太阳系范围，成为一艘在恒星空间旅行的飞船，为传播地球文化和联络其它&quot;&gt;May 7, 2012, according to NASA, Voyager One now has to fly to the edge of the solar system, will soon be pulled out of the solar system, the scope of a spaceship in stellar space travel, contact the dissemination of Earth culture and other &lt;/span&gt;&lt;span d=&quot;宇宙生物服务。&quot; f=&quot;universe biological services. &quot; title=&quot;宇宙生物服务。&quot;&gt;universe biological services. &lt;/span&gt;&lt;span d=&quot;作为旅行者1号的姊妹探测器，旅行者2号于1977年8月20日在肯尼迪航天中心成功发射升空，最初该探测器是作为水手计划中的水手12号。&quot; f=&quot;As a sister probe Voyager 1, Voyager 2 on August 20, 1977 at the Kennedy Space Center successfully launched, initially the detector as the 12th sailor sailor plans. &quot; title=&quot;作为旅行者1号的姊妹探测器，旅行者2号于1977年8月20日在肯尼迪航天中心成功发射升空，最初该探测器是作为水手计划中的水手12号。&quot;&gt;As a sister probe Voyager 1, Voyager 2 on August 20, 1977 at the Kennedy Space Center successfully launched, initially the detector as the 12th sailor sailor plans. &lt;/span&gt;&lt;span d=&quot;它成为旅行者计划中旅行者1号（也叫水手11号）的姊妹探测器。&quot; f=&quot;It became the travelers plan Voyager 1 (also called the sailors on the 11th) sisters detector. &quot; title=&quot;它成为旅行者计划中旅行者1号（也叫水手11号）的姊妹探测器。&quot;&gt;It became the travelers plan Voyager 1 (also called the sailors on the 11th) sisters detector. &lt;/span&gt;&lt;span d=&quot;旅行者2号 旅行者2号飞越海王星&quot; f=&quot;Voyager 2, Voyager 2 flew over Neptune
&quot; title=&quot;旅行者2号 旅行者2号飞越海王星&quot;&gt;Voyager 2, Voyager 2 flew over Neptune&lt;/span&gt;&lt;span d=&quot;以一个有些不同的轨迹接近土星，无论如何，由接近泰坦（土卫六）的引力而产生的引力弹弓，它后来又继续飞向天王星和海王星。&quot; f=&quot;A somewhat different trajectory close to Saturn, in any case, close to Titan (Titan) gravitational gravitational slingshot, which later went on to fly to Uranus and Neptune. &quot; title=&quot;以一个有些不同的轨迹接近土星，无论如何，由接近泰坦（土卫六）的引力而产生的引力弹弓，它后来又继续飞向天王星和海王星。&quot;&gt;A somewhat different trajectory close to Saturn, in any case, close to Titan (Titan) gravitational gravitational slingshot, which later went on to fly to Uranus and Neptune. &lt;/span&gt;&lt;span d=&quot;旅行者2号于1986年经过天王星，于1989年经过海王星。&quot; f=&quot;Voyager 2 in 1986 after Uranus, Neptune in 1989 after. &quot; title=&quot;旅行者2号于1986年经过天王星，于1989年经过海王星。&quot;&gt;Voyager 2 in 1986 after Uranus, Neptune in 1989 after. &lt;/span&gt;&lt;span d=&quot;现在探测器上的许多仪器已关闭，但它仍在继续探测太阳系的环境。&quot; f=&quot;Detector instrument has now closed, but it continues to probe the environment of the solar system. &quot; title=&quot;现在探测器上的许多仪器已关闭，但它仍在继续探测太阳系的环境。&quot;&gt;Detector instrument has now closed, but it continues to probe the environment of the solar system. &lt;/span&gt;&lt;span d=&quot;编辑本段任务目标旅行者1号原先的主要目标，是探测木星与土星及其卫星与环。&quot; f=&quot;Edit this paragraph mission objectives Voyager 1 original main goal is to detect Jupiter and Saturn and its moons and rings. &quot; title=&quot;编辑本段任务目标旅行者1号原先的主要目标，是探测木星与土星及其卫星与环。&quot;&gt;Edit this paragraph mission objectives Voyager 1 original main goal is to detect Jupiter and Saturn and its moons and rings. &lt;/span&gt;&lt;span d=&quot;现在任务已变为探测太阳风顶，以及对太阳风进行粒子测量。&quot; f=&quot;The task becomes the detection top solar wind, and solar wind particle measurements. &quot; title=&quot;现在任务已变为探测太阳风顶，以及对太阳风进行粒子测量。&quot;&gt;The task becomes the detection top solar wind, and solar wind particle measurements. &lt;/span&gt;&lt;span d=&quot;两艘旅行者号探测器，都是以三块放射性同位素温差发电机作为动力来源。&quot; f=&quot;The two Voyagers are three radioisotope thermoelectric generators as a power source. &quot; title=&quot;两艘旅行者号探测器，都是以三块放射性同位素温差发电机作为动力来源。&quot;&gt;The two Voyagers are three radioisotope thermoelectric generators as a power source. &lt;/span&gt;&lt;span d=&quot;这些发电机已经大大超出了起先的设计寿命，一般认为它们在大约2020年之前，仍然可提供足够的电力令太空船能够继续与地球联系。&quot; f=&quot;These generators have been well beyond the design life of at first, is generally believed that before about 2020, they can still provide enough electricity to power the spacecraft is able to continue contact with the Earth.
&quot; title=&quot;这些发电机已经大大超出了起先的设计寿命，一般认为它们在大约2020年之前，仍然可提供足够的电力令太空船能够继续与地球联系。&quot;&gt;These generators have been well beyond the design life of at first, is generally believed that before about 2020, they can still provide enough electricity to power the spacecraft is able to continue contact with the Earth.&lt;/span&gt;&lt;span d=&quot;飞行线路(2张) 在2011年2月，就有迹象表明，“旅行者1号”已在之前某个时刻抵达了太阳系边缘的“过渡区”，这个过渡区就是太阳系与星际空间最后的交界&quot; f=&quot;Flight line (2) in February 2011, there are indications that the &amp;quot;transition zone&amp;quot; on the edge of the solar system, Voyager 1 has arrived at some point before the transition zone is the end of the junction of the solar system and interstellar space &quot; title=&quot;飞行线路(2张) 在2011年2月，就有迹象表明，“旅行者1号”已在之前某个时刻抵达了太阳系边缘的“过渡区”，这个过渡区就是太阳系与星际空间最后的交界&quot;&gt;Flight line (2) in February 2011, there are indications that the &quot;transition zone&quot; on the edge of the solar system, Voyager 1 has arrived at some point before the transition zone is the end of the junction of the solar system and interstellar space &lt;/span&gt;&lt;span d=&quot;处。&quot; f=&quot;Office. &quot; title=&quot;处。&quot;&gt;Office. &lt;/span&gt;&lt;span d=&quot;现在，“旅行者1号”已抵达边界处，也就是说，它将很快进入星际空间了。&quot; f=&quot;Now, Voyager 1 has arrived at the boundary, that is, it will soon enter interstellar space. &quot; title=&quot;现在，“旅行者1号”已抵达边界处，也就是说，它将很快进入星际空间了。&quot;&gt;Now, Voyager 1 has arrived at the boundary, that is, it will soon enter interstellar space. &lt;/span&gt;&lt;span d=&quot;一旦进入星际空间，“旅行者1号”将需要4万年的时间才能抵达下一个行星系。&quot; f=&quot;Once into interstellar space, Voyager 1 will need 40,000 years to reach the next line galaxies. &quot; title=&quot;一旦进入星际空间，“旅行者1号”将需要4万年的时间才能抵达下一个行星系。&quot;&gt;Once into interstellar space, Voyager 1 will need 40,000 years to reach the next line galaxies. &lt;/span&gt;&lt;span d=&quot;至于“旅行者1号”上的电池，科学家说，探测器上携带两枚核电池，能够保证它继续飞行至2025年。&quot; f=&quot;As for the battery on Voyager 1, scientists say, carrying two nuclear detector battery to ensure that it continues to fly to 2025. &quot; title=&quot;至于“旅行者1号”上的电池，科学家说，探测器上携带两枚核电池，能够保证它继续飞行至2025年。&quot;&gt;As for the battery on Voyager 1, scientists say, carrying two nuclear detector battery to ensure that it continues to fly to 2025. &lt;/span&gt;&lt;span d=&quot;一旦电池耗尽，“旅行者1号”将继续向银河系中心前进，再也回不来了。&quot; f=&quot;Once the battery is depleted, Voyager 1 will continue to advance to the center of the galaxy and never come back. &quot; title=&quot;一旦电池耗尽，“旅行者1号”将继续向银河系中心前进，再也回不来了。&quot;&gt;Once the battery is depleted, Voyager 1 will continue to advance to the center of the galaxy and never come back. &lt;/span&gt;&lt;span d=&quot;[3] 太空旅行日志1977年9月5日12点56分在美国卡纳维拉尔角空军基地出发，离开地球。&quot; f=&quot;[3] space travel log at 12:56 on September 5th 1977 the Cape Canaveral Air Force Base in the United States starting to leave the Earth. &quot; title=&quot;[3] 太空旅行日志1977年9月5日12点56分在美国卡纳维拉尔角空军基地出发，离开地球。&quot;&gt;[3] space travel log at 12:56 on September 5th 1977 the Cape Canaveral Air Force Base in the United States starting to leave the Earth. &lt;/span&gt;&lt;span d=&quot;1977年12月赶上了率先一步离开地球的双胞胎兄弟“旅行者2号”。&quot; f=&quot;December 1977 to catch up with the first step to leave the Earth&#39;s twin brother, Voyager 2. &quot; title=&quot;1977年12月赶上了率先一步离开地球的双胞胎兄弟“旅行者2号”。&quot;&gt;December 1977 to catch up with the first step to leave the Earth&#39;s twin brother, Voyager 2. &lt;/span&gt;&lt;span d=&quot;1978年9月 离开小行星带。&quot; f=&quot;September 1978, leaving the asteroid belt. &quot; title=&quot;1978年9月 离开小行星带。&quot;&gt;September 1978, leaving the asteroid belt. &lt;/span&gt;&lt;span d=&quot;1979年3月近距离“拜访”木星，看到了木星背阳面的极光。&quot; f=&quot;March 1979 at close range &amp;quot;visit&amp;quot; Jupiter, see Jupiter back the sunny side of Aurora. &quot; title=&quot;1979年3月近距离“拜访”木星，看到了木星背阳面的极光。&quot;&gt;March 1979 at close range &quot;visit&quot; Jupiter, see Jupiter back the sunny side of Aurora. &lt;/span&gt;&lt;span d=&quot;1980年11月近距离“探访”土星，发回万余幅彩色照片。&quot; f=&quot;November 1980 at close range &amp;quot;visits&amp;quot; Saturn sent back more than 10,000 color photos. &quot; title=&quot;1980年11月近距离“探访”土星，发回万余幅彩色照片。&quot;&gt;November 1980 at close range &quot;visits&quot; Saturn sent back more than 10,000 color photos. &lt;/span&gt;&lt;span d=&quot;1989年 向银河系中心方向前进。&quot; f=&quot;1989 to advance to the direction of the center of the galaxy. &quot; title=&quot;1989年 向银河系中心方向前进。&quot;&gt;1989 to advance to the direction of the center of the galaxy. &lt;/span&gt;&lt;span d=&quot;2012年5月 已到达太阳系边缘。&quot; f=&quot;May 2012 to reach the solar system edge. &quot; title=&quot;2012年5月 已到达太阳系边缘。&quot;&gt;May 2012 to reach the solar system edge. &lt;/span&gt;&lt;span d=&quot;编辑本段飞行履历发射升空&quot; f=&quot;Edit this paragraph flight biographical launch
&quot; title=&quot;编辑本段飞行履历发射升空&quot;&gt;Edit this paragraph flight biographical launch&lt;/span&gt;&lt;span d=&quot;旅行者1号最初计划属于水手计划里的水手11号太空船，它的设计利用了属于当时的新技术引力加速。&quot; f=&quot;Voyager 1 was originally planned to belong to the sailor&#39;s sailor plans 11 spacecraft, its design takes advantage of belonging to the then new technology gravitational acceleration. &quot; title=&quot;旅行者1号最初计划属于水手计划里的水手11号太空船，它的设计利用了属于当时的新技术引力加速。&quot;&gt;Voyager 1 was originally planned to belong to the sailor&#39;s sailor plans 11 spacecraft, its design takes advantage of belonging to the then new technology gravitational acceleration. &lt;/span&gt;&lt;span d=&quot;“旅行者”号飞船原型&quot; f=&quot;&amp;quot;Voyager&amp;quot; spacecraft prototype
&quot; title=&quot;“旅行者”号飞船原型&quot;&gt;&quot;Voyager&quot; spacecraft prototype&lt;/span&gt;&lt;span d=&quot;幸运的是，这次任务刚巧碰上了176年一遇的行星几何排列。&quot; f=&quot;Fortunately, this task happened to the geometric arrangement of the planets of the 176-year return period. &quot; title=&quot;幸运的是，这次任务刚巧碰上了176年一遇的行星几何排列。&quot;&gt;Fortunately, this task happened to the geometric arrangement of the planets of the 176-year return period. &lt;/span&gt;&lt;span d=&quot;太空船只需要少量燃料以作航道修正，其余时间可以借助各个行星的引力加速，以一艘太空船就能造访太阳系里的四颗气体行星：木星、土星、天王星及海王星。&quot; f=&quot;The spacecraft only need a small amount of fuel as a fairway correction, the rest of the time can make use of the various planets gravitational acceleration, the spacecraft will be able to visit the four gas planets in the solar system: Jupiter, Saturn, Uranus and Neptune. &quot; title=&quot;太空船只需要少量燃料以作航道修正，其余时间可以借助各个行星的引力加速，以一艘太空船就能造访太阳系里的四颗气体行星：木星、土星、天王星及海王星。&quot;&gt;The spacecraft only need a small amount of fuel as a fairway correction, the rest of the time can make use of the various planets gravitational acceleration, the spacecraft will be able to visit the four gas planets in the solar system: Jupiter, Saturn, Uranus and Neptune. &lt;/span&gt;&lt;span d=&quot;两艘姊妹船旅行者1号及2号就是为了这次机会而设计，它们的发射时间是被计算过以便尽量充分利用这次机会。&quot; f=&quot;Two sister ship Voyager 1 and 2 to this opportunity and design, the launch time is calculated in order to try to take full advantage of this opportunity. &quot; title=&quot;两艘姊妹船旅行者1号及2号就是为了这次机会而设计，它们的发射时间是被计算过以便尽量充分利用这次机会。&quot;&gt;Two sister ship Voyager 1 and 2 to this opportunity and design, the launch time is calculated in order to try to take full advantage of this opportunity. &lt;/span&gt;&lt;span d=&quot;亦拜这次机会所赐，两艘太空船只需要用上12年的时间就能造访四个行星，而非一般的30年时间。&quot; f=&quot;Also thanks to this opportunity to give them, the two spacecraft only need to spend 12 years time will be able to visit the four planets, rather than the general 30 years. &quot; title=&quot;亦拜这次机会所赐，两艘太空船只需要用上12年的时间就能造访四个行星，而非一般的30年时间。&quot;&gt;Also thanks to this opportunity to give them, the two spacecraft only need to spend 12 years time will be able to visit the four planets, rather than the general 30 years. &lt;/span&gt;&lt;span d=&quot;旅行者1号在1977年9月5日于佛罗里达州的卡纳维尔角，被搭载在一枚泰坦3号E半人马座火箭上发射升空。&quot; f=&quot;Voyager 1, September 5, 1977 in Cape Canaveral, Florida, is equipped with a Titan 3 E Centaur rocket was launched. &quot; title=&quot;旅行者1号在1977年9月5日于佛罗里达州的卡纳维尔角，被搭载在一枚泰坦3号E半人马座火箭上发射升空。&quot;&gt;Voyager 1, September 5, 1977 in Cape Canaveral, Florida, is equipped with a Titan 3 E Centaur rocket was launched. &lt;/span&gt;&lt;span d=&quot;刚好于旅行者2号在同年8月20日的发射之后不久。&quot; f=&quot;Just Voyager 2 shortly after the launch on August 20 the same year. &quot; title=&quot;刚好于旅行者2号在同年8月20日的发射之后不久。&quot;&gt;Just Voyager 2 shortly after the launch on August 20 the same year. &lt;/span&gt;&lt;span d=&quot;虽然发射时间较2号为后，但它却被发射进较快的轨道之中，让它又比2号快一点到达木星及土星。&quot; f=&quot;Although the launch time as compared to the 2nd, but it seems to be launched into faster track into it a little faster than the 2nd to reach Jupiter and Saturn. &quot; title=&quot;虽然发射时间较2号为后，但它却被发射进较快的轨道之中，让它又比2号快一点到达木星及土星。&quot;&gt;Although the launch time as compared to the 2nd, but it seems to be launched into faster track into it a little faster than the 2nd to reach Jupiter and Saturn. &lt;/span&gt;&lt;span d=&quot;最初，因为在泰坦3号E火箭燃烧过程的第二阶段里出现了约一秒钟的燃烧不足，使地面的工作人员曾担心会使太空船因此而不能到达木星。&quot; f=&quot;Initially, about a second in the second stage of the the Titan 3 E rocket combustion process burning inadequate, the ground staff had to worry about not therefore for the spacecraft to reach Jupiter. &quot; title=&quot;最初，因为在泰坦3号E火箭燃烧过程的第二阶段里出现了约一秒钟的燃烧不足，使地面的工作人员曾担心会使太空船因此而不能到达木星。&quot;&gt;Initially, about a second in the second stage of the the Titan 3 E rocket combustion process burning inadequate, the ground staff had to worry about not therefore for the spacecraft to reach Jupiter. &lt;/span&gt;&lt;span d=&quot;后来幸好证实了在半人马座的上层仍有足够的燃炓燃烧。&quot; f=&quot;Later fortunately confirmed in the the Centauri upper combustion still enough fuel Youdou in.
&quot; title=&quot;后来幸好证实了在半人马座的上层仍有足够的燃炓燃烧。&quot;&gt;Later fortunately confirmed in the the Centauri upper combustion still enough fuel Youdou in.&lt;/span&gt;&lt;span d=&quot;拜访木星&quot; f=&quot;Visit Jupiter

&quot; title=&quot;拜访木星&quot;&gt;Visit Jupiter&lt;br /&gt;&lt;/span&gt;&lt;span d=&quot;在木星周围拍摄的照片(10张) 旅行者1号发射后，首次在1979年1月开始对木星进行拍摄。&quot; f=&quot;Photographs taken around Jupiter (10) after the launch of the Voyager 1, for the first time in January 1979, Jupiter shooting. &quot; title=&quot;在木星周围拍摄的照片(10张) 旅行者1号发射后，首次在1979年1月开始对木星进行拍摄。&quot;&gt;Photographs taken around Jupiter (10) after the launch of the Voyager 1, for the first time in January 1979, Jupiter shooting. &lt;/span&gt;&lt;span d=&quot;在同年的3月5日离木星最接近，只距离木星中心349,000公里。&quot; f=&quot;From Jupiter closest to March 5, the same year, only 349,000 km from the center of Jupiter. &quot; title=&quot;在同年的3月5日离木星最接近，只距离木星中心349,000公里。&quot;&gt;From Jupiter closest to March 5, the same year, only 349,000 km from the center of Jupiter. &lt;/span&gt;&lt;span d=&quot;由于在如此近距离略过，太空船在48小时的近距离飞行时间中，得以对木星的卫星、环、磁场以及辐射环境作深入了解及高解像度拍摄。&quot; f=&quot;So close to skip the spacecraft in close flight time of 48 hours, to be the satellite of Jupiter, ring, magnetic field and radiation environment for in-depth understanding and high resolution shooting. &quot; title=&quot;由于在如此近距离略过，太空船在48小时的近距离飞行时间中，得以对木星的卫星、环、磁场以及辐射环境作深入了解及高解像度拍摄。&quot;&gt;So close to skip the spacecraft in close flight time of 48 hours, to be the satellite of Jupiter, ring, magnetic field and radiation environment for in-depth understanding and high resolution shooting. &lt;/span&gt;&lt;span d=&quot;整个拍摄过程最终于四月完成。&quot; f=&quot;The entire shooting process eventually completed in April. &quot; title=&quot;整个拍摄过程最终于四月完成。&quot;&gt;The entire shooting process eventually completed in April. &lt;/span&gt;&lt;span d=&quot;两艘太空船对木星及其卫星作出了不少重要发现，最令人惊讶的是在木卫一上发现了火山活动。&quot; f=&quot;The two spacecraft made many important discoveries of Jupiter and its moons, the most surprising is the discovery of volcanic activity on Io. &quot; title=&quot;两艘太空船对木星及其卫星作出了不少重要发现，最令人惊讶的是在木卫一上发现了火山活动。&quot;&gt;The two spacecraft made many important discoveries of Jupiter and its moons, the most surprising is the discovery of volcanic activity on Io. &lt;/span&gt;&lt;span d=&quot;这是当时并没有在地球上观察得到，就连先驱者10号及11号也未有观察得到。&quot; f=&quot;This was not observed on Earth, and even the Pioneer 10 and 11 not been observed.
&quot; title=&quot;这是当时并没有在地球上观察得到，就连先驱者10号及11号也未有观察得到。&quot;&gt;This was not observed on Earth, and even the Pioneer 10 and 11 not been observed.&lt;/span&gt;&lt;span d=&quot;拜访土星&quot; f=&quot;Visit Saturn
&quot; title=&quot;拜访土星&quot;&gt;Visit Saturn&lt;/span&gt;&lt;span d=&quot;在顺利地借助了木星的引力后，太空船朝土星的方向进发。&quot; f=&quot;Smoothly by the gravitational pull of Jupiter, the spacecraft is marching toward the direction of the Saturn.
&quot; title=&quot;在顺利地借助了木星的引力后，太空船朝土星的方向进发。&quot;&gt;Smoothly by the gravitational pull of Jupiter, the spacecraft is marching toward the direction of the Saturn.&lt;/span&gt;&lt;span d=&quot;拍摄的土星照片(2张)旅行者1号于1980年11月略过土星，于11月12日最接近土星，距离土星最高云层124,000公里（77,000英里）以内。&quot; f=&quot;Shooting photos of Saturn (2) Voyager 1 in November 1980, skip Saturn closest to Saturn on November 12, 124,000 km (77,000 miles) or less from Saturn highest clouds. &quot; title=&quot;拍摄的土星照片(2张)旅行者1号于1980年11月略过土星，于11月12日最接近土星，距离土星最高云层124,000公里（77,000英里）以内。&quot;&gt;Shooting photos of Saturn (2) Voyager 1 in November 1980, skip Saturn closest to Saturn on November 12, 124,000 km (77,000 miles) or less from Saturn highest clouds. &lt;/span&gt;&lt;span d=&quot;太空船探测到土星环的复杂结构，并且对土卫六上的大气层进行了观测。&quot; f=&quot;The spacecraft detected the complex structure of Saturn&#39;s rings, and observations of Titan&#39;s atmosphere. &quot; title=&quot;太空船探测到土星环的复杂结构，并且对土卫六上的大气层进行了观测。&quot;&gt;The spacecraft detected the complex structure of Saturn&#39;s rings, and observations of Titan&#39;s atmosphere. &lt;/span&gt;&lt;span d=&quot;由于发现了土卫六拥有浓密的大气层，喷气推进实验室的控制人员最终决定了让旅行者1号驶近一点土卫六进行研究，并随之终止了它继续探访其余两颗行星。&quot; f=&quot;Control officers eventually discovered Titan has a thick atmosphere, Jet Propulsion Laboratory&#39;s Voyager 1 approached the point Titan research and subsequently terminated, it continues to visit the other two planets. &quot; title=&quot;由于发现了土卫六拥有浓密的大气层，喷气推进实验室的控制人员最终决定了让旅行者1号驶近一点土卫六进行研究，并随之终止了它继续探访其余两颗行星。&quot;&gt;Control officers eventually discovered Titan has a thick atmosphere, Jet Propulsion Laboratory&#39;s Voyager 1 approached the point Titan research and subsequently terminated, it continues to visit the other two planets. &lt;/span&gt;&lt;span d=&quot;结果造访天王星和海王星的任务只得交予旅行者2号。&quot; f=&quot;The results of the task had handed over to visit Uranus and Neptune Voyager 2. &quot; title=&quot;结果造访天王星和海王星的任务只得交予旅行者2号。&quot;&gt;The results of the task had handed over to visit Uranus and Neptune Voyager 2. &lt;/span&gt;&lt;span d=&quot;这次靠近土卫六的决定使太空船受到了额外的引力影响，最终使太空船离开了黄道，终止了它的探索行星任务。&quot; f=&quot;The near Titan&#39;s decision to make the spacecraft by the additional gravitational influence, and finally to the spacecraft left the ecliptic, terminated its exploration of planetary missions.
&quot; title=&quot;这次靠近土卫六的决定使太空船受到了额外的引力影响，最终使太空船离开了黄道，终止了它的探索行星任务。&quot;&gt;The near Titan&#39;s decision to make the spacecraft by the additional gravitational influence, and finally to the spacecraft left the ecliptic, terminated its exploration of planetary missions.&lt;/span&gt;&lt;span d=&quot;星际探索&quot; f=&quot;Interplanetary exploration
&quot; title=&quot;星际探索&quot;&gt;Interplanetary exploration&lt;/span&gt;&lt;span d=&quot;在离开土星后，旅行者1号被美国太空总署形容为进行星际探索任务。&quot; f=&quot;Leave the Saturn, Voyager 1 is described by NASA for interplanetary exploration missions. &quot; title=&quot;在离开土星后，旅行者1号被美国太空总署形容为进行星际探索任务。&quot;&gt;Leave the Saturn, Voyager 1 is described by NASA for interplanetary exploration missions. &lt;/span&gt;&lt;span d=&quot;估计两艘旅行者太空船上的电池，均能够提供足够电力至2025年，供船上一部份的仪器操作。&quot; f=&quot;Estimated the two travelers spacecraft on batteries, are able to provide enough electricity to 2025, the operation of the ship for part of the instrument. &quot; title=&quot;估计两艘旅行者太空船上的电池，均能够提供足够电力至2025年，供船上一部份的仪器操作。&quot;&gt;Estimated the two travelers spacecraft on batteries, are able to provide enough electricity to 2025, the operation of the ship for part of the instrument. &lt;/span&gt;&lt;span d=&quot;（注：下表中的“停止资料终端就绪运作”表明只能以70米/34米天线阵来接收每秒1.4位元的资料） 丧失功能时间表年份因电力有限而停止操作的功能&quot; f=&quot;(Note: in the following table to stop data terminal ready operation &amp;quot;showed that only 1.4 yuan per second to 70 m / 34 m antenna array to receive information) loss of function timetable Year stop operation due to limited power function
&quot; title=&quot;（注：下表中的“停止资料终端就绪运作”表明只能以70米/34米天线阵来接收每秒1.4位元的资料） 丧失功能时间表年份因电力有限而停止操作的功能&quot;&gt;(Note: in the following table to stop data terminal ready operation &quot;showed that only 1.4 yuan per second to 70 m / 34 m antenna array to receive information) loss of function timetable Year stop operation due to limited power function&lt;/span&gt;&lt;span d=&quot;2007 停止等离子子系统运作&quot; f=&quot;The ion subsystem operation of stop, etc.
&quot; title=&quot;2007 停止等离子子系统运作&quot;&gt;The ion subsystem operation of stop, etc.&lt;/span&gt;&lt;span d=&quot;2008 停止行星无线电天文实验&quot; f=&quot;2008 stop planetary radio astronomy experiment
&quot; title=&quot;2008 停止行星无线电天文实验&quot;&gt;2008 stop planetary radio astronomy experiment&lt;/span&gt;&lt;span d=&quot;2010 停止扫描平台及紫外线分光计观测&quot; f=&quot;2010 stop scanning platform and ultraviolet spectrometer observations
&quot; title=&quot;2010 停止扫描平台及紫外线分光计观测&quot;&gt;2010 stop scanning platform and ultraviolet spectrometer observations&lt;/span&gt;&lt;span d=&quot;2015 停止数据磁带机运作(由70 m/34 m天线阵接收1.4k比特率数据的速率限制决定. 这是磁带机能够读取数据的最低速率.)&quot; f=&quot;2015 stops the operation of the data tape (70 m/34 m antenna array receiving 1.4k bit rate data rate limitations determine which is the lowest rate of the tape drive is able to read data.)
&quot; title=&quot;2015 停止数据磁带机运作(由70 m/34 m天线阵接收1.4k比特率数据的速率限制决定. 这是磁带机能够读取数据的最低速率.)&quot;&gt;2015 stops the operation of the data tape (70 m/34 m antenna array receiving 1.4k bit rate data rate limitations determine which is the lowest rate of the tape drive is able to read data.)&lt;/span&gt;&lt;span d=&quot;大约2016 停止回转仪运作&quot; f=&quot;About 2016 to stop the operation of the gyroscope
&quot; title=&quot;大约2016 停止回转仪运作&quot;&gt;About 2016 to stop the operation of the gyroscope&lt;/span&gt;&lt;span d=&quot;2020 开始关闭科学仪器(直到2008年3月18日，关闭顺序仍然未定, 但是低能带电粒子，宇宙射线子系统, 磁强计和等离子体波子系统的仪器被期望继续运行)&quot; f=&quot;Scientific Instruments (2020 begin to close until March 18, 2008, close order is still undecided, but the low-energy charged particles, cosmic rays subsystem, magnetometer and plasma wave subsystem instruments are expected to continue to run)
&quot; title=&quot;2020 开始关闭科学仪器(直到2008年3月18日，关闭顺序仍然未定, 但是低能带电粒子，宇宙射线子系统, 磁强计和等离子体波子系统的仪器被期望继续运行)&quot;&gt;Scientific Instruments (2020 begin to close until March 18, 2008, close order is still undecided, but the low-energy charged particles, cosmic rays subsystem, magnetometer and plasma wave subsystem instruments are expected to continue to run)&lt;/span&gt;&lt;span d=&quot;2025或之后没有足够电力供应任何单一仪器&quot; f=&quot;2025 or after, there is not enough power supply for any single instrument

&quot; title=&quot;2025或之后没有足够电力供应任何单一仪器&quot;&gt;2025 or after, there is not enough power supply for any single instrument&lt;br /&gt;&lt;/span&gt;&lt;span d=&quot;日球层顶&quot; f=&quot;Heliospheric top
&quot; title=&quot;日球层顶&quot;&gt;Heliospheric top&lt;/span&gt;&lt;span d=&quot;旅行者1号正处于日鞘（Heliosheath）由于旅行者1号正向星际间的太空进发，船上的仪器将会继续对太阳系进行研究。&quot; f=&quot;Voyager 1 is in the heliosheath (Heliosheath) Voyager 1 positive interstellar space marching instruments on board will continue to study the solar system. &quot; title=&quot;旅行者1号正处于日鞘（Heliosheath）由于旅行者1号正向星际间的太空进发，船上的仪器将会继续对太阳系进行研究。&quot;&gt;Voyager 1 is in the heliosheath (Heliosheath) Voyager 1 positive interstellar space marching instruments on board will continue to study the solar system. &lt;/span&gt;&lt;span d=&quot;喷气推进实验室的科学们正使用载于船上的等离子体波实验来验证日球层顶的存在。&quot; f=&quot;The Jet Propulsion Laboratory of science are contained in the ship&#39;s plasma wave experiment to verify the presence of the top of the heliosphere. &quot; title=&quot;喷气推进实验室的科学们正使用载于船上的等离子体波实验来验证日球层顶的存在。&quot;&gt;The Jet Propulsion Laboratory of science are contained in the ship&#39;s plasma wave experiment to verify the presence of the top of the heliosphere. &lt;/span&gt;&lt;span d=&quot;美国约翰·霍普金斯大学应用物理学实验室的科学们相信旅行者1号于2003年2月已经进入了旅行者1号探测器抵达太阳系边缘示意图&quot; f=&quot;The Johns Hopkins University Applied Physics Laboratory science believe that in February 2003, Voyager 1 has entered the Voyager 1 spacecraft arrived at the edge of the solar system schematic diagram
&quot; title=&quot;美国约翰·霍普金斯大学应用物理学实验室的科学们相信旅行者1号于2003年2月已经进入了旅行者1号探测器抵达太阳系边缘示意图&quot;&gt;The Johns Hopkins University Applied Physics Laboratory science believe that in February 2003, Voyager 1 has entered the Voyager 1 spacecraft arrived at the edge of the solar system schematic diagram&lt;/span&gt;&lt;span d=&quot;终端震波区域。&quot; f=&quot;Terminal shock wave region. &quot; title=&quot;终端震波区域。&quot;&gt;Terminal shock wave region. &lt;/span&gt;&lt;span d=&quot;但有些科学家在2003年11月6日的著名科学杂志《自然》上表示质疑。&quot; f=&quot;However, some scientists expressed doubts on November 6, 2003, the prestigious scientific journal &amp;quot;Nature&amp;quot;. &quot; title=&quot;但有些科学家在2003年11月6日的著名科学杂志《自然》上表示质疑。&quot;&gt;However, some scientists expressed doubts on November 6, 2003, the prestigious scientific journal &quot;Nature&quot;. &lt;/span&gt;&lt;span d=&quot;而在2005年5月25日早上，在新奥尔良举行的美国地球物理学会（AGU）一个科学会议上，艾德·斯托恩博士呈上了旅行者1号已于2004年12月离开了终端&quot; f=&quot;In the morning of May 25, 2005, in New Orleans held a scientific meeting of the American Geophysical Union (AGU), Dr. Ed Situo En submitted was in December 2004, Voyager 1 to leave the terminal &quot; title=&quot;而在2005年5月25日早上，在新奥尔良举行的美国地球物理学会（AGU）一个科学会议上，艾德·斯托恩博士呈上了旅行者1号已于2004年12月离开了终端&quot;&gt;In the morning of May 25, 2005, in New Orleans held a scientific meeting of the American Geophysical Union (AGU), Dr. Ed Situo En submitted was in December 2004, Voyager 1 to leave the terminal &lt;/span&gt;&lt;span d=&quot;震波的证据&amp;quot;SH22A-01&amp;quot;。&quot; f=&quot;the shockwave evidence &amp;quot;SH22A-01&amp;quot;. &quot; title=&quot;震波的证据&amp;quot;SH22A-01&amp;quot;。&quot;&gt;the shockwave evidence &quot;SH22A-01&quot;. &lt;/span&gt;&lt;span d=&quot;由于船上的太阳风检测器早于1990年停止运作，所以这次讨论在数月后仍未得出结论，只好期待其他资料到手为止。&quot; f=&quot;Due to the the onboard solar wind detector as early ceased operation in 1990, so this discussion has not concluded a few months later, had to look forward to other information to hand so far. &quot; title=&quot;由于船上的太阳风检测器早于1990年停止运作，所以这次讨论在数月后仍未得出结论，只好期待其他资料到手为止。&quot;&gt;Due to the the onboard solar wind detector as early ceased operation in 1990, so this discussion has not concluded a few months later, had to look forward to other information to hand so far. &lt;/span&gt;&lt;span d=&quot;最终美国太空总署于2005年5月发新闻稿，说已经有共识旅行者1号正处于日鞘。&quot; f=&quot;The final NASA press release will be issued in May 2005, said to have been a consensus Voyager 1 in the heliosheath. &quot; title=&quot;最终美国太空总署于2005年5月发新闻稿，说已经有共识旅行者1号正处于日鞘。&quot;&gt;The final NASA press release will be issued in May 2005, said to have been a consensus Voyager 1 in the heliosheath. &lt;/span&gt;&lt;span d=&quot;科学家们相信太空船会于2015年到达日球层顶，即太阳系的边缘。&quot; f=&quot;The scientists believe that the spacecraft will arrive in 2015, the top of the heliosphere, the edge of the solar system. &quot; title=&quot;科学家们相信太空船会于2015年到达日球层顶，即太阳系的边缘。&quot;&gt;The scientists believe that the spacecraft will arrive in 2015, the top of the heliosphere, the edge of the solar system. &lt;/span&gt;&lt;span d=&quot;美国宇航局旅行者探测器地面控制中心在卡西尼飞船的帮助下，并分析了旅行者1号探测器传回的数据，发现旅行者1号在之前的某个时候已经进入太阳系与星际空间&quot; f=&quot;The help of the Cassini spacecraft, ground control center of NASA&#39;s Voyager probes and analysis of the Voyager 1 spacecraft returned data, found sometime before Voyager 1 has entered the solar system and interstellar space &quot; title=&quot;美国宇航局旅行者探测器地面控制中心在卡西尼飞船的帮助下，并分析了旅行者1号探测器传回的数据，发现旅行者1号在之前的某个时候已经进入太阳系与星际空间&quot;&gt;The help of the Cassini spacecraft, ground control center of NASA&#39;s Voyager probes and analysis of the Voyager 1 spacecraft returned data, found sometime before Voyager 1 has entered the solar system and interstellar space &lt;/span&gt;&lt;span d=&quot;的边界，这比原先认为的时间点要早很多，这也使得科学家们感到十分地意外，这艘1977发射的探测器，经历33年的太空飞行后，将于2012年真正意义上飞出太阳系&quot; f=&quot;the boundaries of this point in time than previously thought before the lot, which also makes scientists feel to accidents, the detector aboard the 1977 launch, has experienced 33 years of space flight, to fly out of the solar system will be the true meaning of 2012 &quot; title=&quot;的边界，这比原先认为的时间点要早很多，这也使得科学家们感到十分地意外，这艘1977发射的探测器，经历33年的太空飞行后，将于2012年真正意义上飞出太阳系&quot;&gt;the boundaries of this point in time than previously thought before the lot, which also makes scientists feel to accidents, the detector aboard the 1977 launch, has experienced 33 years of space flight, to fly out of the solar system will be the true meaning of 2012 &lt;/span&gt;&lt;span d=&quot;。&quot; f=&quot;. &quot; title=&quot;。&quot;&gt;. &lt;/span&gt;&lt;span d=&quot;相关的研究成果已经刊登在最新的《自然》杂志上。&quot; f=&quot;The research results have been published in the latest Nature magazine. &quot; title=&quot;相关的研究成果已经刊登在最新的《自然》杂志上。&quot;&gt;The research results have been published in the latest Nature magazine. &lt;/span&gt;&lt;span d=&quot;喷气推进实验室收到来自旅行者1号探测器的汇报：探测器上的低能带电粒子仪数据表明，由太阳发射的低能带电粒子流抵达旅行者1号所处的位置时，其速度已经降&quot; f=&quot;Jet Propulsion Laboratory reporting: low-energy charged particles in the detector instrument data received from the Voyager 1 probe, low-energy charged particles emitted by the sun stream arrival at the location of Voyager 1, its speed has been reduced &quot; title=&quot;喷气推进实验室收到来自旅行者1号探测器的汇报：探测器上的低能带电粒子仪数据表明，由太阳发射的低能带电粒子流抵达旅行者1号所处的位置时，其速度已经降&quot;&gt;Jet Propulsion Laboratory reporting: low-energy charged particles in the detector instrument data received from the Voyager 1 probe, low-energy charged particles emitted by the sun stream arrival at the location of Voyager 1, its speed has been reduced &lt;/span&gt;&lt;span d=&quot;为零。&quot; f=&quot;zero. &quot; title=&quot;为零。&quot;&gt;zero. &lt;/span&gt;&lt;span d=&quot;而在2011年2月，太阳风的已经开始出现停滞。&quot; f=&quot;In February 2011, the solar wind has begun to stagnate. &quot; title=&quot;而在2011年2月，太阳风的已经开始出现停滞。&quot;&gt;In February 2011, the solar wind has begun to stagnate. &lt;/span&gt;&lt;span d=&quot;从这些迹象上看，旅行者1号探测器在之前的某个时刻已经抵达太阳系边缘的“过渡区”，这个过渡区就是太阳系与星际空间最后的交界处。&quot; f=&quot;From the these indications point of view, the Voyager 1 spacecraft has arrived at a time before the &amp;quot;transition zone&amp;quot; on the edge of the solar system, the transition zone is the final at the junction of the solar system and interstellar space. &quot; title=&quot;从这些迹象上看，旅行者1号探测器在之前的某个时刻已经抵达太阳系边缘的“过渡区”，这个过渡区就是太阳系与星际空间最后的交界处。&quot;&gt;From the these indications point of view, the Voyager 1 spacecraft has arrived at a time before the &quot;transition zone&quot; on the edge of the solar system, the transition zone is the final at the junction of the solar system and interstellar space. &lt;/span&gt;&lt;span d=&quot;[4]一旦进入星际空间，“旅行者”1号将需要4万年的时间才能抵达下一个行星系。&quot; f=&quot;[4] Once into interstellar space, &amp;quot;Voyager 1 will take 40,000 years to reach the next line galaxies. &quot; title=&quot;[4]一旦进入星际空间，“旅行者”1号将需要4万年的时间才能抵达下一个行星系。&quot;&gt;[4] Once into interstellar space, &quot;Voyager 1 will take 40,000 years to reach the next line galaxies. &lt;/span&gt;&lt;span d=&quot;因此，正如已故美国天文学家、科普作家卡尔·爱德华·萨根所说，只有在星际空间中存在有能力进行太空旅行的高级生命时，探测器上的唱片才可能遇到目标并被播放。&quot; f=&quot;Therefore, as the late American astronomer, science writer Carl Edward Sagan said, the only advanced life capable of space travel in interstellar space, the detector on the album might encounter targeted and play. &quot; title=&quot;因此，正如已故美国天文学家、科普作家卡尔·爱德华·萨根所说，只有在星际空间中存在有能力进行太空旅行的高级生命时，探测器上的唱片才可能遇到目标并被播放。&quot;&gt;Therefore, as the late American astronomer, science writer Carl Edward Sagan said, the only advanced life capable of space travel in interstellar space, the detector on the album might encounter targeted and play. &lt;/span&gt;&lt;span d=&quot;但卡尔还是高度评价这一举动的意义，他说，向浩瀚的宇宙中“发射这个东西，表明这个行星（地球）上的生命的未来还是很有希望的。”（注：该内容2011年11&quot; f=&quot;But Carl still spoke highly of the significance of this move, he said, promising that the future of life on this planet (Earth) or to the vastness of the universe, &amp;quot;launch this thing.&amp;quot; (Note: The contents of November 2011 &quot; title=&quot;但卡尔还是高度评价这一举动的意义，他说，向浩瀚的宇宙中“发射这个东西，表明这个行星（地球）上的生命的未来还是很有希望的。”（注：该内容2011年11&quot;&gt;But Carl still spoke highly of the significance of this move, he said, promising that the future of life on this planet (Earth) or to the vastness of the universe, &quot;launch this thing.&quot; (Note: The contents of November 2011 &lt;/span&gt;&lt;span d=&quot;月7日撰写） 旅行者1号搭载的金盘&quot; f=&quot;written in the 7th month) Voyager 1 is equipped with gold plate
&quot; title=&quot;月7日撰写） 旅行者1号搭载的金盘&quot;&gt;written in the 7th month) Voyager 1 is equipped with gold plate&lt;/span&gt;&lt;span d=&quot;在这个过程中，卡西尼探测器的离子与中性粒子质谱仪发挥了很大的作用，该粒子质谱仪的数据从来未被公开过，其主要作用就是收集来自太阳系以外进入太阳系的中性&quot; f=&quot;In this process, the Cassini probe ion and neutral particle mass spectrometer has played a big role, the particle mass spectrometer data have never been mentioned in public, its main role is to collect from outside the solar system into the solar system neutral &quot; title=&quot;在这个过程中，卡西尼探测器的离子与中性粒子质谱仪发挥了很大的作用，该粒子质谱仪的数据从来未被公开过，其主要作用就是收集来自太阳系以外进入太阳系的中性&quot;&gt;In this process, the Cassini probe ion and neutral particle mass spectrometer has played a big role, the particle mass spectrometer data have never been mentioned in public, its main role is to collect from outside the solar system into the solar system neutral &lt;/span&gt;&lt;span d=&quot;粒子的数据。&quot; f=&quot;The data of the particle. &quot; title=&quot;粒子的数据。&quot;&gt;The data of the particle. &lt;/span&gt;&lt;span d=&quot;马里兰州约翰霍普金斯大学应用物理实验室正是对卡西尼探测器磁层分析仪以及离子与中性粒子质谱仪的数据分析，并结合旅行者1号低能带电粒子探测仪关于太阳系边缘&quot; f=&quot;The Johns Hopkins University Applied Physics Laboratory in Maryland, is the of the the Cassini detector the magnetosphere analyzer and ion and neutral particle mass spectrometer data analysis, combined with Voyager 1 low energy charged particle detector on the edge of the solar system &quot; title=&quot;马里兰州约翰霍普金斯大学应用物理实验室正是对卡西尼探测器磁层分析仪以及离子与中性粒子质谱仪的数据分析，并结合旅行者1号低能带电粒子探测仪关于太阳系边缘&quot;&gt;The Johns Hopkins University Applied Physics Laboratory in Maryland, is the of the the Cassini detector the magnetosphere analyzer and ion and neutral particle mass spectrometer data analysis, combined with Voyager 1 low energy charged particle detector on the edge of the solar system &lt;/span&gt;&lt;span d=&quot;带电粒子的分布情况而得出结论。&quot; f=&quot;Charged Particle distribution concluded. &quot; title=&quot;带电粒子的分布情况而得出结论。&quot;&gt;Charged Particle distribution concluded. &lt;/span&gt;&lt;span d=&quot;这是一次地球与处于太阳系边界的信息交流，也是第一次发现旅行者1号提前抵达过渡区。&quot; f=&quot;This is the time Earth and in the solar system border exchange of information, and also the first time that Voyager 1 arrived at the transition area in advance. &quot; title=&quot;这是一次地球与处于太阳系边界的信息交流，也是第一次发现旅行者1号提前抵达过渡区。&quot;&gt;This is the time Earth and in the solar system border exchange of information, and also the first time that Voyager 1 arrived at the transition area in advance. &lt;/span&gt;&lt;span d=&quot;在2011年11月7日，旅行者1号的位置在赤经17.184时、赤纬12.14°之处，并且是在黄道34.9°纬度位置， 从地球上观测来看它是朝向蛇夫座前进，&quot; f=&quot;November 7, 2011, the Voyager 1 position in ascension 17.184, Declination at 12.14 ° and 34.9 ° latitude position in the ecliptic, Earth observation point of view it is toward the Ophiuchus forward &quot; title=&quot;在2011年11月7日，旅行者1号的位置在赤经17.184时、赤纬12.14°之处，并且是在黄道34.9°纬度位置， 从地球上观测来看它是朝向蛇夫座前进，&quot;&gt;November 7, 2011, the Voyager 1 position in ascension 17.184, Declination at 12.14 ° and 34.9 ° latitude position in the ecliptic, Earth observation point of view it is toward the Ophiuchus forward &lt;/span&gt;&lt;span d=&quot;距离地球大约119.488个天文单位。&quot; f=&quot;about 119.488 astronomical units from Earth. &quot; title=&quot;距离地球大约119.488个天文单位。&quot;&gt;about 119.488 astronomical units from Earth. &lt;/span&gt;&lt;span d=&quot;以光速沟通于航天器和地球之间的无线电讯号大约耗时16.13个小时。&quot; f=&quot;The speed of light communication in radio signals between the spacecraft and the Earth took about 16.13 hours. &quot; title=&quot;以光速沟通于航天器和地球之间的无线电讯号大约耗时16.13个小时。&quot;&gt;The speed of light communication in radio signals between the spacecraft and the Earth took about 16.13 hours. &lt;/span&gt;&lt;span d=&quot;（以一个例子作比较，距太阳最近的恒星，半人马座比邻星距离地球大约4.2光年，也就是26万5千个天文单位）旅行者1号目前的相对速度是17.062公里/秒或61,452公里&quot; f=&quot;(An example for comparison from the Sun and the nearest star, Proxima Centauri, about 4.2 light years from Earth is 260,005 thousand astronomical units) Voyager 1 relative speed of 17.062 km / s or 61,452 km &quot; title=&quot;（以一个例子作比较，距太阳最近的恒星，半人马座比邻星距离地球大约4.2光年，也就是26万5千个天文单位）旅行者1号目前的相对速度是17.062公里/秒或61,452公里&quot;&gt;(An example for comparison from the Sun and the nearest star, Proxima Centauri, about 4.2 light years from Earth is 260,005 thousand astronomical units) Voyager 1 relative speed of 17.062 km / s or 61,452 km &lt;/span&gt;&lt;span d=&quot;/每小时（约38,185哩/每小时）。&quot; f=&quot;/ hour (about 38,185 miles / hour). &quot; title=&quot;/每小时（约38,185哩/每小时）。&quot;&gt;/ hour (about 38,185 miles / hour). &lt;/span&gt;&lt;span d=&quot;这样的速度大约是每年3.599个天文单位，比姊妹号旅行者2号快了10%。&quot; f=&quot;This speed is about 3.599 astronomical units per year, 10% faster than the sister No. Voyager 2. &quot; title=&quot;这样的速度大约是每年3.599个天文单位，比姊妹号旅行者2号快了10%。&quot;&gt;This speed is about 3.599 astronomical units per year, 10% faster than the sister No. Voyager 2. &lt;/span&gt;&lt;span d=&quot;。&quot; f=&quot;. &quot; title=&quot;。&quot;&gt;. &lt;/span&gt;&lt;span d=&quot;旅行者1号并没有朝向任何特定的星座前进，在这样的方位和速度下，4万年后它会在1.6光年的距离经过蛇夫座的AC+79 3888恒星，7万3千6百年&quot; f=&quot;Voyager 1 and not toward any particular constellation forward in this position and velocity, 40,000 years later, it will be in a distance of 1.6 light years through Ophiuchus AC +79 3888 stars, 70003 16 years &quot; title=&quot;旅行者1号并没有朝向任何特定的星座前进，在这样的方位和速度下，4万年后它会在1.6光年的距离经过蛇夫座的AC+79 3888恒星，7万3千6百年&quot;&gt;Voyager 1 and not toward any particular constellation forward in this position and velocity, 40,000 years later, it will be in a distance of 1.6 light years through Ophiuchus AC +79 3888 stars, 70003 16 years &lt;/span&gt;&lt;span d=&quot;的时间经过半人马座比邻星。&quot; f=&quot;Centauri Proxima. &quot; title=&quot;的时间经过半人马座比邻星。&quot;&gt;Centauri Proxima. &lt;/span&gt;&lt;span d=&quot;这个恒星大体上来讲正以每秒119公里的速度朝向太阳系移动。&quot; f=&quot;This stellar largely in terms of the speed of 119 kilometers per second toward the solar system mobile. &quot; title=&quot;这个恒星大体上来讲正以每秒119公里的速度朝向太阳系移动。&quot;&gt;This stellar largely in terms of the speed of 119 kilometers per second toward the solar system mobile. &lt;/span&gt;&lt;span d=&quot;美国宇航局每天持续用深空网络对旅行者1号做追踪，这个网络会以旅行者1号的无线电讯号来测量高度和方位角，并且也会测量地球与旅行者1号之间的距离&quot; f=&quot;Every day to NASA Deep Space Network tracking the Voyager 1, the network Voyager 1 radio signals to measure the altitude and azimuth, and will measure the distance between the Earth and Voyager 1 &quot; title=&quot;美国宇航局每天持续用深空网络对旅行者1号做追踪，这个网络会以旅行者1号的无线电讯号来测量高度和方位角，并且也会测量地球与旅行者1号之间的距离&quot;&gt;Every day to NASA Deep Space Network tracking the Voyager 1, the network Voyager 1 radio signals to measure the altitude and azimuth, and will measure the distance between the Earth and Voyager 1 &lt;/span&gt;&lt;span d=&quot;。&quot; f=&quot;. &quot; title=&quot;。&quot;&gt;. &lt;/span&gt;&lt;span d=&quot;旅行者1号搭载的人类的名片&quot; f=&quot;Voyager 1 card equipped with human
&quot; title=&quot;旅行者1号搭载的人类的名片&quot;&gt;Voyager 1 card equipped with human&lt;/span&gt;&lt;span d=&quot;在2006年3月31日，来自德国AMSAT（业余无线电卫星通讯组织）追踪并接收到来自旅行者1号的数据，他们于波鸿使用了一台20米的碟型天线配合长观测时间技术。&quot; f=&quot;March 31, 2006, from the German AMSAT (Amateur Radio Satellite Communications Organization) track and receive data from the Voyager 1 in Bochum use a 20-meter dish antenna with long observation time technology. &quot; title=&quot;在2006年3月31日，来自德国AMSAT（业余无线电卫星通讯组织）追踪并接收到来自旅行者1号的数据，他们于波鸿使用了一台20米的碟型天线配合长观测时间技术。&quot;&gt;March 31, 2006, from the German AMSAT (Amateur Radio Satellite Communications Organization) track and receive data from the Voyager 1 in Bochum use a 20-meter dish antenna with long observation time technology. &lt;/span&gt;&lt;span d=&quot;其后那些数据与深空网络位于西班牙马德里的观测站获取的数据进行了校对及验证。&quot; f=&quot;Subsequently those data with the Deep Space Network in the data obtained by the observation station in Madrid, Spain proofreading and verification.
&quot; title=&quot;其后那些数据与深空网络位于西班牙马德里的观测站获取的数据进行了校对及验证。&quot;&gt;Subsequently those data with the Deep Space Network in the data obtained by the observation station in Madrid, Spain proofreading and verification.&lt;/span&gt;&lt;span d=&quot;星系边缘&quot; f=&quot;Galaxy edge
&quot; title=&quot;星系边缘&quot;&gt;Galaxy edge&lt;/span&gt;&lt;span d=&quot;2012年6月17日，位于美国加利福尼亚州的美国航天局（NASA）喷气推进实验室发布声明称，1977年发射的“旅行者1号”探测器发回的数据显示，它已抵达太阳系边缘。&quot; f=&quot;June 17, 2012, in the United States, California, United States Space Agency (NASA) Jet Propulsion Laboratory, said in a statement, launched in 1977, the Voyager 1 probe sent back data show that it has arrived in the solar system edge. &quot; title=&quot;2012年6月17日，位于美国加利福尼亚州的美国航天局（NASA）喷气推进实验室发布声明称，1977年发射的“旅行者1号”探测器发回的数据显示，它已抵达太阳系边缘。&quot;&gt;June 17, 2012, in the United States, California, United States Space Agency (NASA) Jet Propulsion Laboratory, said in a statement, launched in 1977, the Voyager 1 probe sent back data show that it has arrived in the solar system edge. &lt;/span&gt;&lt;span d=&quot;这个在太空中孤独旅行35年的探测器将有望成为首个脱离太阳系的人造物体。&quot; f=&quot;Lonely travel in space, 35 years of detectors will be out of the solar system is expected to become the first man-made object. &quot; title=&quot;这个在太空中孤独旅行35年的探测器将有望成为首个脱离太阳系的人造物体。&quot;&gt;Lonely travel in space, 35 years of detectors will be out of the solar system is expected to become the first man-made object. &lt;/span&gt;&lt;span d=&quot;如果除去消息传播的时间，那么旅行者1号到达太阳系边缘的时间为2012年5月。&quot; f=&quot;Time to remove the message spread Voyager 1 reaches the edge of the solar system time in May 2012. &quot; title=&quot;如果除去消息传播的时间，那么旅行者1号到达太阳系边缘的时间为2012年5月。&quot;&gt;Time to remove the message spread Voyager 1 reaches the edge of the solar system time in May 2012. &lt;/span&gt;&lt;span d=&quot;航天局表示，过去3年中，“旅行者1号”上携带的两个高能望远镜接收到越来越多的宇宙射线，上个月，来自太阳系外的宇宙射线数量急剧增加。&quot; f=&quot;Space Agency, said the past three years, the two high-energy telescope carried on the Voyager 1 received a growing number of cosmic rays, last month, a sharp increase in the number of cosmic rays from outside the solar system. &quot; title=&quot;航天局表示，过去3年中，“旅行者1号”上携带的两个高能望远镜接收到越来越多的宇宙射线，上个月，来自太阳系外的宇宙射线数量急剧增加。&quot;&gt;Space Agency, said the past three years, the two high-energy telescope carried on the Voyager 1 received a growing number of cosmic rays, last month, a sharp increase in the number of cosmic rays from outside the solar system. &lt;/span&gt;&lt;span d=&quot;此外，探测器感测到的高能粒子数量也出现变化，这些源自太阳的粒子数量有所下降。&quot; f=&quot;In addition, the number of energetic particles detector sensed changes, decreased the number of these particles from the sun. &quot; title=&quot;此外，探测器感测到的高能粒子数量也出现变化，这些源自太阳的粒子数量有所下降。&quot;&gt;In addition, the number of energetic particles detector sensed changes, decreased the number of these particles from the sun. &lt;/span&gt;&lt;span d=&quot;基于这些数据，项目科学家得出结论：“人类向星际空间派出的首个使者已在太阳系边缘”。&quot; f=&quot;Based on these data, the the project scientists concluded: &amp;quot;The human sent a messenger to the interstellar space has the edge of the solar system. &quot; title=&quot;基于这些数据，项目科学家得出结论：“人类向星际空间派出的首个使者已在太阳系边缘”。&quot;&gt;Based on these data, the the project scientists concluded: &quot;The human sent a messenger to the interstellar space has the edge of the solar system. &lt;/span&gt;&lt;span d=&quot;参与“旅行者”项目的科学家埃德·斯通说，物理规律表明，“旅行者1号”将在未来的某一天成为首个进入星际空间的人造物体，但具体日期目前还无法确定。&quot; f=&quot;&amp;quot;Voyager project scientist Ed Stone said, the laws of physics that Voyager 1 will become the first man-made object into outer space in the future one day, but the exact date is still unable to determine. &quot; title=&quot;参与“旅行者”项目的科学家埃德·斯通说，物理规律表明，“旅行者1号”将在未来的某一天成为首个进入星际空间的人造物体，但具体日期目前还无法确定。&quot;&gt;&quot;Voyager project scientist Ed Stone said, the laws of physics that Voyager 1 will become the first man-made object into outer space in the future one day, but the exact date is still unable to determine. &lt;/span&gt;&lt;span d=&quot;[5] “旅行者”1号越接近太阳风的边缘，穿透探测器上的过滤装置的宇宙粒子就越多。&quot; f=&quot;[5] &amp;quot;Voyager 1, the closer to the edge of the solar wind, the more cosmic particles that penetrate the filter on the detector device. &quot; title=&quot;[5] “旅行者”1号越接近太阳风的边缘，穿透探测器上的过滤装置的宇宙粒子就越多。&quot;&gt;[5] &quot;Voyager 1, the closer to the edge of the solar wind, the more cosmic particles that penetrate the filter on the detector device. &lt;/span&gt;&lt;span d=&quot;2012年5月7日，这种现象突然加剧。&quot; f=&quot;May 7, 2012, a phenomenon suddenly intensified. &quot; title=&quot;2012年5月7日，这种现象突然加剧。&quot;&gt;May 7, 2012, a phenomenon suddenly intensified. &lt;/span&gt;&lt;span d=&quot;到7月初稳定下来，这只能解释为&#39;旅行者&#39;1号正在穿过太阳系和星际物质的交界。&quot; f=&quot;Stabilized in early July, and this can only be interpreted as&#39; travelers &#39;1 junction through the solar system and interstellar matter. &quot; title=&quot;到7月初稳定下来，这只能解释为&#39;旅行者&#39;1号正在穿过太阳系和星际物质的交界。&quot;&gt;Stabilized in early July, and this can only be interpreted as&#39; travelers &#39;1 junction through the solar system and interstellar matter. &lt;/span&gt;&lt;span d=&quot;理论上认为这里是一个狭窄的不稳定区域，被称为&#39;太阳层顶&#39;。&quot; f=&quot;In theory here is a narrow unstable region, which is known as the &#39;top&#39; sun layer. &quot; title=&quot;理论上认为这里是一个狭窄的不稳定区域，被称为&#39;太阳层顶&#39;。&quot;&gt;In theory here is a narrow unstable region, which is known as the &#39;top&#39; sun layer. &lt;/span&gt;&lt;span d=&quot;而这个探测器飞出太阳系的时刻令人激动，因为这是人造物体首次脱离太阳系。&quot; f=&quot;Exciting moment to fly out of the solar system in the detector, because this is the first man-made object out of the solar system. &quot; title=&quot;而这个探测器飞出太阳系的时刻令人激动，因为这是人造物体首次脱离太阳系。&quot;&gt;Exciting moment to fly out of the solar system in the detector, because this is the first man-made object out of the solar system. &lt;/span&gt;&lt;span d=&quot;如果美国航天局的测量工具证实“旅行者”1号飞出太阳系，我们将能最终得知太阳系的确切体积。&quot; f=&quot;NASA measurement tools confirmed &amp;quot;travelers&amp;quot; fly out of the solar system, we will be able to eventually learned the exact volume of the solar system. &quot; title=&quot;如果美国航天局的测量工具证实“旅行者”1号飞出太阳系，我们将能最终得知太阳系的确切体积。&quot;&gt;NASA measurement tools confirmed &quot;travelers&quot; fly out of the solar system, we will be able to eventually learned the exact volume of the solar system. &lt;/span&gt;&lt;span d=&quot;现在知道它的厚度大约为0.5个天文单位(1个天文单位是地球至太阳的平均距离，约为1.5亿公里)，距离太阳120个天文单位[6]。&quot; f=&quot;Now know that its thickness is about 0.5 astronomical units (an astronomical unit is the average distance of the Earth to the sun, about 150 million kilometers) from the sun 120 astronomical units [6]. &quot; title=&quot;现在知道它的厚度大约为0.5个天文单位(1个天文单位是地球至太阳的平均距离，约为1.5亿公里)，距离太阳120个天文单位[6]。&quot;&gt;Now know that its thickness is about 0.5 astronomical units (an astronomical unit is the average distance of the Earth to the sun, about 150 million kilometers) from the sun 120 astronomical units [6]. &lt;/span&gt;&lt;span d=&quot;编辑本段搭载物品旅行者金唱片介绍在2006年，旅行者探测器将会是第三和第四件人造物件离开整个太阳系。&quot; f=&quot;Edit this paragraph carry items traveler gold record in 2006, the Voyager probes will be the third and fourth pieces of man-made objects to leave the entire solar system. &quot; title=&quot;编辑本段搭载物品旅行者金唱片介绍在2006年，旅行者探测器将会是第三和第四件人造物件离开整个太阳系。&quot;&gt;Edit this paragraph carry items traveler gold record in 2006, the Voyager probes will be the third and fourth pieces of man-made objects to leave the entire solar system. &lt;/span&gt;&lt;span d=&quot;其实先驱者号计划的10号和11号早已于1972年及1973年分别被发射上太空，早过旅行者探测器脱离太阳的引力，及携有一块细小的先驱者镀金铝板以说明他们被发射&quot; f=&quot;In fact, the Pioneer program has long been in the 10th and the 11th in 1972 and 1973, respectively, was launched into space earlier than the Voyager probes from the gravitational pull of the sun, and they launched pioneers to be carrying a small gold-plated aluminum plate to &quot; title=&quot;其实先驱者号计划的10号和11号早已于1972年及1973年分别被发射上太空，早过旅行者探测器脱离太阳的引力，及携有一块细小的先驱者镀金铝板以说明他们被发射&quot;&gt;In fact, the Pioneer program has long been in the 10th and the 11th in 1972 and 1973, respectively, was launched into space earlier than the Voyager probes from the gravitational pull of the sun, and they launched pioneers to be carrying a small gold-plated aluminum plate to &lt;/span&gt;&lt;span d=&quot;的时间和地点，以便于任何在不久的将来发现它们的太空探险者辨识。&quot; f=&quot;the time and place, in order to be found in the near future their space explorers identification. &quot; title=&quot;的时间和地点，以便于任何在不久的将来发现它们的太空探险者辨识。&quot;&gt;the time and place, in order to be found in the near future their space explorers identification. &lt;/span&gt;&lt;span d=&quot;美国国家航空航天局以先驱者的例子为基础，设计了一个更加复杂及详细的讯息板，置于旅行者探测器之上。&quot; f=&quot;Pioneers example, the United States National Aeronautics and Space Administration to design a more complex and detailed message board, placed on top of the Voyager probes. &quot; title=&quot;美国国家航空航天局以先驱者的例子为基础，设计了一个更加复杂及详细的讯息板，置于旅行者探测器之上。&quot;&gt;Pioneers example, the United States National Aeronautics and Space Administration to design a more complex and detailed message board, placed on top of the Voyager probes. &lt;/span&gt;&lt;span d=&quot;新的讯息板更像一个时间囊，打算向外太空的其他生物诉说我们人类身处的世界。&quot; f=&quot;The new message board is more like a time capsule, we human beings living in the world intend to tell the other creatures of the outer space. &quot; title=&quot;新的讯息板更像一个时间囊，打算向外太空的其他生物诉说我们人类身处的世界。&quot;&gt;The new message board is more like a time capsule, we human beings living in the world intend to tell the other creatures of the outer space. &lt;/span&gt;&lt;span d=&quot;旅行者1号上携带了一张铜质磁盘唱片，它有12英寸厚，镀金表面，内藏金刚石留声机针。&quot; f=&quot;Carrying a copper disk LP Voyager 1, it has a 12-inch thick, gold-plated surface, built-diamond phonograph needle. &quot; title=&quot;旅行者1号上携带了一张铜质磁盘唱片，它有12英寸厚，镀金表面，内藏金刚石留声机针。&quot;&gt;Carrying a copper disk LP Voyager 1, it has a 12-inch thick, gold-plated surface, built-diamond phonograph needle. &lt;/span&gt;&lt;span d=&quot;这意味着即使是十亿年之后，这张唱片的音质依然和新的一样。&quot; f=&quot;This means that even after billions of years, the sound quality of the album is still new. &quot; title=&quot;这意味着即使是十亿年之后，这张唱片的音质依然和新的一样。&quot;&gt;This means that even after billions of years, the sound quality of the album is still new. &lt;/span&gt;&lt;span d=&quot;它的内容包括用55种人类语言录制的问候语和各类音乐，另外，磁盘上还有115幅影像，包括太阳系各行星的图片、人类的性器官图像及说明等，这旅行者1号携带的&quot; f=&quot;Its contents include greeting and all kinds of music, with 55 kinds of human language recording disk 115 images, including pictures of the solar system planets, images and descriptions of the human sex organs, Voyager 1 carry &quot; title=&quot;它的内容包括用55种人类语言录制的问候语和各类音乐，另外，磁盘上还有115幅影像，包括太阳系各行星的图片、人类的性器官图像及说明等，这旅行者1号携带的&quot;&gt;Its contents include greeting and all kinds of music, with 55 kinds of human language recording disk 115 images, including pictures of the solar system planets, images and descriptions of the human sex organs, Voyager 1 carry &lt;/span&gt;&lt;span d=&quot;铜质镀金唱片&quot; f=&quot;plated copper record
&quot; title=&quot;铜质镀金唱片&quot;&gt;plated copper record&lt;/span&gt;&lt;span d=&quot;些数据旨在向“外星人”表达人类的问候。&quot; f=&quot;These data is intended to express the human greetings to the &amp;quot;alien&amp;quot;. &quot; title=&quot;些数据旨在向“外星人”表达人类的问候。&quot;&gt;These data is intended to express the human greetings to the &quot;alien&quot;. &lt;/span&gt;&lt;span d=&quot;55种人类语言中包括了古代美索不达米亚阿卡得语等非常冷僻的语言，以及四种中国的方言（国语、厦门、广东、吴语）。&quot; f=&quot;Very unfamiliar language of ancient Mesopotamia 达米亚阿卡 the language included in the 55 kinds of human language, as well as four dialects (Mandarin, Xiamen, Guangdong, Wu). &quot; title=&quot;55种人类语言中包括了古代美索不达米亚阿卡得语等非常冷僻的语言，以及四种中国的方言（国语、厦门、广东、吴语）。&quot;&gt;Very unfamiliar language of ancient Mesopotamia 达米亚阿卡 the language included in the 55 kinds of human language, as well as four dialects (Mandarin, Xiamen, Guangdong, Wu). &lt;/span&gt;&lt;span d=&quot;问候语为：“行星地球的孩子（向你们）问好”。&quot; f=&quot;Greeting: &amp;quot;the children of the planet Earth () to say hello to you. &quot; title=&quot;问候语为：“行星地球的孩子（向你们）问好”。&quot;&gt;Greeting: &quot;the children of the planet Earth () to say hello to you. &lt;/span&gt;&lt;span d=&quot;唱片还包括了以下内容： 时任联合国秘书长库尔特·瓦尔德海姆的问候。&quot; f=&quot;The album also includes the following: when he was the greeting of the United Nations Secretary-General Kurt Waldheim. &quot; title=&quot;唱片还包括了以下内容： 时任联合国秘书长库尔特·瓦尔德海姆的问候。&quot;&gt;The album also includes the following: when he was the greeting of the United Nations Secretary-General Kurt Waldheim. &lt;/span&gt;&lt;span d=&quot;时任美国总统卡特的问候，内容是：“这是一份来自一个遥远的小小世界的礼物。上面记载着我们的声音、我们的科学、我们的影像、我们的音乐、我们的思想和感情&quot; f=&quot;The greetings of the then U.S. President Jimmy Carter, is: &amp;quot;This is a gift from a remote little world. Inscribed with our voices, our science, our images, our music, our thoughts and feelings &quot; title=&quot;时任美国总统卡特的问候，内容是：“这是一份来自一个遥远的小小世界的礼物。上面记载着我们的声音、我们的科学、我们的影像、我们的音乐、我们的思想和感情&quot;&gt;The greetings of the then U.S. President Jimmy Carter, is: &quot;This is a gift from a remote little world. Inscribed with our voices, our science, our images, our music, our thoughts and feelings &lt;/span&gt;&lt;span d=&quot;。我们正努力生活过我们的时代，进入你们的时代。” 唱片内还包括一个90分钟的声乐集锦，主要包括地球自然界的各种声音以及27首世界名曲，其中有中国京剧和古曲《高山流水&quot; f=&quot;We are trying to have lived our times, enter your age record within a 90-minute vocal highlights, including the various sounds of the Earth&#39;s natural world as well as 27 international hits, including Chinese opera and ancient classical &amp;quot;Mountain and Flowing Water &quot; title=&quot;。我们正努力生活过我们的时代，进入你们的时代。” 唱片内还包括一个90分钟的声乐集锦，主要包括地球自然界的各种声音以及27首世界名曲，其中有中国京剧和古曲《高山流水&quot;&gt;We are trying to have lived our times, enter your age record within a 90-minute vocal highlights, including the various sounds of the Earth&#39;s natural world as well as 27 international hits, including Chinese opera and ancient classical &quot;Mountain and Flowing Water &lt;/span&gt;&lt;span d=&quot;》、莫扎特的《魔笛》和日本的尺八曲等。&quot; f=&quot;&amp;quot;Mozart&#39;s&amp;quot; The Magic Flute &amp;quot;and the Japanese Shakuhachi song. &quot; title=&quot;》、莫扎特的《魔笛》和日本的尺八曲等。&quot;&gt;&quot;Mozart&#39;s&quot; The Magic Flute &quot;and the Japanese Shakuhachi song. &lt;/span&gt;&lt;span d=&quot;一共有115幅影像，太阳系各行星的图片、人类生殖器官图像及说明等。&quot; f=&quot;A total of 115 images, the pictures of the planets of the solar system, the human reproductive organs images and descriptions. &quot; title=&quot;一共有115幅影像，太阳系各行星的图片、人类生殖器官图像及说明等。&quot;&gt;A total of 115 images, the pictures of the planets of the solar system, the human reproductive organs images and descriptions. &lt;/span&gt;&lt;span d=&quot;[7] 另外，唱片封套上也包括了一块高纯度的铀238。&quot; f=&quot;[7] In addition, the album covers, including a high-purity uranium 238. &quot; title=&quot;[7] 另外，唱片封套上也包括了一块高纯度的铀238。&quot;&gt;[7] In addition, the album covers, including a high-purity uranium 238. &lt;/span&gt;&lt;span d=&quot;由于已知其衰变为钚239的半衰期约为41.7亿年，这样捕获此唱片的外星生命即可据此推算出探测器的发射日期。&quot; f=&quot;Since the known decay half-life of plutonium-239 is about 4.17 billion years, so captured extraterrestrial life to the launch date of the detector Based on projections of this album. &quot; title=&quot;由于已知其衰变为钚239的半衰期约为41.7亿年，这样捕获此唱片的外星生命即可据此推算出探测器的发射日期。&quot;&gt;Since the known decay half-life of plutonium-239 is about 4.17 billion years, so captured extraterrestrial life to the launch date of the detector Based on projections of this album. &lt;/span&gt;&lt;span d=&quot;记录语言以下是55种收录于金唱片内的语言： 汉语粤语（广东话）） 厦门话亚拉姆语亚美尼亚语&quot; f=&quot;The following are 55 kinds of language included in the Gold Record recording language: Chinese Yue (Cantonese)) Xiamen dialect of Aramaic Armenian
&quot; title=&quot;记录语言以下是55种收录于金唱片内的语言： 汉语粤语（广东话）） 厦门话亚拉姆语亚美尼亚语&quot;&gt;The following are 55 kinds of language included in the Gold Record recording language: Chinese Yue (Cantonese)) Xiamen dialect of Aramaic Armenian&lt;/span&gt;&lt;span d=&quot;孟加拉语缅甸语捷克语荷兰语英语&quot; f=&quot;Bengali Burmese Czech Dutch English
&quot; title=&quot;孟加拉语缅甸语捷克语荷兰语英语&quot;&gt;Bengali Burmese Czech Dutch English&lt;/span&gt;&lt;span d=&quot;阿拉伯语法语德语希腊语古吉拉特语&quot; f=&quot;Arabic French German Greek Gujarati
&quot; title=&quot;阿拉伯语法语德语希腊语古吉拉特语&quot;&gt;Arabic French German Greek Gujarati&lt;/span&gt;&lt;span d=&quot;希伯来语印地语西台语匈牙利语日语&quot; f=&quot;Hebrew, Hindi West Taiwanese Hungarian Japanese
&quot; title=&quot;希伯来语印地语西台语匈牙利语日语&quot;&gt;Hebrew, Hindi West Taiwanese Hungarian Japanese&lt;/span&gt;&lt;span d=&quot;伊拉族言语印尼语朝鲜语拉丁语干达语&quot; f=&quot;Ira tribe verbal Indonesian Korean Latin Uganda language
&quot; title=&quot;伊拉族言语印尼语朝鲜语拉丁语干达语&quot;&gt;Ira tribe verbal Indonesian Korean Latin Uganda language&lt;/span&gt;&lt;span d=&quot;意大利语卡纳达语马拉地语恩古尼语齐切瓦语&quot; f=&quot;Italian Kannada Marathi Nguni language Qiqie Wa language
&quot; title=&quot;意大利语卡纳达语马拉地语恩古尼语齐切瓦语&quot;&gt;Italian Kannada Marathi Nguni language Qiqie Wa language&lt;/span&gt;&lt;span d=&quot;阿卡德语奥利亚语尼泊尔语波斯语波兰语&quot; f=&quot;The Akkadian Aulia language Nepali Persian Polish
&quot; title=&quot;阿卡德语奥利亚语尼泊尔语波斯语波兰语&quot;&gt;The Akkadian Aulia language Nepali Persian Polish&lt;/span&gt;&lt;span d=&quot;葡萄牙语旁遮普语克丘亚语俄语罗马利亚语&quot; f=&quot;Portuguese Punjabi Quechua Russian Romania language
&quot; title=&quot;葡萄牙语旁遮普语克丘亚语俄语罗马利亚语&quot;&gt;Portuguese Punjabi Quechua Russian Romania language&lt;/span&gt;&lt;span d=&quot;拉贾斯坦语塞尔维亚-克罗地僧伽罗语塞索托语西班牙语&quot; f=&quot;The Rajasthani language Serbo - Croatian Sinhala Sesotho Spanish
&quot; title=&quot;拉贾斯坦语塞尔维亚-克罗地僧伽罗语塞索托语西班牙语&quot;&gt;The Rajasthani language Serbo - Croatian Sinhala Sesotho Spanish&lt;/span&gt;&lt;span d=&quot;苏美尔语瑞典语泰卢固语泰语土耳其语&quot; f=&quot;Sumerian Swedish Telugu Thai Turkish
&quot; title=&quot;苏美尔语瑞典语泰卢固语泰语土耳其语&quot;&gt;Sumerian Swedish Telugu Thai Turkish&lt;/span&gt;&lt;span d=&quot;乌克兰语 乌尔都语 越南语 威尔士语&quot; f=&quot;Ukrainian Urdu Vietnamese Welsh
 

 &quot; title=&quot;乌克兰语 乌尔都语 越南语 威尔士语&quot;&gt;Ukrainian Urdu Vietnamese Welsh&lt;br /&gt;&lt;br /&gt;&lt;br /&gt;&amp;nbsp;&lt;/span&gt;&lt;span d=&quot;吴语（中国方言）&quot; f=&quot;Wu (Chinese dialect)
 
 
 
&quot; title=&quot;吴语（中国方言）&quot;&gt;Wu (Chinese dialect)&lt;br /&gt;&lt;br /&gt;&lt;br /&gt;&amp;nbsp;&lt;/span&gt;&lt;span d=&quot;唱片歌曲90分钟的声乐集锦集合了不同文化的古典音乐，其中包括： 德国- 巴赫“F大调第二勃兰登堡协奏曲第一乐章”，由慕尼黑巴赫管弦乐团演奏，由卡尔·李希特&quot; f=&quot;90 minutes of vocal highlights of the album song collection of classical music of different cultures, including: Germany - Bach F major, the first movement of the Second Brandenburg Concerto, played by the Munich Bach Orchestra, Karl Richter &quot; title=&quot;唱片歌曲90分钟的声乐集锦集合了不同文化的古典音乐，其中包括： 德国- 巴赫“F大调第二勃兰登堡协奏曲第一乐章”，由慕尼黑巴赫管弦乐团演奏，由卡尔·李希特&quot;&gt;90 minutes of vocal highlights of the album song collection of classical music of different cultures, including: Germany - Bach F major, the first movement of the Second Brandenburg Concerto, played by the Munich Bach Orchestra, Karl Richter &lt;/span&gt;&lt;span d=&quot;指挥。&quot; f=&quot;conductor. &quot; title=&quot;指挥。&quot;&gt;conductor. &lt;/span&gt;&lt;span d=&quot;4分40秒爪哇- “花的种类”，由Pura Paku Alaman以甘美朗演奏，由KRT W 金唱片中关于中国图片之一-长城&quot; f=&quot;4 minutes and 40 seconds Java - types of flowers, gamelan played by Pura Paku Alaman by the KRT W gold record about one of the pictures in China - Great Wall
&quot; title=&quot;4分40秒爪哇- “花的种类”，由Pura Paku Alaman以甘美朗演奏，由KRT W 金唱片中关于中国图片之一-长城&quot;&gt;4 minutes and 40 seconds Java - types of flowers, gamelan played by Pura Paku Alaman by the KRT W gold record about one of the pictures in China - Great Wall&lt;/span&gt;&lt;span d=&quot;asitodipuro指导，由罗伯特·布朗录制。&quot; f=&quot;asitodipuro guidance, recorded by Robert Brown. &quot; title=&quot;asitodipuro指导，由罗伯特·布朗录制。&quot;&gt;asitodipuro guidance, recorded by Robert Brown. &lt;/span&gt;&lt;span d=&quot;4分43秒塞内加尔- 敲击乐，由查理士·杜代尔（Charles Duvelle）录制。&quot; f=&quot;4 minutes and 43 seconds Senegal - Percussion by recording of Charles Du Lauderdale (Charles Duvelle). &quot; title=&quot;4分43秒塞内加尔- 敲击乐，由查理士·杜代尔（Charles Duvelle）录制。&quot;&gt;4 minutes and 43 seconds Senegal - Percussion by recording of Charles Du Lauderdale (Charles Duvelle). &lt;/span&gt;&lt;span d=&quot;2分08秒刚果民主共和国- 俾格米女子创始曲，由柯林·特恩布尔录制。&quot; f=&quot;2 minutes 08 seconds of the Democratic Republic of the Congo - of Pygmy Women&#39;s founding song, recorded by Colin Turnbull. &quot; title=&quot;2分08秒刚果民主共和国- 俾格米女子创始曲，由柯林·特恩布尔录制。&quot;&gt;2 minutes 08 seconds of the Democratic Republic of the Congo - of Pygmy Women&#39;s founding song, recorded by Colin Turnbull. &lt;/span&gt;&lt;span d=&quot;56秒澳大利亚- 澳大利亚原住民歌曲“星晨”及“邪恶鸟”，由Sandra LeBrun Holmes录制。&quot; f=&quot;56 seconds Australia - Australian Aboriginal song &amp;quot;Morning Star&amp;quot; and &amp;quot;evil bird&amp;quot;, recorded by Sandra LeBrun Holmes. &quot; title=&quot;56秒澳大利亚- 澳大利亚原住民歌曲“星晨”及“邪恶鸟”，由Sandra LeBrun Holmes录制。&quot;&gt;56 seconds Australia - Australian Aboriginal song &quot;Morning Star&quot; and &quot;evil bird&quot;, recorded by Sandra LeBrun Holmes. &lt;/span&gt;&lt;span d=&quot;1分26秒墨西哥- “El Cascabel”（门铃）由Lorenzo Barcelata及Mariachi México演奏。&quot; f=&quot;1 minute 26 seconds - &amp;quot;El Cascabel&amp;quot; (doorbell), Mexico played by Lorenzo Barcelata Mariachi México. &quot; title=&quot;1分26秒墨西哥- “El Cascabel”（门铃）由Lorenzo Barcelata及Mariachi México演奏。&quot;&gt;1 minute 26 seconds - &quot;El Cascabel&quot; (doorbell), Mexico played by Lorenzo Barcelata Mariachi México. &lt;/span&gt;&lt;span d=&quot;3分14秒美国- “Johnny B. Goode”由Chuck Berry作曲及演奏。&quot; f=&quot;3 minutes and 14 seconds - &amp;quot;Johnny B. Goode&amp;quot; by Chuck Berry, composer and played. &quot; title=&quot;3分14秒美国- “Johnny B. Goode”由Chuck Berry作曲及演奏。&quot;&gt;3 minutes and 14 seconds - &quot;Johnny B. Goode&quot; by Chuck Berry, composer and played. &lt;/span&gt;&lt;span d=&quot;2分38秒新几内亚- 男士家歌，由Robert MacLennan录制。&quot; f=&quot;2 minutes 38 seconds of New Guinea - the men&#39;s house song, recorded by Robert MacLennan. &quot; title=&quot;2分38秒新几内亚- 男士家歌，由Robert MacLennan录制。&quot;&gt;2 minutes 38 seconds of New Guinea - the men&#39;s house song, recorded by Robert MacLennan. &lt;/span&gt;&lt;span d=&quot;1分20秒日本- 尺八“鹤の巣篭もり”（鹤巢），由山口吾郎演奏。&quot; f=&quot;1 minutes and 20 seconds - the shakuhachi &amp;quot;巣 air gap, Crane の も ri&amp;quot; (crane nests), played by Yamaguchi Goro. &quot; title=&quot;1分20秒日本- 尺八“鹤の巣篭もり”（鹤巢），由山口吾郎演奏。&quot;&gt;1 minutes and 20 seconds - the shakuhachi &quot;巣 air gap, Crane の も ri&quot; (crane nests), played by Yamaguchi Goro. &lt;/span&gt;&lt;span d=&quot;4分51秒德国/比利时- 巴赫“Gavotte en rondeaux”（回旋的嘉禾舞）来自小提琴E大调第3组曲，由Arthur Grumiaux演奏。&quot; f=&quot;4 minutes and 51 seconds Germany / Belgium - Bach&#39;s &amp;quot;Gavotte en rondeaux (roundabout Golden Harvest Dance) from the violin E major Suite No. 3, played by Arthur Grumiaux. &quot; title=&quot;4分51秒德国/比利时- 巴赫“Gavotte en rondeaux”（回旋的嘉禾舞）来自小提琴E大调第3组曲，由Arthur Grumiaux演奏。&quot;&gt;4 minutes and 51 seconds Germany / Belgium - Bach&#39;s &quot;Gavotte en rondeaux (roundabout Golden Harvest Dance) from the violin E major Suite No. 3, played by Arthur Grumiaux. &lt;/span&gt;&lt;span d=&quot;2分55秒奥地利/德国- 莫扎特“Die Zauberfl&amp;amp;ouml;te”（魔笛），第14号夜后咏叹调，女高音莫泽尔，由巴伐利亚州歌剧院，由沃尔夫冈·萨瓦利希指挥&quot; f=&quot;2 minutes and 55 seconds, Austria / Germany - Mozart&#39;s &amp;quot;Die Zauberflöte&amp;quot; (The Magic Flute), on the 14th night after aria, soprano Mozer, by the Bavarian State Opera, directed by Wolfgang Sava Jülich &quot; title=&quot;2分55秒奥地利/德国- 莫扎特“Die Zauberfl&amp;amp;ouml;te”（魔笛），第14号夜后咏叹调，女高音莫泽尔，由巴伐利亚州歌剧院，由沃尔夫冈·萨瓦利希指挥&quot;&gt;2 minutes and 55 seconds, Austria / Germany - Mozart&#39;s &quot;Die Zauberflöte&quot; (The Magic Flute), on the 14th night after aria, soprano Mozer, by the Bavarian State Opera, directed by Wolfgang Sava Jülich &lt;/span&gt;&lt;span d=&quot;。&quot; f=&quot;. &quot; title=&quot;。&quot;&gt;. &lt;/span&gt;&lt;span d=&quot;2分55秒格鲁吉亚- 合唱团“Tchakrulo”，节录自莫斯科电台。&quot; f=&quot;2 minutes and 55 seconds Georgia - Chorus &amp;quot;Tchakrulo&amp;quot;, extracted from Moscow radio. &quot; title=&quot;2分55秒格鲁吉亚- 合唱团“Tchakrulo”，节录自莫斯科电台。&quot;&gt;2 minutes and 55 seconds Georgia - Chorus &quot;Tchakrulo&quot;, extracted from Moscow radio. &lt;/span&gt;&lt;span d=&quot;2分18秒秘鲁- 排笛和鼓，节录自文化之家，利马。&quot; f=&quot;2 minutes and 18 seconds - Pan Flute and drums, as extracted from the house of culture, Lima in Peru. &quot; title=&quot;2分18秒秘鲁- 排笛和鼓，节录自文化之家，利马。&quot;&gt;2 minutes and 18 seconds - Pan Flute and drums, as extracted from the house of culture, Lima in Peru. &lt;/span&gt;&lt;span d=&quot;52秒美国- 忧郁蓝调，由路易·阿姆斯壮和他的乐队演奏。&quot; f=&quot;52 seconds - Moody Blues, played by Louis Armstrong and his band. &quot; title=&quot;52秒美国- 忧郁蓝调，由路易·阿姆斯壮和他的乐队演奏。&quot;&gt;52 seconds - Moody Blues, played by Louis Armstrong and his band. &lt;/span&gt;&lt;span d=&quot;3分5秒阿塞拜疆- 风笛“Ugam”，由莫斯科电台录制。&quot; f=&quot;3 minutes and 5 seconds of Azerbaijan - bagpipes Ugam &amp;quot;recorded by the Moscow radio. &quot; title=&quot;3分5秒阿塞拜疆- 风笛“Ugam”，由莫斯科电台录制。&quot;&gt;3 minutes and 5 seconds of Azerbaijan - bagpipes Ugam &quot;recorded by the Moscow radio. &lt;/span&gt;&lt;span d=&quot;2分30秒俄罗斯/法国/美国- 斯特拉文斯基“春之祭”古代舞，哥伦比亚交响乐团，由斯特拉文斯基指挥。&quot; f=&quot;2 minutes and 30 seconds in Russia / France / United States - Stella Stravinsky &amp;quot;The Rite of Spring&amp;quot; Ancient Dance, Columbia Symphony Orchestra, directed by Stravinsky. &quot; title=&quot;2分30秒俄罗斯/法国/美国- 斯特拉文斯基“春之祭”古代舞，哥伦比亚交响乐团，由斯特拉文斯基指挥。&quot;&gt;2 minutes and 30 seconds in Russia / France / United States - Stella Stravinsky &quot;The Rite of Spring&quot; Ancient Dance, Columbia Symphony Orchestra, directed by Stravinsky. &lt;/span&gt;&lt;span d=&quot;4分35秒德国/加拿大- 巴赫“平均律钢琴曲集第二卷，C调前奏曲及赋格第一号”，由格连·古尔德以钢琴演奏。&quot; f=&quot;4 minutes and 35 seconds of Germany / Canada - Bach for piano by the law of averages Volume C Prelude and Fugue No. by Glen Gould piano playing. &quot; title=&quot;4分35秒德国/加拿大- 巴赫“平均律钢琴曲集第二卷，C调前奏曲及赋格第一号”，由格连·古尔德以钢琴演奏。&quot;&gt;4 minutes and 35 seconds of Germany / Canada - Bach for piano by the law of averages Volume C Prelude and Fugue No. by Glen Gould piano playing. &lt;/span&gt;&lt;span d=&quot;4分48秒德国/英格兰- 贝多芬“第五交响曲第一乐章”，爱乐管弦乐团，由奥托·克伦佩勒指挥。&quot; f=&quot;4 minutes and 48 seconds of Germany / England - Beethoven, &amp;quot;the first movement of the Fifth Symphony, the Philharmonia Orchestra, conducted by Otto Klemperer. &quot; title=&quot;4分48秒德国/英格兰- 贝多芬“第五交响曲第一乐章”，爱乐管弦乐团，由奥托·克伦佩勒指挥。&quot;&gt;4 minutes and 48 seconds of Germany / England - Beethoven, &quot;the first movement of the Fifth Symphony, the Philharmonia Orchestra, conducted by Otto Klemperer. &lt;/span&gt;&lt;span d=&quot;7分20秒保加利亚- “Излел е Делю хайдутин”（Izlel je Delyo Hajdutin）由Valya Balkanska演唱。&quot; f=&quot;7 minutes and 20 seconds in Bulgaria - &amp;quot;Излел е Делю хайдутин&amp;quot; (Izlel je Delyo Hajdutin) by Valya Balkanska concert. &quot; title=&quot;7分20秒保加利亚- “Излел е Делю хайдутин”（Izlel je Delyo Hajdutin）由Valya Balkanska演唱。&quot;&gt;7 minutes and 20 seconds in Bulgaria - &quot;Излел е Делю хайдутин&quot; (Izlel je Delyo Hajdutin) by Valya Balkanska concert. &lt;/span&gt;&lt;span d=&quot;4分59秒美国- 纳瓦伙印第安人，夜曲，由洛狄斯录制。&quot; f=&quot;4 minutes and 59 seconds - Navajo Indians, Nocturne, recorded by Luo Disi. &quot; title=&quot;4分59秒美国- 纳瓦伙印第安人，夜曲，由洛狄斯录制。&quot;&gt;4 minutes and 59 seconds - Navajo Indians, Nocturne, recorded by Luo Disi. &lt;/span&gt;&lt;span d=&quot;57秒英格兰- 安东尼·霍伯恩“仙女围绕”来自《帕凡舞、三拍子舞蹈、德国土风舞及其他短曲调》，由大卫·门罗及伦敦古乐合奏团演奏。&quot; f=&quot;57 seconds England - Anthony · Huo Boen, fairies around the &amp;quot;from&amp;quot; Pavan dance, triple time dance, folk dance in Germany and other short melody &amp;quot;, played by David Monroe and of London Ancient Music Ensemble. &quot; title=&quot;57秒英格兰- 安东尼·霍伯恩“仙女围绕”来自《帕凡舞、三拍子舞蹈、德国土风舞及其他短曲调》，由大卫·门罗及伦敦古乐合奏团演奏。&quot;&gt;57 seconds England - Anthony · Huo Boen, fairies around the &quot;from&quot; Pavan dance, triple time dance, folk dance in Germany and other short melody &quot;, played by David Monroe and of London Ancient Music Ensemble. &lt;/span&gt;&lt;span d=&quot;1分17秒所罗门群岛- 排笛，节录自所罗门群岛广播服务。&quot; f=&quot;1 minute, 17 seconds, the Solomon Islands - Pan Flute, extracted from the Solomon Islands Broadcasting Service. &quot; title=&quot;1分17秒所罗门群岛- 排笛，节录自所罗门群岛广播服务。&quot;&gt;1 minute, 17 seconds, the Solomon Islands - Pan Flute, extracted from the Solomon Islands Broadcasting Service. &lt;/span&gt;&lt;span d=&quot;1分12秒秘鲁- 结婚曲，由高约翰录制。&quot; f=&quot;1 minutes and 12 seconds Peru - marry song recorded by high John. &quot; title=&quot;1分12秒秘鲁- 结婚曲，由高约翰录制。&quot;&gt;1 minutes and 12 seconds Peru - marry song recorded by high John. &lt;/span&gt;&lt;span d=&quot;38秒中国- 古琴“高山流水”，由伯牙作曲，管平湖演奏。&quot; f=&quot;38 seconds - the Guqin &amp;quot;Mountain and Flowing Water&amp;quot;, Guan Pinghu by Boya composer, played. &quot; title=&quot;38秒中国- 古琴“高山流水”，由伯牙作曲，管平湖演奏。&quot;&gt;38 seconds - the Guqin &quot;Mountain and Flowing Water&quot;, Guan Pinghu by Boya composer, played. &lt;/span&gt;&lt;span d=&quot;7分37秒印度- 百拉米拉加“Jaat Kahan Ho”由Surshri Kesar Bai Kerkar作曲。&quot; f=&quot;7 minutes 37 seconds India - 100 Lamy Raja, &amp;quot;Jaat Kahan Ho&amp;quot; by composer Surshri Kesar Bai Kerkar. &quot; title=&quot;7分37秒印度- 百拉米拉加“Jaat Kahan Ho”由Surshri Kesar Bai Kerkar作曲。&quot;&gt;7 minutes 37 seconds India - 100 Lamy Raja, &quot;Jaat Kahan Ho&quot; by composer Surshri Kesar Bai Kerkar. &lt;/span&gt;&lt;span d=&quot;3分30秒美国- “黑暗是夜晚，寒冷是平地”，由盲眼威利作曲及演奏。&quot; f=&quot;3 minutes and 30 seconds - &amp;quot;dark night, cold plains&amp;quot;, by blind Willie composer and played. &quot; title=&quot;3分30秒美国- “黑暗是夜晚，寒冷是平地”，由盲眼威利作曲及演奏。&quot;&gt;3 minutes and 30 seconds - &quot;dark night, cold plains&quot;, by blind Willie composer and played. &lt;/span&gt;&lt;span d=&quot;3分15秒德国/匈牙利- 贝多芬“降B大调第13弦乐四重奏”，著作130，独唱短曲，由布达佩斯弦乐四重奏演奏。&quot; f=&quot;3 minutes and 15 seconds of Germany / Hungary - Beethoven &amp;quot;in B flat major String Quartet 13&amp;quot; works 130 solo cavatina by the Budapest String Quartet playing. &quot; title=&quot;3分15秒德国/匈牙利- 贝多芬“降B大调第13弦乐四重奏”，著作130，独唱短曲，由布达佩斯弦乐四重奏演奏。&quot;&gt;3 minutes and 15 seconds of Germany / Hungary - Beethoven &quot;in B flat major String Quartet 13&quot; works 130 solo cavatina by the Budapest String Quartet playing. &lt;/span&gt;&lt;span d=&quot;6分37秒 刻录图片&quot; f=&quot;6 minutes and 37 seconds to burn pictures
&quot; title=&quot;6分37秒 刻录图片&quot;&gt;6 minutes and 37 seconds to burn pictures&lt;/span&gt;&lt;span d=&quot;金盘包含的图片(12张) 金盘上面的图片是一些体现人类文明现状和特点的图片，但同时也刻意未发布一些关于核爆炸蘑菇云，或者关于贫穷和疾病的图像。&quot; f=&quot;Gold disc contains pictures (12) gold plate above picture is a picture to reflect the status and characteristics of human civilization, but also deliberately not published on the nuclear explosion mushroom cloud, about the image of poverty and disease.&quot; title=&quot;金盘包含的图片(12张) 金盘上面的图片是一些体现人类文明现状和特点的图片，但同时也刻意未发布一些关于核爆炸蘑菇云，或者关于贫穷和疾病的图像。&quot;&gt;Gold disc contains pictures (12) gold plate above picture is a picture to reflect the status and characteristics of human civilization, but also deliberately not published on the nuclear explosion mushroom cloud, about the image of poverty and disease.&lt;/span&gt;</content><link rel='replies' type='application/atom+xml' href='http://lewisjohn001.blogspot.com/feeds/5400382478970548430/comments/default' title='博文评论'/><link rel='replies' type='text/html' href='http://lewisjohn001.blogspot.com/2012/09/voyager-1.html#comment-form' title='0 条评论'/><link rel='edit' type='application/atom+xml' href='http://www.blogger.com/feeds/6102065772563696208/posts/default/5400382478970548430'/><link rel='self' type='application/atom+xml' href='http://www.blogger.com/feeds/6102065772563696208/posts/default/5400382478970548430'/><link rel='alternate' type='text/html' href='http://lewisjohn001.blogspot.com/2012/09/voyager-1.html' title='Voyager 1 '/><author><name>Anonymous</name><uri>http://www.blogger.com/profile/16940981728739398495</uri><email>noreply@blogger.com</email><gd:image rel='http://schemas.google.com/g/2005#thumbnail' width='16' height='16' src='https://img1.blogblog.com/img/b16-rounded.gif'/></author><thr:total>0</thr:total></entry><entry><id>tag:blogger.com,1999:blog-6102065772563696208.post-6899937474218890542</id><published>2012-09-07T05:56:00.002-07:00</published><updated>2012-09-07T05:56:14.604-07:00</updated><title type='text'>Molecular clouds (molecular cloud)</title><content type='html'>&lt;span d=&quot;分子云（molecular cloud）是星际云的一种，它的密度和大小允许分子──最常见的是氢分子(H2)──的形成。&quot; f=&quot;Molecular clouds (molecular cloud) is an interstellar cloud, its density and size allow molecules ─ ─ the most common of which is the formation of hydrogen molecule (H2) ─ ─. &quot; title=&quot;分子云（molecular cloud）是星际云的一种，它的密度和大小允许分子──最常见的是氢分子(H2)──的形成。&quot;&gt;Molecular clouds (molecular cloud) is an interstellar cloud, its density and size allow molecules ─ ─ the most common of which is the formation of hydrogen molecule (H2) ─ ─. &lt;/span&gt;&lt;span d=&quot;它的密度高到可以开始产生分子。&quot; f=&quot;Its density is high enough to produce molecules can begin. &quot; title=&quot;它的密度高到可以开始产生分子。&quot;&gt;Its density is high enough to produce molecules can begin. &lt;/span&gt;&lt;span d=&quot;通常分子云只发射出无线电波长的电磁辐射，而分子云的发现和研究也都是在这个波段进行。&quot; f=&quot;Molecular clouds usually only emit electromagnetic radiation at radio wavelengths, the discovery and study of the molecular cloud are also in the band.

&quot; title=&quot;通常分子云只发射出无线电波长的电磁辐射，而分子云的发现和研究也都是在这个波段进行。&quot;&gt;Molecular clouds usually only emit electromagnetic radiation at radio wavelengths, the discovery and study of the molecular cloud are also in the band.&lt;br /&gt;&lt;/span&gt;&lt;span d=&quot;目录&quot; f=&quot;Directory

&quot; title=&quot;目录&quot;&gt;Directory&lt;br /&gt;&lt;/span&gt;&lt;span d=&quot;分子云&quot; f=&quot;Molecular cloud
&quot; title=&quot;分子云&quot;&gt;Molecular cloud&lt;/span&gt;&lt;span d=&quot;过程 恒星形成&quot; f=&quot;The process of star formation
&quot; title=&quot;过程 恒星形成&quot;&gt;The process of star formation&lt;/span&gt;&lt;span d=&quot;物理性质&quot; f=&quot;Physical properties
&quot; title=&quot;物理性质&quot;&gt;Physical properties&lt;/span&gt;&lt;span d=&quot;出现场所&quot; f=&quot;Appeared spaces
&quot; title=&quot;出现场所&quot;&gt;Appeared spaces&lt;/span&gt;&lt;span d=&quot;分子云的类型 巨分子云(GMCs)&quot; f=&quot;Molecular cloud type of giant molecular clouds (GMCs)
&quot; title=&quot;分子云的类型 巨分子云(GMCs)&quot;&gt;Molecular cloud type of giant molecular clouds (GMCs)&lt;/span&gt;&lt;span d=&quot;小分子云&quot; f=&quot;Small molecular cloud
&quot; title=&quot;小分子云&quot;&gt;Small molecular cloud&lt;/span&gt;&lt;span d=&quot;高银纬弥散分子云&quot; f=&quot;High galactic latitude diffuse molecular clouds.
&quot; title=&quot;高银纬弥散分子云&quot;&gt;High galactic latitude diffuse molecular clouds.&lt;/span&gt;&lt;span d=&quot;展开 分子云&quot; f=&quot;Expand the molecular cloud
&quot; title=&quot;展开 分子云&quot;&gt;Expand the molecular cloud&lt;/span&gt;&lt;span d=&quot;过程 恒星形成&quot; f=&quot;The process of star formation
&quot; title=&quot;过程 恒星形成&quot;&gt;The process of star formation&lt;/span&gt;&lt;span d=&quot;物理性质&quot; f=&quot;Physical properties
&quot; title=&quot;物理性质&quot;&gt;Physical properties&lt;/span&gt;&lt;span d=&quot;出现场所&quot; f=&quot;Appeared spaces
&quot; title=&quot;出现场所&quot;&gt;Appeared spaces&lt;/span&gt;&lt;span d=&quot;分子云的类型 巨分子云(GMCs)&quot; f=&quot;Molecular cloud type of giant molecular clouds (GMCs)
&quot; title=&quot;分子云的类型 巨分子云(GMCs)&quot;&gt;Molecular cloud type of giant molecular clouds (GMCs)&lt;/span&gt;&lt;span d=&quot;小分子云&quot; f=&quot;Small molecular cloud
&quot; title=&quot;小分子云&quot;&gt;Small molecular cloud&lt;/span&gt;&lt;span d=&quot;高银纬弥散分子云&quot; f=&quot;High galactic latitude diffuse molecular clouds.
&quot; title=&quot;高银纬弥散分子云&quot;&gt;High galactic latitude diffuse molecular clouds.&lt;/span&gt;&lt;span d=&quot;展开 编辑本段分子云&quot; f=&quot;Expand edit this paragraph molecular cloud
&quot; title=&quot;展开 编辑本段分子云&quot;&gt;Expand edit this paragraph molecular cloud&lt;/span&gt;&lt;span d=&quot;它是星际分子集结的区域。&quot; f=&quot;It is the gathering area of ​​interstellar molecules. &quot; title=&quot;它是星际分子集结的区域。&quot;&gt;It is the gathering area of ​​interstellar molecules. &lt;/span&gt;&lt;span d=&quot;观测表明，虽然有些星际分子， 如CO，几乎散布在所有的天区，但大多数星际分子集结成团，形成分子云。&quot; f=&quot;The observations show that, although some interstellar molecules, such as CO, almost scattered in the sky, but most of the interstellar molecules assembled into a group, the formation of molecular clouds. &quot; title=&quot;观测表明，虽然有些星际分子， 如CO，几乎散布在所有的天区，但大多数星际分子集结成团，形成分子云。&quot;&gt;The observations show that, although some interstellar molecules, such as CO, almost scattered in the sky, but most of the interstellar molecules assembled into a group, the formation of molecular clouds. &lt;/span&gt;&lt;span d=&quot;分子云通常是暗的，在光学波段看不见，温度典型值为20K，平均密度102～104个分子厘米3，中央的密度可达106个分子厘米3，质量一般为104 ～107太阳质量，云&quot; f=&quot;Molecular cloud is usually dark, invisible at optical wavelengths, temperatures typical value is 20K, the molecule an average density of 102 to 104 cm 3, the density of the central molecule cm 3 up to 106, the quality is generally 104 to 107 the mass of the sun, clouds &quot; title=&quot;分子云通常是暗的，在光学波段看不见，温度典型值为20K，平均密度102～104个分子厘米3，中央的密度可达106个分子厘米3，质量一般为104 ～107太阳质量，云&quot;&gt;Molecular cloud is usually dark, invisible at optical wavelengths, temperatures typical value is 20K, the molecule an average density of 102 to 104 cm 3, the density of the central molecule cm 3 up to 106, the quality is generally 104 to 107 the mass of the sun, clouds &lt;/span&gt;&lt;span d=&quot;内有足够的尘埃屏蔽星光中的紫外线，使分子免遭破坏。&quot; f=&quot;with enough dust shield ultraviolet starlight, the molecules from destruction. &quot; title=&quot;内有足够的尘埃屏蔽星光中的紫外线，使分子免遭破坏。&quot;&gt;with enough dust shield ultraviolet starlight, the molecules from destruction. &lt;/span&gt;&lt;span d=&quot;在猎户星云后面有一个巨大的分子云，它是离太阳最近的分子云之一，由小而密的核心以及延伸的低密度云两部分组成。&quot; f=&quot;A giant molecular cloud behind the Orion Nebula, it is one of the molecular clouds closest to the sun, by the small, dense core and extended low-density cloud is composed of two parts. &quot; title=&quot;在猎户星云后面有一个巨大的分子云，它是离太阳最近的分子云之一，由小而密的核心以及延伸的低密度云两部分组成。&quot;&gt;A giant molecular cloud behind the Orion Nebula, it is one of the molecular clouds closest to the sun, by the small, dense core and extended low-density cloud is composed of two parts. &lt;/span&gt;&lt;span d=&quot;前者的直径为0.15秒差距，密度为105个分子厘米3，质量为5个太阳质量；后者的直径至少为10秒差距，极大密度为103个分子厘米3，质量达104太阳质量。&quot; f=&quot;The diameter of the former is a gap of 0.15 seconds, a density of 105 molecules cm 3, the mass 5 of mass of the sun; latter diameter of at least 10 seconds behind the great density of 103 molecules cm 3, the quality of the mass of the sun 104. &quot; title=&quot;前者的直径为0.15秒差距，密度为105个分子厘米3，质量为5个太阳质量；后者的直径至少为10秒差距，极大密度为103个分子厘米3，质量达104太阳质量。&quot;&gt;The diameter of the former is a gap of 0.15 seconds, a density of 105 molecules cm 3, the mass 5 of mass of the sun; latter diameter of at least 10 seconds behind the great density of 103 molecules cm 3, the quality of the mass of the sun 104. &lt;/span&gt;&lt;span d=&quot;被认为是正在形成的恒星的BN天体就在猎户分子云中间，BN 天体附近还有另一个红外源，可能也包括年轻恒星或者正在形成中的恒星。&quot; f=&quot;Is considered to be the stars being formed BN celestial bodies in the middle of the Orion molecular cloud the BN Astrometry near another infrared source, may also include young stars are forming stars. &quot; title=&quot;被认为是正在形成的恒星的BN天体就在猎户分子云中间，BN 天体附近还有另一个红外源，可能也包括年轻恒星或者正在形成中的恒星。&quot;&gt;Is considered to be the stars being formed BN celestial bodies in the middle of the Orion molecular cloud the BN Astrometry near another infrared source, may also include young stars are forming stars. &lt;/span&gt;&lt;span d=&quot;编辑本段过程恒星形成&quot; f=&quot;Edit this paragraph the process of star formation
&quot; title=&quot;编辑本段过程恒星形成&quot;&gt;Edit this paragraph the process of star formation&lt;/span&gt;&lt;span d=&quot;据我们所知，在目前的宇宙中，新诞生的恒星完全都是在分子云中被制造出来的， 这是它们在适当的低温和高压下的自然结果，因为导致塌缩的引力可以超出抗拒&quot; f=&quot;As far as we know, in the current universe, the newly formed stars are totally in the molecular cloud produced, under low-temperature and high-pressure natural result can lead to gravitational collapse beyond resist &quot; title=&quot;据我们所知，在目前的宇宙中，新诞生的恒星完全都是在分子云中被制造出来的， 这是它们在适当的低温和高压下的自然结果，因为导致塌缩的引力可以超出抗拒&quot;&gt;As far as we know, in the current universe, the newly formed stars are totally in the molecular cloud produced, under low-temperature and high-pressure natural result can lead to gravitational collapse beyond resist &lt;/span&gt;&lt;span d=&quot;塌缩的内部压强。&quot; f=&quot;the collapse of the internal pressure. &quot; title=&quot;塌缩的内部压强。&quot;&gt;the collapse of the internal pressure. &lt;/span&gt;&lt;span d=&quot;观测证据也表明，巨大的、正在形成恒星的云在很大程度上是被它们自身的引力束缚的(如同恒星、行星和星系)，而不是由外部压力束缚(像地球大气层中的云彩那样)&quot; f=&quot;The observational evidence also shows that huge, being formed stellar cloud in large part by their own gravitational binding (as in the stars, planets and galaxies), but not bound by external pressure (like clouds in the Earth&#39;s atmosphere) &quot; title=&quot;观测证据也表明，巨大的、正在形成恒星的云在很大程度上是被它们自身的引力束缚的(如同恒星、行星和星系)，而不是由外部压力束缚(像地球大气层中的云彩那样)&quot;&gt;The observational evidence also shows that huge, being formed stellar cloud in large part by their own gravitational binding (as in the stars, planets and galaxies), but not bound by external pressure (like clouds in the Earth&#39;s atmosphere) &lt;/span&gt;&lt;span d=&quot;。&quot; f=&quot;. &quot; title=&quot;。&quot;&gt;. &lt;/span&gt;&lt;span d=&quot;这证据源于从一氧化碳(CO)谱线宽度推测出的湍流速度与轨道速率成比例（维里定理）。&quot; f=&quot;This evidence comes from the turbulent velocity and orbital velocity inferred from the carbon monoxide (CO) line width is proportional to (virial theorem).
&quot; title=&quot;这证据源于从一氧化碳(CO)谱线宽度推测出的湍流速度与轨道速率成比例（维里定理）。&quot;&gt;This evidence comes from the turbulent velocity and orbital velocity inferred from the carbon monoxide (CO) line width is proportional to (virial theorem).&lt;/span&gt;&lt;span d=&quot;物理性质&quot; f=&quot;Physical properties
&quot; title=&quot;物理性质&quot;&gt;Physical properties&lt;/span&gt;&lt;span d=&quot;分子云的物理性质很难理解并且仍有争议，它们的内部运动由寒冷和磁化气体的湍流所控制。&quot; f=&quot;The physical properties of the molecular cloud is difficult to understand, and still controversial, their internal movement is controlled by the cold and magnetized gas turbulence. &quot; title=&quot;分子云的物理性质很难理解并且仍有争议，它们的内部运动由寒冷和磁化气体的湍流所控制。&quot;&gt;The physical properties of the molecular cloud is difficult to understand, and still controversial, their internal movement is controlled by the cold and magnetized gas turbulence. &lt;/span&gt;&lt;span d=&quot;大质量分子云湍流的运动远超过音速，但是可与磁场扰动的速度相比。&quot; f=&quot;Massive molecular cloud turbulence movement far more than the speed of sound, but compared with the speed of the magnetic field disturbances. &quot; title=&quot;大质量分子云湍流的运动远超过音速，但是可与磁场扰动的速度相比。&quot;&gt;Massive molecular cloud turbulence movement far more than the speed of sound, but compared with the speed of the magnetic field disturbances. &lt;/span&gt;&lt;span d=&quot;这种状态被认为会迅速失去能量，不是会整体塌缩就是具有稳定的能量回输。&quot; f=&quot;This state will lose energy quickly, than will the overall collapse is to have a stable energy reinfusion. &quot; title=&quot;这种状态被认为会迅速失去能量，不是会整体塌缩就是具有稳定的能量回输。&quot;&gt;This state will lose energy quickly, than will the overall collapse is to have a stable energy reinfusion. &lt;/span&gt;&lt;span d=&quot;同时，在分子云大部分的质量形成恒星之前，它们也会被一些过程瓦解──最可能是大质量恒星的作用。&quot; f=&quot;Before star formation in molecular clouds most of the quality, they will also be some process of the collapse ─ ─ the most massive stars. &quot; title=&quot;同时，在分子云大部分的质量形成恒星之前，它们也会被一些过程瓦解──最可能是大质量恒星的作用。&quot;&gt;Before star formation in molecular clouds most of the quality, they will also be some process of the collapse ─ ─ the most massive stars. &lt;/span&gt;&lt;span d=&quot;分子云，特别是巨分子云通常也是天体脉泽(astronomical masers)的来源。&quot; f=&quot;Molecular clouds, especially the giant molecular clouds are usually the source of astrophysical maser (astronomical masers). &quot; title=&quot;分子云，特别是巨分子云通常也是天体脉泽(astronomical masers)的来源。&quot;&gt;Molecular clouds, especially the giant molecular clouds are usually the source of astrophysical maser (astronomical masers). &lt;/span&gt;&lt;span d=&quot;编辑本段出现场所在我们自己的银河系中，分子气体在星际介质中占不到百分之一的体积，但它依然是在太阳环绕银河中心公转轨道以内最密集，并且占有大约一半质量的气体&quot; f=&quot;Edit this paragraph appear place in our own Milky Way galaxy, molecular gas in the interstellar medium, accounting for less than one percent of the volume, but it still is the most densely within the orbits of the sun around the galactic center, and occupies about half the mass of the gas &quot; title=&quot;编辑本段出现场所在我们自己的银河系中，分子气体在星际介质中占不到百分之一的体积，但它依然是在太阳环绕银河中心公转轨道以内最密集，并且占有大约一半质量的气体&quot;&gt;Edit this paragraph appear place in our own Milky Way galaxy, molecular gas in the interstellar medium, accounting for less than one percent of the volume, but it still is the most densely within the orbits of the sun around the galactic center, and occupies about half the mass of the gas &lt;/span&gt;&lt;span d=&quot;。&quot; f=&quot;. &quot; title=&quot;。&quot;&gt;. &lt;/span&gt;&lt;span d=&quot;这些分子气体大多在距离银河中心3.5至7.5千秒差距的环形区域中(太阳距离中心大约是8.5千秒差距)。&quot; f=&quot;Most of these molecular gas in the annular region of 3.5 to 7.5 thousand parsecs from the galactic center (the sun from the center is about 850 one thousand seconds gap). &quot; title=&quot;这些分子气体大多在距离银河中心3.5至7.5千秒差距的环形区域中(太阳距离中心大约是8.5千秒差距)。&quot;&gt;Most of these molecular gas in the annular region of 3.5 to 7.5 thousand parsecs from the galactic center (the sun from the center is about 850 one thousand seconds gap). &lt;/span&gt;&lt;span d=&quot;对本星系的大尺度一氧化碳成图表明，这种气体出现的位置和本星系的旋臂相关。&quot; f=&quot;Carbon monoxide into the large-scale galaxy diagram related to the position of this gas and the spiral arms of the galaxy. &quot; title=&quot;对本星系的大尺度一氧化碳成图表明，这种气体出现的位置和本星系的旋臂相关。&quot;&gt;Carbon monoxide into the large-scale galaxy diagram related to the position of this gas and the spiral arms of the galaxy. &lt;/span&gt;&lt;span d=&quot;这些分子气体主要出现在旋臂上，表明分子云形成和消散的时间应该少于一千万年，因为这是物质穿越旋臂所要花费的时间。&quot; f=&quot;The molecular gas in the spiral arms, indicating that the molecular cloud formation and dissipation time should be less than a thousand of years, because it is a substance through the jib to spend time. &quot; title=&quot;这些分子气体主要出现在旋臂上，表明分子云形成和消散的时间应该少于一千万年，因为这是物质穿越旋臂所要花费的时间。&quot;&gt;The molecular gas in the spiral arms, indicating that the molecular cloud formation and dissipation time should be less than a thousand of years, because it is a substance through the jib to spend time. &lt;/span&gt;&lt;span d=&quot;在垂直方向上，分子气体位于厚度大约在50–75 秒差距的狭窄的银河盘面中层，比同属于ISM的温暖的原子云(Z=130-400pc)和热的电离气体(Z=1000pc)薄&quot; f=&quot;Molecular gas is located in the thickness of about 50-75 seconds gap narrow galactic plane middle, compared to the same warm cloud of atoms belonging to the ISM (of Z = 130-400pc) and the hot ionized gas in the vertical direction (Z = 1000pc) thin &quot; title=&quot;在垂直方向上，分子气体位于厚度大约在50–75 秒差距的狭窄的银河盘面中层，比同属于ISM的温暖的原子云(Z=130-400pc)和热的电离气体(Z=1000pc)薄&quot;&gt;Molecular gas is located in the thickness of about 50-75 seconds gap narrow galactic plane middle, compared to the same warm cloud of atoms belonging to the ISM (of Z = 130-400pc) and the hot ionized gas in the vertical direction (Z = 1000pc) thin &lt;/span&gt;&lt;span d=&quot;许多。&quot; f=&quot;many. &quot; title=&quot;许多。&quot;&gt;many. &lt;/span&gt;&lt;span d=&quot;[5]在电离气体的空间分布中，电离氢区的分布是一个例外。&quot; f=&quot;[5] in the spatial distribution of the ionized gas, the distribution of the HII region is an exception. &quot; title=&quot;[5]在电离气体的空间分布中，电离氢区的分布是一个例外。&quot;&gt;[5] in the spatial distribution of the ionized gas, the distribution of the HII region is an exception. &lt;/span&gt;&lt;span d=&quot;电离氢区是在分子云中被年轻的大质量恒星强烈辐射激发所形成的热离子气泡，在垂直方向上分布的厚度与分子气体相近。&quot; f=&quot;HII regions in the molecular cloud by the intense radiation of young, massive stars inspire the the thermionic bubble formation, similar to the thickness of the molecular gas distribution in the vertical direction. &quot; title=&quot;电离氢区是在分子云中被年轻的大质量恒星强烈辐射激发所形成的热离子气泡，在垂直方向上分布的厚度与分子气体相近。&quot;&gt;HII regions in the molecular cloud by the intense radiation of young, massive stars inspire the the thermionic bubble formation, similar to the thickness of the molecular gas distribution in the vertical direction. &lt;/span&gt;&lt;span d=&quot;分子气体的在大尺度上的分布是平滑的，但小尺度上的分布极不规则，大多集中于孤立的分子云和分子云复合体之中。&quot; f=&quot;On the large-scale distribution of molecular gas is smooth, but on a small scale distribution is very irregular, mostly concentrated in isolated molecular clouds and molecular cloud complex being. &quot; title=&quot;分子气体的在大尺度上的分布是平滑的，但小尺度上的分布极不规则，大多集中于孤立的分子云和分子云复合体之中。&quot;&gt;On the large-scale distribution of molecular gas is smooth, but on a small scale distribution is very irregular, mostly concentrated in isolated molecular clouds and molecular cloud complex being. &lt;/span&gt;&lt;span d=&quot;编辑本段分子云的类型巨分子云(GMCs)&quot; f=&quot;Edit this paragraph molecular cloud type giant molecular clouds (GMCs)
&quot; title=&quot;编辑本段分子云的类型巨分子云(GMCs)&quot;&gt;Edit this paragraph molecular cloud type giant molecular clouds (GMCs)&lt;/span&gt;&lt;span d=&quot;巨分子云是大量分子气体的集合体，质量介于104–106倍太阳质量。&quot; f=&quot;Giant molecular cloud is a collection of a large number of molecular gas quality between 104-106 times the mass of the Sun. &quot; title=&quot;巨分子云是大量分子气体的集合体，质量介于104–106倍太阳质量。&quot;&gt;Giant molecular cloud is a collection of a large number of molecular gas quality between 104-106 times the mass of the Sun. &lt;/span&gt;&lt;span d=&quot;云气的直径可以达到数十个秒差距，密度则在每立方厘米102–103个粒子(在太阳附近是平均每立方厘米一个粒子)。&quot; f=&quot;The nebula&#39;s diameter can reach dozens of parsecs, density in 102-103 particles per cubic centimeter (near the sun is an average per cubic centimeter of a particle). &quot; title=&quot;云气的直径可以达到数十个秒差距，密度则在每立方厘米102–103个粒子(在太阳附近是平均每立方厘米一个粒子)。&quot;&gt;The nebula&#39;s diameter can reach dozens of parsecs, density in 102-103 particles per cubic centimeter (near the sun is an average per cubic centimeter of a particle). &lt;/span&gt;&lt;span d=&quot;在这些云气内的次结构有复杂的形式，包括丝状体、片状、气泡和不规则的团块等。&quot; f=&quot;Secondary structures within these clouds have complex forms, including filaments, in the form of flakes, bubbles and irregular clumps. &quot; title=&quot;在这些云气内的次结构有复杂的形式，包括丝状体、片状、气泡和不规则的团块等。&quot;&gt;Secondary structures within these clouds have complex forms, including filaments, in the form of flakes, bubbles and irregular clumps. &lt;/span&gt;&lt;span d=&quot;密度最高的丝状体和团块部分称为“分子云核”，而密度最高的分子云核，就称为“稠密分子云核”，密度可以高达每立方厘米104–106个粒子。&quot; f=&quot;The highest density of filaments and clumps part called &amp;quot;molecular cloud cores, the highest density of molecular cloud cores, known as&amp;quot; dense molecular cloud cores, the density can be as high as 104-106 particles per cubic centimeter. &quot; title=&quot;密度最高的丝状体和团块部分称为“分子云核”，而密度最高的分子云核，就称为“稠密分子云核”，密度可以高达每立方厘米104–106个粒子。&quot;&gt;The highest density of filaments and clumps part called &quot;molecular cloud cores, the highest density of molecular cloud cores, known as&quot; dense molecular cloud cores, the density can be as high as 104-106 particles per cubic centimeter. &lt;/span&gt;&lt;span d=&quot;在观测上，可以用一氧化碳搜寻分子云核，用氨搜寻稠密分子云核。&quot; f=&quot;Observations can with carbon monoxide search molecular cloud cores using ammonia Search dense molecular cloud cores. &quot; title=&quot;在观测上，可以用一氧化碳搜寻分子云核，用氨搜寻稠密分子云核。&quot;&gt;Observations can with carbon monoxide search molecular cloud cores using ammonia Search dense molecular cloud cores. &lt;/span&gt;&lt;span d=&quot;集中在分子云核的尘埃会阻挡背景的星光，造成星际消光的效果形成暗星云。&quot; f=&quot;Concentrated in the molecular cloud of nuclear dust will block background starlight, caused by the effect of interstellar extinction formation of dark nebulae. &quot; title=&quot;集中在分子云核的尘埃会阻挡背景的星光，造成星际消光的效果形成暗星云。&quot;&gt;Concentrated in the molecular cloud of nuclear dust will block background starlight, caused by the effect of interstellar extinction formation of dark nebulae. &lt;/span&gt;&lt;span d=&quot;我们“本地”的巨分子云通常在其所在天区的星座范围内占有明显的位置，因此经常会用星座命名，例如猎户座分子云(OMC)或是金牛座分子云(TMC)。&quot; f=&quot;Our &amp;quot;local&amp;quot; giant molecular clouds usually occupies a significant position in the constellation of the sky in their often constellation named, such as the Orion Molecular Cloud (OMC) or the Taurus Molecular Cloud (TMC). &quot; title=&quot;我们“本地”的巨分子云通常在其所在天区的星座范围内占有明显的位置，因此经常会用星座命名，例如猎户座分子云(OMC)或是金牛座分子云(TMC)。&quot;&gt;Our &quot;local&quot; giant molecular clouds usually occupies a significant position in the constellation of the sky in their often constellation named, such as the Orion Molecular Cloud (OMC) or the Taurus Molecular Cloud (TMC). &lt;/span&gt;&lt;span d=&quot;这些分子云围绕着太阳成为一个环形的阵列，称为古尔德带。&quot; f=&quot;These molecular clouds around the sun into a circular array, called Gould tape. &quot; title=&quot;这些分子云围绕着太阳成为一个环形的阵列，称为古尔德带。&quot;&gt;These molecular clouds around the sun into a circular array, called Gould tape. &lt;/span&gt;&lt;span d=&quot;在银河系内质量最大的分子云是人马座B2，在距离银河中心120秒差距处形成一道环。&quot; f=&quot;The quality largest molecular clouds in the Milky Way is Sagittarius B2 120 parsecs from the galactic center, forming a ring. &quot; title=&quot;在银河系内质量最大的分子云是人马座B2，在距离银河中心120秒差距处形成一道环。&quot;&gt;The quality largest molecular clouds in the Milky Way is Sagittarius B2 120 parsecs from the galactic center, forming a ring. &lt;/span&gt;&lt;span d=&quot;人马座的区域含有丰富的化学元素，是天文学家在星际空间中寻找新分子的良好标本。&quot; f=&quot;The Sagittarius region contains abundant chemical element, is a good specimen of astronomers find new molecules in interstellar space.
&quot; title=&quot;人马座的区域含有丰富的化学元素，是天文学家在星际空间中寻找新分子的良好标本。&quot;&gt;The Sagittarius region contains abundant chemical element, is a good specimen of astronomers find new molecules in interstellar space.&lt;/span&gt;&lt;span d=&quot;小分子云&quot; f=&quot;Small molecular cloud
&quot; title=&quot;小分子云&quot;&gt;Small molecular cloud&lt;/span&gt;&lt;span d=&quot;孤立的、引力束缚的，质量在数百个太阳质量以下的小分子云称为包克球。&quot; f=&quot;Isolated, gravitationally bound, quality small following in the hundreds of solar masses of molecular cloud known as Bok globule. &quot; title=&quot;孤立的、引力束缚的，质量在数百个太阳质量以下的小分子云称为包克球。&quot;&gt;Isolated, gravitationally bound, quality small following in the hundreds of solar masses of molecular cloud known as Bok globule. &lt;/span&gt;&lt;span d=&quot;在这种小分子云中密度最高的区域与在巨分子云的分子云核等价，因此常出现在同样研究之中。&quot; f=&quot;In such a small molecular cloud in the highest density regions with nuclear equivalent of giant molecular clouds in the molecular cloud, so common among the same study.
&quot; title=&quot;在这种小分子云中密度最高的区域与在巨分子云的分子云核等价，因此常出现在同样研究之中。&quot;&gt;In such a small molecular cloud in the highest density regions with nuclear equivalent of giant molecular clouds in the molecular cloud, so common among the same study.&lt;/span&gt;&lt;span d=&quot;高银纬弥散分子云&quot; f=&quot;High galactic latitude diffuse molecular clouds.
&quot; title=&quot;高银纬弥散分子云&quot;&gt;High galactic latitude diffuse molecular clouds.&lt;/span&gt;&lt;span d=&quot;在1984年，红外线天文卫星IRAS（IRAS）证认了一种新型的弥散分子云。&quot; f=&quot;In 1984, the Infrared Astronomical Satellite, IRAS (IRAS) Identified a new type of diffuse molecular clouds. &quot; title=&quot;在1984年，红外线天文卫星IRAS（IRAS）证认了一种新型的弥散分子云。&quot;&gt;In 1984, the Infrared Astronomical Satellite, IRAS (IRAS) Identified a new type of diffuse molecular clouds. &lt;/span&gt;&lt;span d=&quot;这些弥散成丝状的云在高银纬的地区(离开银河盘面的空间)可观测到，云气中每立方厘米大约有30颗粒子。&quot; f=&quot;Dispersion into filamentous cloud at high galactic latitude regions (left the Galactic disk space) can be observed, the clouds in about 30 particles per cubic centimeter sub. &quot; title=&quot;这些弥散成丝状的云在高银纬的地区(离开银河盘面的空间)可观测到，云气中每立方厘米大约有30颗粒子。&quot;&gt;Dispersion into filamentous cloud at high galactic latitude regions (left the Galactic disk space) can be observed, the clouds in about 30 particles per cubic centimeter sub&lt;/span&gt;</content><link rel='replies' type='application/atom+xml' href='http://lewisjohn001.blogspot.com/feeds/6899937474218890542/comments/default' title='博文评论'/><link rel='replies' type='text/html' href='http://lewisjohn001.blogspot.com/2012/09/molecular-clouds-molecular-cloud.html#comment-form' title='0 条评论'/><link rel='edit' type='application/atom+xml' href='http://www.blogger.com/feeds/6102065772563696208/posts/default/6899937474218890542'/><link rel='self' type='application/atom+xml' href='http://www.blogger.com/feeds/6102065772563696208/posts/default/6899937474218890542'/><link rel='alternate' type='text/html' href='http://lewisjohn001.blogspot.com/2012/09/molecular-clouds-molecular-cloud.html' title='Molecular clouds (molecular cloud)'/><author><name>Anonymous</name><uri>http://www.blogger.com/profile/16940981728739398495</uri><email>noreply@blogger.com</email><gd:image rel='http://schemas.google.com/g/2005#thumbnail' width='16' height='16' src='https://img1.blogblog.com/img/b16-rounded.gif'/></author><thr:total>0</thr:total></entry><entry><id>tag:blogger.com,1999:blog-6102065772563696208.post-3893066116720070650</id><published>2012-09-07T05:55:00.001-07:00</published><updated>2012-09-07T05:55:36.846-07:00</updated><title type='text'>Transgenic technology</title><content type='html'>&lt;span d=&quot;转基因技术是将人工分离和修饰过的基因导入到生物体基因组中，由于导入基因的表达，引起生物体的性状的可遗传的修饰，这一技术称之为转基因技术（Transgene technology）。&quot; f=&quot;Transgenic technology is the manual separation and the modified gene is introduced into the organisms genome, due to the expression of the introduced gene, causing modification of the genetic traits of the organism can be, this technique is referred to as transgenic technology (at Transgene technology). &quot; title=&quot;转基因技术是将人工分离和修饰过的基因导入到生物体基因组中，由于导入基因的表达，引起生物体的性状的可遗传的修饰，这一技术称之为转基因技术（Transgene technology）。&quot;&gt;Transgenic technology is the manual separation and the modified gene is introduced into the organisms genome, due to the expression of the introduced gene, causing modification of the genetic traits of the organism can be, this technique is referred to as transgenic technology (at Transgene technology). &lt;/span&gt;&lt;span d=&quot;人们常说的&amp;quot;遗传工程&amp;quot;、&amp;quot;基因工程&amp;quot;、&amp;quot;遗传转化&amp;quot;均为转基因的同义词。&quot; f=&quot;Commonly known as &amp;quot;genetic engineering, genetic engineering, genetic transformation are transgenic synonym. &quot; title=&quot;人们常说的&amp;quot;遗传工程&amp;quot;、&amp;quot;基因工程&amp;quot;、&amp;quot;遗传转化&amp;quot;均为转基因的同义词。&quot;&gt;Commonly known as &quot;genetic engineering, genetic engineering, genetic transformation are transgenic synonym. &lt;/span&gt;&lt;span d=&quot;经转基因技术修饰的生物体在媒体上常被称为&amp;quot;遗传修饰过的生物体&amp;quot;（Genetically modified organism，简称GMO）。&quot; f=&quot;Modified organisms by transgenic technology is often referred to in the media &amp;quot;genetically modified organisms&amp;quot; (Genetically modified organism, GMO). &quot; title=&quot;经转基因技术修饰的生物体在媒体上常被称为&amp;quot;遗传修饰过的生物体&amp;quot;（Genetically modified organism，简称GMO）。&quot;&gt;Modified organisms by transgenic technology is often referred to in the media &quot;genetically modified organisms&quot; (Genetically modified organism, GMO). &lt;/span&gt;&lt;span d=&quot;2012年8月30日，国际环保组织绿色和平向媒体披露美国塔夫茨大学用中国儿童做转基因大米试验，该大学已经承认。&quot; f=&quot;August 30, 2012, the international environmental organization Greenpeace disclosed to the media, Tufts University, USA Chinese children transgenic rice experiment, the university has admitted.

&quot; title=&quot;2012年8月30日，国际环保组织绿色和平向媒体披露美国塔夫茨大学用中国儿童做转基因大米试验，该大学已经承认。&quot;&gt;August 30, 2012, the international environmental organization Greenpeace disclosed to the media, Tufts University, USA Chinese children transgenic rice experiment, the university has admitted.&lt;br /&gt;&lt;/span&gt;&lt;span d=&quot;目录&quot; f=&quot;Directory

&quot; title=&quot;目录&quot;&gt;Directory&lt;br /&gt;&lt;/span&gt;&lt;span d=&quot;名词介绍 转基因&quot; f=&quot;The nouns Introduction of genetically modified
&quot; title=&quot;名词介绍 转基因&quot;&gt;The nouns Introduction of genetically modified&lt;/span&gt;&lt;span d=&quot;技术介绍&quot; f=&quot;Technical presentations
&quot; title=&quot;技术介绍&quot;&gt;Technical presentations&lt;/span&gt;&lt;span d=&quot;转基因生物&quot; f=&quot;GMOs
&quot; title=&quot;转基因生物&quot;&gt;GMOs&lt;/span&gt;&lt;span d=&quot;转基因食品&quot; f=&quot;Genetically modified foods
&quot; title=&quot;转基因食品&quot;&gt;Genetically modified foods&lt;/span&gt;&lt;span d=&quot;转基因商业化&quot; f=&quot;Transgenic commercialization
&quot; title=&quot;转基因商业化&quot;&gt;Transgenic commercialization&lt;/span&gt;&lt;span d=&quot;技术发展&quot; f=&quot;Technological development
&quot; title=&quot;技术发展&quot;&gt;Technological development&lt;/span&gt;&lt;span d=&quot;植物常用方法 农杆菌介导转化法&quot; f=&quot;The plant common method for Agrobacterium-mediated transformation method
&quot; title=&quot;植物常用方法 农杆菌介导转化法&quot;&gt;The plant common method for Agrobacterium-mediated transformation method&lt;/span&gt;&lt;span d=&quot;花粉管通道法&quot; f=&quot;Pollen tube pathway
&quot; title=&quot;花粉管通道法&quot;&gt;Pollen tube pathway&lt;/span&gt;&lt;span d=&quot;基因枪法&quot; f=&quot;Biolistic
&quot; title=&quot;基因枪法&quot;&gt;Biolistic&lt;/span&gt;&lt;span d=&quot;动物常用技术 核显微注射法&quot; f=&quot;Animals commonly used technology nuclear microinjection
&quot; title=&quot;动物常用技术 核显微注射法&quot;&gt;Animals commonly used technology nuclear microinjection&lt;/span&gt;&lt;span d=&quot;精子介导转基因法&quot; f=&quot;Sperm-mediated gene transfection
&quot; title=&quot;精子介导转基因法&quot;&gt;Sperm-mediated gene transfection&lt;/span&gt;&lt;span d=&quot;核移植转基因法&quot; f=&quot;Nuclear transplant transgenic method
&quot; title=&quot;核移植转基因法&quot;&gt;Nuclear transplant transgenic method&lt;/span&gt;&lt;span d=&quot;体细胞核移植法&quot; f=&quot;Somatic cell nuclear transplantation
&quot; title=&quot;体细胞核移植法&quot;&gt;Somatic cell nuclear transplantation&lt;/span&gt;&lt;span d=&quot;转基因技术与传统技术 转基因植物&quot; f=&quot;Transgenic technology and traditional technology of transgenic plants
&quot; title=&quot;转基因技术与传统技术 转基因植物&quot;&gt;Transgenic technology and traditional technology of transgenic plants&lt;/span&gt;&lt;span d=&quot;转基因动物&quot; f=&quot;Transgenic animals
&quot; title=&quot;转基因动物&quot;&gt;Transgenic animals&lt;/span&gt;&lt;span d=&quot;重要影响 对现实生活&quot; f=&quot;An important impact on the real life
&quot; title=&quot;重要影响 对现实生活&quot;&gt;An important impact on the real life&lt;/span&gt;&lt;span d=&quot;对生态物种&quot; f=&quot;Ecological species
&quot; title=&quot;对生态物种&quot;&gt;Ecological species&lt;/span&gt;&lt;span d=&quot;对环境系统&quot; f=&quot;Environmental Systems
&quot; title=&quot;对环境系统&quot;&gt;Environmental Systems&lt;/span&gt;&lt;span d=&quot;技术应用&quot; f=&quot;Technology applications
&quot; title=&quot;技术应用&quot;&gt;Technology applications&lt;/span&gt;&lt;span d=&quot;谣言及辟谣&quot; f=&quot;Rumors and rumor
&quot; title=&quot;谣言及辟谣&quot;&gt;Rumors and rumor&lt;/span&gt;&lt;span d=&quot;存在争议 争议报道&quot; f=&quot;Controversial dispute reports
&quot; title=&quot;存在争议 争议报道&quot;&gt;Controversial dispute reports&lt;/span&gt;&lt;span d=&quot;学者批评&quot; f=&quot;Scholars criticized
&quot; title=&quot;学者批评&quot;&gt;Scholars criticized&lt;/span&gt;&lt;span d=&quot;争议事件&quot; f=&quot;Controversy
&quot; title=&quot;争议事件&quot;&gt;Controversy&lt;/span&gt;&lt;span d=&quot;知识扩展&quot; f=&quot;Knowledge expansion
&quot; title=&quot;知识扩展&quot;&gt;Knowledge expansion&lt;/span&gt;&lt;span d=&quot;展开 名词介绍 转基因&quot; f=&quot;Expand nouns introduced transgenic
&quot; title=&quot;展开 名词介绍 转基因&quot;&gt;Expand nouns introduced transgenic&lt;/span&gt;&lt;span d=&quot;技术介绍&quot; f=&quot;Technical presentations
&quot; title=&quot;技术介绍&quot;&gt;Technical presentations&lt;/span&gt;&lt;span d=&quot;转基因生物&quot; f=&quot;GMOs
&quot; title=&quot;转基因生物&quot;&gt;GMOs&lt;/span&gt;&lt;span d=&quot;转基因食品&quot; f=&quot;Genetically modified foods
&quot; title=&quot;转基因食品&quot;&gt;Genetically modified foods&lt;/span&gt;&lt;span d=&quot;转基因商业化&quot; f=&quot;Transgenic commercialization
&quot; title=&quot;转基因商业化&quot;&gt;Transgenic commercialization&lt;/span&gt;&lt;span d=&quot;技术发展&quot; f=&quot;Technological development
&quot; title=&quot;技术发展&quot;&gt;Technological development&lt;/span&gt;&lt;span d=&quot;植物常用方法 农杆菌介导转化法&quot; f=&quot;The plant common method for Agrobacterium-mediated transformation method
&quot; title=&quot;植物常用方法 农杆菌介导转化法&quot;&gt;The plant common method for Agrobacterium-mediated transformation method&lt;/span&gt;&lt;span d=&quot;花粉管通道法&quot; f=&quot;Pollen tube pathway
&quot; title=&quot;花粉管通道法&quot;&gt;Pollen tube pathway&lt;/span&gt;&lt;span d=&quot;基因枪法&quot; f=&quot;Biolistic
&quot; title=&quot;基因枪法&quot;&gt;Biolistic&lt;/span&gt;&lt;span d=&quot;动物常用技术 核显微注射法&quot; f=&quot;Animals commonly used technology nuclear microinjection
&quot; title=&quot;动物常用技术 核显微注射法&quot;&gt;Animals commonly used technology nuclear microinjection&lt;/span&gt;&lt;span d=&quot;精子介导转基因法&quot; f=&quot;Sperm-mediated gene transfection
&quot; title=&quot;精子介导转基因法&quot;&gt;Sperm-mediated gene transfection&lt;/span&gt;&lt;span d=&quot;核移植转基因法&quot; f=&quot;Nuclear transplant transgenic method
&quot; title=&quot;核移植转基因法&quot;&gt;Nuclear transplant transgenic method&lt;/span&gt;&lt;span d=&quot;体细胞核移植法&quot; f=&quot;Somatic cell nuclear transplantation
&quot; title=&quot;体细胞核移植法&quot;&gt;Somatic cell nuclear transplantation&lt;/span&gt;&lt;span d=&quot;转基因技术与传统技术 转基因植物&quot; f=&quot;Transgenic technology and traditional technology of transgenic plants
&quot; title=&quot;转基因技术与传统技术 转基因植物&quot;&gt;Transgenic technology and traditional technology of transgenic plants&lt;/span&gt;&lt;span d=&quot;转基因动物&quot; f=&quot;Transgenic animals
&quot; title=&quot;转基因动物&quot;&gt;Transgenic animals&lt;/span&gt;&lt;span d=&quot;重要影响 对现实生活&quot; f=&quot;An important impact on the real life
&quot; title=&quot;重要影响 对现实生活&quot;&gt;An important impact on the real life&lt;/span&gt;&lt;span d=&quot;对生态物种&quot; f=&quot;Ecological species
&quot; title=&quot;对生态物种&quot;&gt;Ecological species&lt;/span&gt;&lt;span d=&quot;对环境系统&quot; f=&quot;Environmental Systems
&quot; title=&quot;对环境系统&quot;&gt;Environmental Systems&lt;/span&gt;&lt;span d=&quot;技术应用&quot; f=&quot;Technology applications
&quot; title=&quot;技术应用&quot;&gt;Technology applications&lt;/span&gt;&lt;span d=&quot;谣言及辟谣&quot; f=&quot;Rumors and rumor
&quot; title=&quot;谣言及辟谣&quot;&gt;Rumors and rumor&lt;/span&gt;&lt;span d=&quot;存在争议 争议报道&quot; f=&quot;Controversial dispute reports
&quot; title=&quot;存在争议 争议报道&quot;&gt;Controversial dispute reports&lt;/span&gt;&lt;span d=&quot;学者批评&quot; f=&quot;Scholars criticized
&quot; title=&quot;学者批评&quot;&gt;Scholars criticized&lt;/span&gt;&lt;span d=&quot;争议事件&quot; f=&quot;Controversy
&quot; title=&quot;争议事件&quot;&gt;Controversy&lt;/span&gt;&lt;span d=&quot;知识扩展&quot; f=&quot;Knowledge expansion
&quot; title=&quot;知识扩展&quot;&gt;Knowledge expansion&lt;/span&gt;&lt;span d=&quot;展开 编辑本段名词介绍转基因&quot; f=&quot;To expand Edit this paragraph noun introduced transgenic
&quot; title=&quot;展开 编辑本段名词介绍转基因&quot;&gt;To expand Edit this paragraph noun introduced transgenic&lt;/span&gt;&lt;span d=&quot;Genetically Modified——转基因，简称GM。&quot; f=&quot;Genetically Modified - genetically modified (GM). &quot; title=&quot;Genetically Modified——转基因，简称GM。&quot;&gt;Genetically Modified - genetically modified (GM). &lt;/span&gt;&lt;span d=&quot;是指运用科学手段从某种生物中提取所需要的基因，将其转入另一种生物中，使与另一种生物的基因进行重组，从而产生特定的具有变异遗传性状的物质。&quot; f=&quot;Refers to the use of scientific means genes extracted from a biological need to be transferred to another organism, the restructuring with the genes of another organism, resulting in particular with the substance of the variability of genetic traits. &quot; title=&quot;是指运用科学手段从某种生物中提取所需要的基因，将其转入另一种生物中，使与另一种生物的基因进行重组，从而产生特定的具有变异遗传性状的物质。&quot;&gt;Refers to the use of scientific means genes extracted from a biological need to be transferred to another organism, the restructuring with the genes of another organism, resulting in particular with the substance of the variability of genetic traits. &lt;/span&gt;&lt;span d=&quot;利用转基因技术可以改变动植物性状，培育新品种。&quot; f=&quot;The use of transgenic technology can change the traits of animals and plants, breeding new varieties. &quot; title=&quot;利用转基因技术可以改变动植物性状，培育新品种。&quot;&gt;The use of transgenic technology can change the traits of animals and plants, breeding new varieties. &lt;/span&gt;&lt;span d=&quot;也可以利用其它生物体培育出期望的生物制品，用于医药、食品等方面。&quot; f=&quot;Other organisms breed desired biological products can also be used for medicine, food and other aspects. &quot; title=&quot;也可以利用其它生物体培育出期望的生物制品，用于医药、食品等方面。&quot;&gt;Other organisms breed desired biological products can also be used for medicine, food and other aspects. &lt;/span&gt;&lt;span d=&quot;[1] 转基因分类转基因按照途径可分为人工转基因和自然转基因，按照对象可分为植物转基因和动物转基因。&quot; f=&quot;[1] genetically modified genetically modified classification in accordance with the pathway can be divided into artificial transgenic and natural transgenic plant transgenic and transgenic animals can be divided in accordance with the object. &quot; title=&quot;[1] 转基因分类转基因按照途径可分为人工转基因和自然转基因，按照对象可分为植物转基因和动物转基因。&quot;&gt;[1] genetically modified genetically modified classification in accordance with the pathway can be divided into artificial transgenic and natural transgenic plant transgenic and transgenic animals can be divided in accordance with the object. &lt;/span&gt;&lt;span d=&quot;人工转基因将人工分离和修饰过的基因导入到生物体基因组中，由于导入基因的表达，引起生物体的性状的可遗传的修饰，这一技术称之为转基因技术（Transgene technology）。&quot; f=&quot;Artificial transgenic manual separation and the modified gene is introduced into the organisms genome, due to the expression of the introduced gene, causing the traits of the organism a genetic modification, this technique is called transgenic technology (at Transgene technology). &quot; title=&quot;人工转基因将人工分离和修饰过的基因导入到生物体基因组中，由于导入基因的表达，引起生物体的性状的可遗传的修饰，这一技术称之为转基因技术（Transgene technology）。&quot;&gt;Artificial transgenic manual separation and the modified gene is introduced into the organisms genome, due to the expression of the introduced gene, causing the traits of the organism a genetic modification, this technique is called transgenic technology (at Transgene technology). &lt;/span&gt;&lt;span d=&quot;人们常说的“遗传工程”、“基因工程”、“遗传转化”均为转基因的同义词。&quot; f=&quot;Commonly known as &amp;quot;genetic engineering, genetic engineering, genetic transformation are transgenic synonym. &quot; title=&quot;人们常说的“遗传工程”、“基因工程”、“遗传转化”均为转基因的同义词。&quot;&gt;Commonly known as &quot;genetic engineering, genetic engineering, genetic transformation are transgenic synonym. &lt;/span&gt;&lt;span d=&quot;经转基因技术修饰的生物体在媒体上常被称为“遗传修饰过的生物体”（Genetically modified organism，简称GMO）。&quot; f=&quot;Modified organisms by transgenic technology is often referred to in the media &amp;quot;genetically modified organisms&amp;quot; (Genetically modified organism, GMO). &quot; title=&quot;经转基因技术修饰的生物体在媒体上常被称为“遗传修饰过的生物体”（Genetically modified organism，简称GMO）。&quot;&gt;Modified organisms by transgenic technology is often referred to in the media &quot;genetically modified organisms&quot; (Genetically modified organism, GMO). &lt;/span&gt;&lt;span d=&quot;自然转基因不是人为导向的，自然界里动物或植物自主形成的转基因。&quot; f=&quot;Nature the transgenic is not a human-oriented, independent transgenic animal or plant nature. &quot; title=&quot;自然转基因不是人为导向的，自然界里动物或植物自主形成的转基因。&quot;&gt;Nature the transgenic is not a human-oriented, independent transgenic animal or plant nature. &lt;/span&gt;&lt;span d=&quot;植物转基因植物转基因是基因组中含有外源基因的植物。&quot; f=&quot;The plants transgenic plant transgenic plants containing the exogenous gene in the genome. &quot; title=&quot;植物转基因植物转基因是基因组中含有外源基因的植物。&quot;&gt;The plants transgenic plant transgenic plants containing the exogenous gene in the genome. &lt;/span&gt;&lt;span d=&quot;它可通过原生质体融合、细胞重组、遗传物质转移、染色体工程技术获得，有可能改变植物的某些遗传特性，培育高产、优质、抗病毒、抗虫、抗寒、抗旱、抗涝、抗盐&quot; f=&quot;By protoplast fusion and cell reorganization, transfer of genetic material, chromosome engineering technology, it is possible to change some of the genetic characteristics of the plant, cultivate high-yield, high-quality, anti-viral, insect resistance, cold, drought, waterlogging, salt &quot; title=&quot;它可通过原生质体融合、细胞重组、遗传物质转移、染色体工程技术获得，有可能改变植物的某些遗传特性，培育高产、优质、抗病毒、抗虫、抗寒、抗旱、抗涝、抗盐&quot;&gt;By protoplast fusion and cell reorganization, transfer of genetic material, chromosome engineering technology, it is possible to change some of the genetic characteristics of the plant, cultivate high-yield, high-quality, anti-viral, insect resistance, cold, drought, waterlogging, salt &lt;/span&gt;&lt;span d=&quot;碱、抗除草剂等的作物新品种。&quot; f=&quot;alkali, such as herbicide-resistant crop varieties. &quot; title=&quot;碱、抗除草剂等的作物新品种。&quot;&gt;alkali, such as herbicide-resistant crop varieties. &lt;/span&gt;&lt;span d=&quot;而且可用转基因植物或离体培养的细胞，来生产外源基因的表达产物，如人的生长素、胰岛素、干扰素、白介素2、表皮生长因子、乙型肝炎疫苗等基因已在转基因植物中得到&quot; f=&quot;And can be used to genetically modified plants or cultured cells in vitro, and the production of exogenous gene expression products, such as human growth hormone, insulin, interferon, interleukin-2, epidermal growth factor, hepatitis B vaccine and other genes in transgenic plants &quot; title=&quot;而且可用转基因植物或离体培养的细胞，来生产外源基因的表达产物，如人的生长素、胰岛素、干扰素、白介素2、表皮生长因子、乙型肝炎疫苗等基因已在转基因植物中得到&quot;&gt;And can be used to genetically modified plants or cultured cells in vitro, and the production of exogenous gene expression products, such as human growth hormone, insulin, interferon, interleukin-2, epidermal growth factor, hepatitis B vaccine and other genes in transgenic plants &lt;/span&gt;&lt;span d=&quot;表达。&quot; f=&quot;expressed. &quot; title=&quot;表达。&quot;&gt;expressed. &lt;/span&gt;&lt;span d=&quot;动物转基因动物转基因就是基因组中含有外源基因的动物。&quot; f=&quot;Animals Transgenic animals containing the exogenous gene in the genome of transgenic animals. &quot; title=&quot;动物转基因动物转基因就是基因组中含有外源基因的动物。&quot;&gt;Animals Transgenic animals containing the exogenous gene in the genome of transgenic animals. &lt;/span&gt;&lt;span d=&quot;它是按照预先的设计，通过细胞融合、细胞重组、遗传物质转移、染色体工程和基因工程技术将外源基因导入精子、卵细胞或受精卵，再以生殖工程技术，有可能育成转基因动物。&quot; f=&quot;It is in accordance with the pre-design through cell fusion and cell reorganization, transfer of genetic material, chromosome engineering and genetic engineering techniques exogenous gene into sperm, egg or fertilized reproductive engineering, bred transgenic animals. &quot; title=&quot;它是按照预先的设计，通过细胞融合、细胞重组、遗传物质转移、染色体工程和基因工程技术将外源基因导入精子、卵细胞或受精卵，再以生殖工程技术，有可能育成转基因动物。&quot;&gt;It is in accordance with the pre-design through cell fusion and cell reorganization, transfer of genetic material, chromosome engineering and genetic engineering techniques exogenous gene into sperm, egg or fertilized reproductive engineering, bred transgenic animals. &lt;/span&gt;&lt;span d=&quot;通过生长素基因、多产基因、促卵素基因、高泌乳量基因、瘦肉型基因、角蛋白基因、抗寄生虫基因、抗病毒基因等基因转移，可能育成生长周期短，产仔、生&quot; f=&quot;Auxin genes, prolific gene, promote egg gene, high milk yield gene, lean type gene, keratin genes, anti-parasite genes, gene transfer of antiviral genes, may be bred short growth cycle, calving, Health &quot; title=&quot;通过生长素基因、多产基因、促卵素基因、高泌乳量基因、瘦肉型基因、角蛋白基因、抗寄生虫基因、抗病毒基因等基因转移，可能育成生长周期短，产仔、生&quot;&gt;Auxin genes, prolific gene, promote egg gene, high milk yield gene, lean type gene, keratin genes, anti-parasite genes, gene transfer of antiviral genes, may be bred short growth cycle, calving, Health &lt;/span&gt;&lt;span d=&quot;蛋多和泌乳量高，转基因超级鼠比普通老鼠大约一倍。&quot; f=&quot;more eggs, and milk yield, genetically modified super rat than ordinary mice approximately doubled. &quot; title=&quot;蛋多和泌乳量高，转基因超级鼠比普通老鼠大约一倍。&quot;&gt;more eggs, and milk yield, genetically modified super rat than ordinary mice approximately doubled. &lt;/span&gt;&lt;span d=&quot;生产的肉类、皮毛品质与加工性能好，并具有抗病性，已在牛、羊、猪、鸡、鱼等家养动物中取得一定成果。&quot; f=&quot;Meat production, good the fur quality with processing performance and resistance, and has made some achievements in domestic animals such as cattle, sheep, pigs, chickens, fish. &quot; title=&quot;生产的肉类、皮毛品质与加工性能好，并具有抗病性，已在牛、羊、猪、鸡、鱼等家养动物中取得一定成果。&quot;&gt;Meat production, good the fur quality with processing performance and resistance, and has made some achievements in domestic animals such as cattle, sheep, pigs, chickens, fish. &lt;/span&gt;&lt;span d=&quot;但由于转基因动物受遗传镶嵌性和杂合性的影响，其有性生殖后代变异较大，难以形成稳定遗传的转基因品系。&quot; f=&quot;Transgenic animals by genetic mosaic and heterozygous sexual reproduction offspring variation, it is difficult to form a stable transgenic lines of genetic. &quot; title=&quot;但由于转基因动物受遗传镶嵌性和杂合性的影响，其有性生殖后代变异较大，难以形成稳定遗传的转基因品系。&quot;&gt;Transgenic animals by genetic mosaic and heterozygous sexual reproduction offspring variation, it is difficult to form a stable transgenic lines of genetic. &lt;/span&gt;&lt;span d=&quot;因而，尝试从受体动物细胞中分离出线粒体，以外源基因对其进行离体转化，再将转基因线粒体导入受精卵，所发育成的转基因动物雌性个体外培养的卵细胞与任一雄性个体交配或&quot; f=&quot;Thus, try out of mitochondria isolated from the recipient animal cells, the exogenous gene be transformed in vitro, and then transgenic mitochondrial import fertilized eggs develop into a transgenic animal females cultured egg and Renyi Xiong individual mating or &quot; title=&quot;因而，尝试从受体动物细胞中分离出线粒体，以外源基因对其进行离体转化，再将转基因线粒体导入受精卵，所发育成的转基因动物雌性个体外培养的卵细胞与任一雄性个体交配或&quot;&gt;Thus, try out of mitochondria isolated from the recipient animal cells, the exogenous gene be transformed in vitro, and then transgenic mitochondrial import fertilized eggs develop into a transgenic animal females cultured egg and Renyi Xiong individual mating or &lt;/span&gt;&lt;span d=&quot;体外人工授精，由于线粒体的细胞质遗传，其有性后代可能全都是转基因个体。&quot; f=&quot;artificial insemination, in vitro, mitochondrial cytoplasmic sexual offspring may all transgenic individuals. &quot; title=&quot;体外人工授精，由于线粒体的细胞质遗传，其有性后代可能全都是转基因个体。&quot;&gt;artificial insemination, in vitro, mitochondrial cytoplasmic sexual offspring may all transgenic individuals. &lt;/span&gt;&lt;span d=&quot;[2]&quot; f=&quot;[2]
&quot; title=&quot;[2]&quot;&gt;[2]&lt;/span&gt;&lt;span d=&quot;技术介绍&quot; f=&quot;Technical presentations
&quot; title=&quot;技术介绍&quot;&gt;Technical presentations&lt;/span&gt;&lt;span d=&quot;转基因技术就是将人工分离和修饰过的基因导入到目的生物体的基因组中，从而达到改造生物的目的。&quot; f=&quot;Transgenic technology is the manual separation and the modified gene introduced into the genome of the organism of the destination, so as to achieve the purpose of the modified organisms. &quot; title=&quot;转基因技术就是将人工分离和修饰过的基因导入到目的生物体的基因组中，从而达到改造生物的目的。&quot;&gt;Transgenic technology is the manual separation and the modified gene introduced into the genome of the organism of the destination, so as to achieve the purpose of the modified organisms. &lt;/span&gt;&lt;span d=&quot;转基因技术就是把一个生物体的基因转移到另一个生物体DNA中的生物技术。&quot; f=&quot;GM technology is transferred to an organism&#39;s genes in the DNA of another organism biotechnology. &quot; title=&quot;转基因技术就是把一个生物体的基因转移到另一个生物体DNA中的生物技术。&quot;&gt;GM technology is transferred to an organism&#39;s genes in the DNA of another organism biotechnology. &lt;/span&gt;&lt;span d=&quot;常用的方法和工具包括显微注射、基因枪、电破法、脂质体等。&quot; f=&quot;The commonly used methods and tools, including microinjection, gene gun, electric Spellbreaker liposomes. &quot; title=&quot;常用的方法和工具包括显微注射、基因枪、电破法、脂质体等。&quot;&gt;The commonly used methods and tools, including microinjection, gene gun, electric Spellbreaker liposomes. &lt;/span&gt;&lt;span d=&quot;转基因最初用于研究基因的功能，即把外源基因导入受体生物体基因组内（一般为模式生物，如拟南芥或斑马鱼等），观察生物体表现出的性状，达到揭示基因功能的&quot; f=&quot;Transgenic initially used to study gene function, exogenous genes into the recipient organism genome (generally model organisms such as Arabidopsis or zebra fish), observed organisms exhibit traits achieve reveal gene function &quot; title=&quot;转基因最初用于研究基因的功能，即把外源基因导入受体生物体基因组内（一般为模式生物，如拟南芥或斑马鱼等），观察生物体表现出的性状，达到揭示基因功能的&quot;&gt;Transgenic initially used to study gene function, exogenous genes into the recipient organism genome (generally model organisms such as Arabidopsis or zebra fish), observed organisms exhibit traits achieve reveal gene function &lt;/span&gt;&lt;span d=&quot;目的。&quot; f=&quot;purposes. &quot; title=&quot;目的。&quot;&gt;purposes. &lt;/span&gt;&lt;span d=&quot;[3]&quot; f=&quot;[3]
&quot; title=&quot;[3]&quot;&gt;[3]&lt;/span&gt;&lt;span d=&quot;转基因生物&quot; f=&quot;GMOs
&quot; title=&quot;转基因生物&quot;&gt;GMOs&lt;/span&gt;&lt;span d=&quot;经转基因技术修饰的生物体，在媒体上常被称为Genetically Modified Organism——遗传基因被改造修饰过的生物体，或者叫做转基因生物，简称GMO。&quot; f=&quot;Genetically Modified Organism - genetic transformation modified organisms, or called genetically modified organisms, referred to as the GMO by transgenic technology modified organisms, often referred to in the media. &quot; title=&quot;经转基因技术修饰的生物体，在媒体上常被称为Genetically Modified Organism——遗传基因被改造修饰过的生物体，或者叫做转基因生物，简称GMO。&quot;&gt;Genetically Modified Organism - genetic transformation modified organisms, or called genetically modified organisms, referred to as the GMO by transgenic technology modified organisms, often referred to in the media. &lt;/span&gt;&lt;span d=&quot;[4]&quot; f=&quot;[4]
&quot; title=&quot;[4]&quot;&gt;[4]&lt;/span&gt;&lt;span d=&quot;转基因食品&quot; f=&quot;Genetically modified foods
&quot; title=&quot;转基因食品&quot;&gt;Genetically modified foods&lt;/span&gt;&lt;span d=&quot;跨国食品公司，通过基因改造技术(转基因技术)，制造出基因改造食品（转基因食品），因其安全性未确定，尚有争议。&quot; f=&quot;Multinational food company, through genetic modification techniques (transgenic technology), manufacturing GMF (genetically modified food), remains controversial because of its security undetermined. &quot; title=&quot;跨国食品公司，通过基因改造技术(转基因技术)，制造出基因改造食品（转基因食品），因其安全性未确定，尚有争议。&quot;&gt;Multinational food company, through genetic modification techniques (transgenic technology), manufacturing GMF (genetically modified food), remains controversial because of its security undetermined. &lt;/span&gt;&lt;span d=&quot;通常的做法是，向农作物体的遗传细胞核内的DNA螺旋结构内注入特定转基因物质，使之具有特定的遗传特性。&quot; f=&quot;The usual practice is that the injection of the specific transgenic material, so that it has a specific genetic characteristics to the the crops genetic intranuclear DNA helix structure. &quot; title=&quot;通常的做法是，向农作物体的遗传细胞核内的DNA螺旋结构内注入特定转基因物质，使之具有特定的遗传特性。&quot;&gt;The usual practice is that the injection of the specific transgenic material, so that it has a specific genetic characteristics to the the crops genetic intranuclear DNA helix structure. &lt;/span&gt;&lt;span d=&quot;通常是注入转Bt基因和转Ht基因。&quot; f=&quot;Usually injected with Bt genes and turn Ht gene. &quot; title=&quot;通常是注入转Bt基因和转Ht基因。&quot;&gt;Usually injected with Bt genes and turn Ht gene. &lt;/span&gt;&lt;span d=&quot;转Bt基因，使农作物具有抗病虫害的特性。&quot; f=&quot;Bt transgenic crops pest-resistant characteristics. &quot; title=&quot;转Bt基因，使农作物具有抗病虫害的特性。&quot;&gt;Bt transgenic crops pest-resistant characteristics. &lt;/span&gt;&lt;span d=&quot;转Ht基因，使农作物具有抗除草剂的特性。&quot; f=&quot;Turn Ht genes make the crops with herbicide-resistant characteristics. &quot; title=&quot;转Ht基因，使农作物具有抗除草剂的特性。&quot;&gt;Turn Ht genes make the crops with herbicide-resistant characteristics. &lt;/span&gt;&lt;span d=&quot;转基因食品的由来所谓转基因食品，就是利用分子生物学技术，将某些生物的基因转移到其它物种中去，改造生物的遗传物质，使其在性状、营养品质、消费品质方面向人类所需要的&quot; f=&quot;The origin of the so-called genetically modified food genetically modified foods, is the use of molecular biology techniques, certain biological gene transfer to other species, genetic material modified organisms to human traits, nutritional quality, consumer-quality &quot; title=&quot;转基因食品的由来所谓转基因食品，就是利用分子生物学技术，将某些生物的基因转移到其它物种中去，改造生物的遗传物质，使其在性状、营养品质、消费品质方面向人类所需要的&quot;&gt;The origin of the so-called genetically modified food genetically modified foods, is the use of molecular biology techniques, certain biological gene transfer to other species, genetic material modified organisms to human traits, nutritional quality, consumer-quality &lt;/span&gt;&lt;span d=&quot;目标转变，以转基因生物为直接食品或为原料加工生产的食品就是转基因食品。&quot; f=&quot;target changes to genetically modified organisms for direct food or for the production of raw materials processed food is genetically modified food. &quot; title=&quot;目标转变，以转基因生物为直接食品或为原料加工生产的食品就是转基因食品。&quot;&gt;target changes to genetically modified organisms for direct food or for the production of raw materials processed food is genetically modified food. &lt;/span&gt;&lt;span d=&quot;它的研究已有几十年的历史，但真正的商业化是近十年的事。&quot; f=&quot;The history of it has been studied for decades, but the real business of nearly a decade. &quot; title=&quot;它的研究已有几十年的历史，但真正的商业化是近十年的事。&quot;&gt;The history of it has been studied for decades, but the real business of nearly a decade. &lt;/span&gt;&lt;span d=&quot;90年代初，市场上第一个转基因食品出现在美国，是一种保鲜番茄，这项研究成果本是在英国研究成功的，但英国人没敢将其商业化，美国人便成了第一&quot; f=&quot;The early 1990s, the first to market a genetically modified foods in the United States, is a fresh tomato, this research is the successful study in the United Kingdom, but the British did not dare to commercialization, the Americans became the first &quot; title=&quot;90年代初，市场上第一个转基因食品出现在美国，是一种保鲜番茄，这项研究成果本是在英国研究成功的，但英国人没敢将其商业化，美国人便成了第一&quot;&gt;The early 1990s, the first to market a genetically modified foods in the United States, is a fresh tomato, this research is the successful study in the United Kingdom, but the British did not dare to commercialization, the Americans became the first &lt;/span&gt;&lt;span d=&quot;个吃螃蟹的人，让保守的英国人后悔不迭。&quot; f=&quot;a person to eat crab, conservative Britons regret not cope. &quot; title=&quot;个吃螃蟹的人，让保守的英国人后悔不迭。&quot;&gt;a person to eat crab, conservative Britons regret not cope. &lt;/span&gt;&lt;span d=&quot;此后，转基因食品一发不可收。&quot; f=&quot;Since then, genetically modified foods is rampant. &quot; title=&quot;此后，转基因食品一发不可收。&quot;&gt;Since then, genetically modified foods is rampant. &lt;/span&gt;&lt;span d=&quot;据统计，美国食品和药物管理局确定的转基因品种已有43种。&quot; f=&quot;According to statistics, 43 kinds of transgenic varieties have been identified by the U.S. Food and Drug Administration (FDA). &quot; title=&quot;据统计，美国食品和药物管理局确定的转基因品种已有43种。&quot;&gt;According to statistics, 43 kinds of transgenic varieties have been identified by the U.S. Food and Drug Administration (FDA). &lt;/span&gt;&lt;span d=&quot;编辑本段转基因商业化必须慎重对待转基因主粮商业化生产&quot; f=&quot;Edit this paragraph transgenic commercialization of the commercial production of genetically modified staple food to be taken seriously
&quot; title=&quot;编辑本段转基因商业化必须慎重对待转基因主粮商业化生产&quot;&gt;Edit this paragraph transgenic commercialization of the commercial production of genetically modified staple food to be taken seriously&lt;/span&gt;&lt;span d=&quot;2009年11月27日，农业部批准了“华恢1号”、“Bt汕优63”两种转基因水稻，一种BVLA430101转基因玉米的安全证书，两个产品分别限在湖北省和山东省生产&quot; f=&quot;November 27, 2009, approved by the Ministry of Agriculture, the 1st Huahui Bt Shanyou 63 &amp;quot;two kinds of transgenic rice to a BVLA430101 of transgenic maize security certificate, two products were limited production in Hubei Province and Shandong Province &quot; title=&quot;2009年11月27日，农业部批准了“华恢1号”、“Bt汕优63”两种转基因水稻，一种BVLA430101转基因玉米的安全证书，两个产品分别限在湖北省和山东省生产&quot;&gt;November 27, 2009, approved by the Ministry of Agriculture, the 1st Huahui Bt Shanyou 63 &quot;two kinds of transgenic rice to a BVLA430101 of transgenic maize security certificate, two products were limited production in Hubei Province and Shandong Province &lt;/span&gt;&lt;span d=&quot;应用。&quot; f=&quot;Application. &quot; title=&quot;应用。&quot;&gt;Application. &lt;/span&gt;&lt;span d=&quot;获得两个转基因水稻安全证书的是华中农业大学张启发教授及其同事。&quot; f=&quot;Obtained two transgenic rice security certificate Huazhong Agricultural University, Professor Zhang Qifa and colleagues. &quot; title=&quot;获得两个转基因水稻安全证书的是华中农业大学张启发教授及其同事。&quot;&gt;Obtained two transgenic rice security certificate Huazhong Agricultural University, Professor Zhang Qifa and colleagues. &lt;/span&gt;&lt;span d=&quot;这是中国首次为转基因水稻颁发安全证书，也是全球首次为转基因主粮发放安全证书。&quot; f=&quot;This is the first time China issued safety certificates for genetically modified rice, the world&#39;s first genetically modified staple food issued a security certificate. &quot; title=&quot;这是中国首次为转基因水稻颁发安全证书，也是全球首次为转基因主粮发放安全证书。&quot;&gt;This is the first time China issued safety certificates for genetically modified rice, the world&#39;s first genetically modified staple food issued a security certificate. &lt;/span&gt;&lt;span d=&quot;但是，有关转基因水稻商业化种植的消息引来了各种担忧，也引起了部分网民的强烈反对。&quot; f=&quot;However, the commercial cultivation of genetically modified rice news led to a variety of concerns, also caused strong opposition from some netizens. &quot; title=&quot;但是，有关转基因水稻商业化种植的消息引来了各种担忧，也引起了部分网民的强烈反对。&quot;&gt;However, the commercial cultivation of genetically modified rice news led to a variety of concerns, also caused strong opposition from some netizens. &lt;/span&gt;&lt;span d=&quot;中国于2000年8月8日签署了《国际生物多样性公约》下的《卡塔赫纳生物安全议定书》，国务院于2005年4月27日批准了该议定书，中国正式成为缔约方。&quot; f=&quot;On August 8, 2000, China signed the International Convention on Biological Diversity &amp;quot;under the Cartagena Protocol on Biosafety, the State Council ratified the Protocol on April 27, 2005, China officially became the Parties. &quot; title=&quot;中国于2000年8月8日签署了《国际生物多样性公约》下的《卡塔赫纳生物安全议定书》，国务院于2005年4月27日批准了该议定书，中国正式成为缔约方。&quot;&gt;On August 8, 2000, China signed the International Convention on Biological Diversity &quot;under the Cartagena Protocol on Biosafety, the State Council ratified the Protocol on April 27, 2005, China officially became the Parties. &lt;/span&gt;&lt;span d=&quot;议定书的目标是保证转基因生物及其产品的安全性，尽量减少其潜在的对生物多样性和人体健康可能造成的损害，在缺乏足够科学依据的情况下，可对他国试图入境的转基因生物及产品&quot; f=&quot;The objective of the Protocol is to ensure that the transferred gene biological and its product&#39;s security, to minimize its potential for biodiversity and human health may be caused by the damage, in the absence of sufficient scientific basis, can other countries trying to entry transgenic biological and products &quot; title=&quot;议定书的目标是保证转基因生物及其产品的安全性，尽量减少其潜在的对生物多样性和人体健康可能造成的损害，在缺乏足够科学依据的情况下，可对他国试图入境的转基因生物及产品&quot;&gt;The objective of the Protocol is to ensure that the transferred gene biological and its product&#39;s security, to minimize its potential for biodiversity and human health may be caused by the damage, in the absence of sufficient scientific basis, can other countries trying to entry transgenic biological and products &lt;/span&gt;&lt;span d=&quot;采取严格的限制与禁入措施。&quot; f=&quot;strict restrictions and banned measures. &quot; title=&quot;采取严格的限制与禁入措施。&quot;&gt;strict restrictions and banned measures. &lt;/span&gt;&lt;span d=&quot;该公约的第23条规定，对转基因生物要进行严格的风险评估、风险管理和增加决策的透明度和公众参与，应在决策过程中征求公众意见，向公众通报结果。&quot; f=&quot;The provisions of Article 23 of the Convention, the genetically modified organisms to conduct rigorous risk assessment, risk management and increased decision-making, transparency and public participation in the decision-making process for public comment, to inform the public of the results. &quot; title=&quot;该公约的第23条规定，对转基因生物要进行严格的风险评估、风险管理和增加决策的透明度和公众参与，应在决策过程中征求公众意见，向公众通报结果。&quot;&gt;The provisions of Article 23 of the Convention, the genetically modified organisms to conduct rigorous risk assessment, risk management and increased decision-making, transparency and public participation in the decision-making process for public comment, to inform the public of the results. &lt;/span&gt;&lt;span d=&quot;但是，关于我们13亿人民主粮的水稻进行转基因商业化生产，农业部根本就没有向公众征求意见。&quot; f=&quot;However, about 1.3 billion people staple rice for commercial production of genetically modified, Ministry of Agriculture, there is no public comment. &quot; title=&quot;但是，关于我们13亿人民主粮的水稻进行转基因商业化生产，农业部根本就没有向公众征求意见。&quot;&gt;However, about 1.3 billion people staple rice for commercial production of genetically modified, Ministry of Agriculture, there is no public comment. &lt;/span&gt;&lt;span d=&quot;转基因商业化的重点在商业化，资本控制而不仅仅在于转基因技术。&quot; f=&quot;Transgenic commercialization focus lies not only in commercialization, capital controls and transgenic technology. &quot; title=&quot;转基因商业化的重点在商业化，资本控制而不仅仅在于转基因技术。&quot;&gt;Transgenic commercialization focus lies not only in commercialization, capital controls and transgenic technology. &lt;/span&gt;&lt;span d=&quot;在现阶段，为避免急功近利，避免出现转基因品种危害事件瞒报，避免严重侵害公众利益的事件不断发生，必须控制所有的商业化品种都一步步地控制规模，从全盘管理转基因商业化这件事&quot; f=&quot;At this stage, to avoid the quick success, to avoid genetically modified varieties cheat, or hazardous events to avoid seriously infringe on the interests of the public events continue to occur, must control all commercial varieties are a step-by-step control scale, from the overall management of transgenic commercialization it &quot; title=&quot;在现阶段，为避免急功近利，避免出现转基因品种危害事件瞒报，避免严重侵害公众利益的事件不断发生，必须控制所有的商业化品种都一步步地控制规模，从全盘管理转基因商业化这件事&quot;&gt;At this stage, to avoid the quick success, to avoid genetically modified varieties cheat, or hazardous events to avoid seriously infringe on the interests of the public events continue to occur, must control all commercial varieties are a step-by-step control scale, from the overall management of transgenic commercialization it &lt;/span&gt;&lt;span d=&quot;，对低水平的重复必须整合深化、对国内的研究必须给予保护引导以便它们可以与大资本支持的国外项目抗衡、必须从生态，生物多样性、稳定性，从中国农业、农产品加工行业、人&quot; f=&quot;, must integrate low-level duplicated deepening domestic research must be given to protect the boot so that they can compete with large foreign capital support project, from ecology, bio-diversity, stability, from China in agriculture, agro-processing industry, &quot; title=&quot;，对低水平的重复必须整合深化、对国内的研究必须给予保护引导以便它们可以与大资本支持的国外项目抗衡、必须从生态，生物多样性、稳定性，从中国农业、农产品加工行业、人&quot;&gt;, must integrate low-level duplicated deepening domestic research must be given to protect the boot so that they can compete with large foreign capital support project, from ecology, bio-diversity, stability, from China in agriculture, agro-processing industry, &lt;/span&gt;&lt;span d=&quot;业人口等等方面考虑积极主动地管理转基因项目立项和品种安全性。&quot; f=&quot;the economically active population, and so consider the proactive management of project approval and varieties of transgenic security. &quot; title=&quot;业人口等等方面考虑积极主动地管理转基因项目立项和品种安全性。&quot;&gt;the economically active population, and so consider the proactive management of project approval and varieties of transgenic security. &lt;/span&gt;&lt;span d=&quot;随着转基因问题日益成为热点，越来越多的人开始关注转基因，但是同时也出现了关于转基因的诸多争议。&quot; f=&quot;With the transgenic increasingly become a hot, more and more people begin to pay attention to genetically modified, but there has also been a lot of controversy about genetically modified. &quot; title=&quot;随着转基因问题日益成为热点，越来越多的人开始关注转基因，但是同时也出现了关于转基因的诸多争议。&quot;&gt;With the transgenic increasingly become a hot, more and more people begin to pay attention to genetically modified, but there has also been a lot of controversy about genetically modified. &lt;/span&gt;&lt;span d=&quot;越来越多的反对声音告诉我们，转基因食品存在着巨大争议。&quot; f=&quot;The growing number of dissenting voices tell us that there is a huge controversy of genetically modified foods. &quot; title=&quot;越来越多的反对声音告诉我们，转基因食品存在着巨大争议。&quot;&gt;The growing number of dissenting voices tell us that there is a huge controversy of genetically modified foods. &lt;/span&gt;&lt;span d=&quot;随着国际众多科研机构对转基因食品的调查，发现转基因食品确实会带来众多对人体健康的不确定性。&quot; f=&quot;With many scientific research institutions of the international investigation of the genetically modified food, genetically modified foods will indeed bring many uncertainties on human health. &quot; title=&quot;随着国际众多科研机构对转基因食品的调查，发现转基因食品确实会带来众多对人体健康的不确定性。&quot;&gt;With many scientific research institutions of the international investigation of the genetically modified food, genetically modified foods will indeed bring many uncertainties on human health. &lt;/span&gt;&lt;span d=&quot;国内的许多学者也相继表示：转基因食品存在巨大争议，转基因不等于进步！&quot; f=&quot;Many scholars have said: there is a huge controversy, genetically modified foods genetically modified does not equal progress! &quot; title=&quot;国内的许多学者也相继表示：转基因食品存在巨大争议，转基因不等于进步！&quot;&gt;Many scholars have said: there is a huge controversy, genetically modified foods genetically modified does not equal progress! &lt;/span&gt;&lt;span d=&quot;其背后甚至隐藏着事关国家安全的阴谋。&quot; f=&quot;Its a matter of national security and even hidden behind a conspiracy. &quot; title=&quot;其背后甚至隐藏着事关国家安全的阴谋。&quot;&gt;Its a matter of national security and even hidden behind a conspiracy. &lt;/span&gt;&lt;span d=&quot;许多文章和书籍(例如《生化超限战：转基因食品和疫苗的阴谋》）更是系统地揭露了转基因阴谋的前前后后。&quot; f=&quot;Many articles and books (such as &amp;quot;biochemical unrestricted warfare: genetically modified food and vaccine conspiracy&amp;quot;) is to expose the Ins and Outs of transgenic conspiracy. &quot; title=&quot;许多文章和书籍(例如《生化超限战：转基因食品和疫苗的阴谋》）更是系统地揭露了转基因阴谋的前前后后。&quot;&gt;Many articles and books (such as &quot;biochemical unrestricted warfare: genetically modified food and vaccine conspiracy&quot;) is to expose the Ins and Outs of transgenic conspiracy. &lt;/span&gt;&lt;span d=&quot;甚至有反对派把支持转基因者说成了一种原教旨主义的歇斯底里。&quot; f=&quot;Even the opposition to support the transgenic say became a fundamentalist hysteria. &quot; title=&quot;甚至有反对派把支持转基因者说成了一种原教旨主义的歇斯底里。&quot;&gt;Even the opposition to support the transgenic say became a fundamentalist hysteria. &lt;/span&gt;&lt;span d=&quot;当然，生物技术的进步与人们的生活息息相关，这里质疑转基因食品并不是反对转基因技术本身，我们反对的是对于转基因技术的滥用。&quot; f=&quot;Of course, advances in biotechnology and people&#39;s lives are closely related to the question of genetically modified foods are not opposed to GM technology, we are opposed to the abuse of transgenic technology. &quot; title=&quot;当然，生物技术的进步与人们的生活息息相关，这里质疑转基因食品并不是反对转基因技术本身，我们反对的是对于转基因技术的滥用。&quot;&gt;Of course, advances in biotechnology and people&#39;s lives are closely related to the question of genetically modified foods are not opposed to GM technology, we are opposed to the abuse of transgenic technology. &lt;/span&gt;&lt;span d=&quot;编辑本段技术发展将人工分离和修饰过的基因导入到生物体基因组中，由于导入基因的表达，引起生物体的性状的可遗传的修饰，这一技术称之为转基因技术（Transgene technology）。&quot; f=&quot;Edit this paragraph technology development will manually separated and the modified gene is introduced into the organisms genome, expression of the introduced gene, causing the traits of the organism a genetic modification, this technique is called transgenic technology (at Transgene technology). &quot; title=&quot;编辑本段技术发展将人工分离和修饰过的基因导入到生物体基因组中，由于导入基因的表达，引起生物体的性状的可遗传的修饰，这一技术称之为转基因技术（Transgene technology）。&quot;&gt;Edit this paragraph technology development will manually separated and the modified gene is introduced into the organisms genome, expression of the introduced gene, causing the traits of the organism a genetic modification, this technique is called transgenic technology (at Transgene technology). &lt;/span&gt;&lt;span d=&quot;人们常说的&amp;quot;遗传工程&amp;quot;、&amp;quot;基因工程&amp;quot;、&amp;quot;遗传转化&amp;quot;均为转基因的同义词。&quot; f=&quot;Commonly known as &amp;quot;genetic engineering, genetic engineering, genetic transformation are transgenic synonym. &quot; title=&quot;人们常说的&amp;quot;遗传工程&amp;quot;、&amp;quot;基因工程&amp;quot;、&amp;quot;遗传转化&amp;quot;均为转基因的同义词。&quot;&gt;Commonly known as &quot;genetic engineering, genetic engineering, genetic transformation are transgenic synonym. &lt;/span&gt;&lt;span d=&quot;经转基因技术修饰的生物体在媒体上常被称为&amp;quot;遗传修饰过的生物体&amp;quot;（Genetically modified organism，简称GMO）。&quot; f=&quot;Modified organisms by transgenic technology is often referred to in the media &amp;quot;genetically modified organisms&amp;quot; (Genetically modified organism, GMO). &quot; title=&quot;经转基因技术修饰的生物体在媒体上常被称为&amp;quot;遗传修饰过的生物体&amp;quot;（Genetically modified organism，简称GMO）。&quot;&gt;Modified organisms by transgenic technology is often referred to in the media &quot;genetically modified organisms&quot; (Genetically modified organism, GMO). &lt;/span&gt;&lt;span d=&quot;转基因&quot; f=&quot;Transgenic
&quot; title=&quot;转基因&quot;&gt;Transgenic&lt;/span&gt;&lt;span d=&quot;1974年，波兰遗传学家斯吉巴尔斯基（Waclaw Szybalski）称基因重组技术为合成生物学概念，1978年，诺贝尔生医奖颁给发现DNA 限制酶的纳森斯（Daniel Nathans）、亚&quot; f=&quot;In 1974, the Polish geneticist Gerais Barr Sharansky (Waclaw Szybalski) known as recombinant DNA technology to the concept of synthetic biology, in 1978, the Nobel Prize to biomedical discovery of DNA restriction enzyme Na Sensi (Daniel Nathans), Asia &quot; title=&quot;1974年，波兰遗传学家斯吉巴尔斯基（Waclaw Szybalski）称基因重组技术为合成生物学概念，1978年，诺贝尔生医奖颁给发现DNA 限制酶的纳森斯（Daniel Nathans）、亚&quot;&gt;In 1974, the Polish geneticist Gerais Barr Sharansky (Waclaw Szybalski) known as recombinant DNA technology to the concept of synthetic biology, in 1978, the Nobel Prize to biomedical discovery of DNA restriction enzyme Na Sensi (Daniel Nathans), Asia &lt;/span&gt;&lt;span d=&quot;伯（Werner Arber）与史密斯（Hamilton Smith）时，斯吉巴尔斯基在《基因》期刊中写道：限制酶将带领我们进入合成生物学的新时代。&quot; f=&quot;Bo (Werner Arber) and Smith (Hamilton Smith) Gerais Barr Sharansky wrote in the journal &amp;quot;Gene&amp;quot;: the restriction enzyme will lead us into a new era of synthetic biology. &quot; title=&quot;伯（Werner Arber）与史密斯（Hamilton Smith）时，斯吉巴尔斯基在《基因》期刊中写道：限制酶将带领我们进入合成生物学的新时代。&quot;&gt;Bo (Werner Arber) and Smith (Hamilton Smith) Gerais Barr Sharansky wrote in the journal &quot;Gene&quot;: the restriction enzyme will lead us into a new era of synthetic biology. &lt;/span&gt;&lt;span d=&quot;转基因技术，包括外源基因的克隆、表达载体、受体细胞，以及转基因途径等，外源基因的人工合成技术、基因调控网络的人工设计发展，导致了21世纪的转基因技术将走向转基因系统生物&quot; f=&quot;Transferred gene technology, including exogenous gene cloning, expression vector, recipient cells transfected gene pathway, exogenous gene artificial synthesis technology, gene regulatory networks artificial design development, led to a 21st century turn gene technology will move towards transgenic systems biological &quot; title=&quot;转基因技术，包括外源基因的克隆、表达载体、受体细胞，以及转基因途径等，外源基因的人工合成技术、基因调控网络的人工设计发展，导致了21世纪的转基因技术将走向转基因系统生物&quot;&gt;Transferred gene technology, including exogenous gene cloning, expression vector, recipient cells transfected gene pathway, exogenous gene artificial synthesis technology, gene regulatory networks artificial design development, led to a 21st century turn gene technology will move towards transgenic systems biological &lt;/span&gt;&lt;span d=&quot;技术-2000年国际上重新提出合成生物学概念，并定义为基于系统生物学原理的基因工程与转基因技术。&quot; f=&quot;Technology - 2000 reintroduced the concept of synthetic biology, and defined as based on the principles of genetic engineering of systems biology and transgenic technology. &quot; title=&quot;技术-2000年国际上重新提出合成生物学概念，并定义为基于系统生物学原理的基因工程与转基因技术。&quot;&gt;Technology - 2000 reintroduced the concept of synthetic biology, and defined as based on the principles of genetic engineering of systems biology and transgenic technology. &lt;/span&gt;&lt;span d=&quot;编辑本段植物常用方法遗传转化的方法按其是否需要通过组织培养、再生植株可分成两大类，第一类需要通过组织培养再生植株，常用的方法有农杆菌介导转化法、基因枪法；&quot; f=&quot;Edit this paragraph plants commonly used method of genetic transformation methods according to their need to through tissue culture, plant regeneration can be divided into two categories, the first category need to be regenerated plants by tissue culture, the common method of Agrobacterium mediated transformation, particle bombardment; &quot; title=&quot;编辑本段植物常用方法遗传转化的方法按其是否需要通过组织培养、再生植株可分成两大类，第一类需要通过组织培养再生植株，常用的方法有农杆菌介导转化法、基因枪法；&quot;&gt;Edit this paragraph plants commonly used method of genetic transformation methods according to their need to through tissue culture, plant regeneration can be divided into two categories, the first category need to be regenerated plants by tissue culture, the common method of Agrobacterium mediated transformation, particle bombardment; &lt;/span&gt;&lt;span d=&quot;另一类方法不需要通过组织培养，目前比较成熟的主要有花粉管通道法，花粉管通道法是中国科学家提出的。&quot; f=&quot;another type of approach does not require training through the organization, the more mature the major pollen tube pathway, the pollen tube pathway proposed by Chinese scientists.
&quot; title=&quot;另一类方法不需要通过组织培养，目前比较成熟的主要有花粉管通道法，花粉管通道法是中国科学家提出的。&quot;&gt;another type of approach does not require training through the organization, the more mature the major pollen tube pathway, the pollen tube pathway proposed by Chinese scientists.&lt;/span&gt;&lt;span d=&quot;农杆菌介导转化法&quot; f=&quot;Agrobacterium-mediated transformation method
&quot; title=&quot;农杆菌介导转化法&quot;&gt;Agrobacterium-mediated transformation method&lt;/span&gt;&lt;span d=&quot;农杆菌是普遍存在于土壤中的一种革兰氏阴性细菌，它能在自然条件下趋化性地感染大多数双子叶植物的受伤部位，并诱导产生冠瘿瘤或发状根。&quot; f=&quot;Agrobacterium is widespread in a gram-negative bacteria in the soil, can most dicotyledonous plants infected under natural conditions chemotaxis injured parts, and induce crown gall tumors or hairy roots. &quot; title=&quot;农杆菌是普遍存在于土壤中的一种革兰氏阴性细菌，它能在自然条件下趋化性地感染大多数双子叶植物的受伤部位，并诱导产生冠瘿瘤或发状根。&quot;&gt;Agrobacterium is widespread in a gram-negative bacteria in the soil, can most dicotyledonous plants infected under natural conditions chemotaxis injured parts, and induce crown gall tumors or hairy roots. &lt;/span&gt;&lt;span d=&quot;根癌农杆菌和发根农杆菌中细胞中分别含有Ti质粒和Ri质粒，其上有一段T-DNA，农杆菌通过侵染植物伤口进入细胞后，可将T-DNA插入到植物基因组中。&quot; f=&quot;Agrobacterium tumefaciens and hair roots in the cells of Agrobacterium containing a Ti plasmid and the Ri plasmid, on the section of the T-DNA to the infested plants wound into cells, Agrobacterium T-DNA insertion into the plant genome. &quot; title=&quot;根癌农杆菌和发根农杆菌中细胞中分别含有Ti质粒和Ri质粒，其上有一段T-DNA，农杆菌通过侵染植物伤口进入细胞后，可将T-DNA插入到植物基因组中。&quot;&gt;Agrobacterium tumefaciens and hair roots in the cells of Agrobacterium containing a Ti plasmid and the Ri plasmid, on the section of the T-DNA to the infested plants wound into cells, Agrobacterium T-DNA insertion into the plant genome. &lt;/span&gt;&lt;span d=&quot;因此，农杆菌是一种天然的植物遗传转化体系。&quot; f=&quot;Therefore, Agrobacterium is a natural plant genetic transformation system. &quot; title=&quot;因此，农杆菌是一种天然的植物遗传转化体系。&quot;&gt;Therefore, Agrobacterium is a natural plant genetic transformation system. &lt;/span&gt;&lt;span d=&quot;人们将目的基因插入到经过改造的T-DNA区，借助农杆菌的感染实现外源基因向植物细胞的转移与整合，然后通过细胞和组织培养技术，再生出转基因植株。&quot; f=&quot;People inserted into the target gene after transformation of the T-DNA region, to achieve the transfer and integration of exogenous genes into plant cells by means of Agrobacterium infection, and then through the cell and tissue culture techniques, regeneration of transgenic plants. &quot; title=&quot;人们将目的基因插入到经过改造的T-DNA区，借助农杆菌的感染实现外源基因向植物细胞的转移与整合，然后通过细胞和组织培养技术，再生出转基因植株。&quot;&gt;People inserted into the target gene after transformation of the T-DNA region, to achieve the transfer and integration of exogenous genes into plant cells by means of Agrobacterium infection, and then through the cell and tissue culture techniques, regeneration of transgenic plants. &lt;/span&gt;&lt;span d=&quot;农杆菌介导法起初只被用于双子叶植物中，自从技术瓶颈被打破之后，农杆菌介导转化在单子叶植物中也得到了广泛应用，其中水稻已经被当作模式植物进行研究。&quot; f=&quot;Agrobacterium-mediated transformation was initially only used for dicots, since the technical bottleneck is broken, Agrobacterium mediated transformation has also been widely used in monocots, including rice has been studied as a model plant.
&quot; title=&quot;农杆菌介导法起初只被用于双子叶植物中，自从技术瓶颈被打破之后，农杆菌介导转化在单子叶植物中也得到了广泛应用，其中水稻已经被当作模式植物进行研究。&quot;&gt;Agrobacterium-mediated transformation was initially only used for dicots, since the technical bottleneck is broken, Agrobacterium mediated transformation has also been widely used in monocots, including rice has been studied as a model plant.&lt;/span&gt;&lt;span d=&quot;花粉管通道法&quot; f=&quot;Pollen tube pathway
&quot; title=&quot;花粉管通道法&quot;&gt;Pollen tube pathway&lt;/span&gt;&lt;span d=&quot;在授粉后向子房注射含目的基因的DNA溶液，利用植物在开花、受精过程中形成的花粉管通道，将外源DNA导入受精卵细胞，并进一步地被整合到受体细胞的基因组中，随&quot; f=&quot;After pollination ovary injection of the DNA solution containing the objective gene, the use of plants in bloom, pollen tube pathway formed in the process of fertilization, the exogenous DNA is introduced into a fertilized egg cell, and further been integrated into the genome of the receptor cells, with &quot; title=&quot;在授粉后向子房注射含目的基因的DNA溶液，利用植物在开花、受精过程中形成的花粉管通道，将外源DNA导入受精卵细胞，并进一步地被整合到受体细胞的基因组中，随&quot;&gt;After pollination ovary injection of the DNA solution containing the objective gene, the use of plants in bloom, pollen tube pathway formed in the process of fertilization, the exogenous DNA is introduced into a fertilized egg cell, and further been integrated into the genome of the receptor cells, with &lt;/span&gt;&lt;span d=&quot;着受精卵的发育而成为带转基因的新个体。&quot; f=&quot;forward to the development of fertilized eggs become new individuals with genetically modified. &quot; title=&quot;着受精卵的发育而成为带转基因的新个体。&quot;&gt;forward to the development of fertilized eggs become new individuals with genetically modified. &lt;/span&gt;&lt;span d=&quot;该方法于80年代初期由中国学者周光宇提出，中国目前推广面积最大的转基因抗虫棉就是用花粉管通道法培育出来的。&quot; f=&quot;The method in the early 1980s by the Chinese scholar Zhou Guangyu, promote the largest area of ​​transgenic cotton is cultivated with pollen tube pathway out. &quot; title=&quot;该方法于80年代初期由中国学者周光宇提出，中国目前推广面积最大的转基因抗虫棉就是用花粉管通道法培育出来的。&quot;&gt;The method in the early 1980s by the Chinese scholar Zhou Guangyu, promote the largest area of ​​transgenic cotton is cultivated with pollen tube pathway out. &lt;/span&gt;&lt;span d=&quot;该法的最大优点是不依赖组织培养人工再生植株，技术简单，不需要装备精良的实验室，常规育种工作者易于掌握。&quot; f=&quot;The biggest advantage of this method is not dependent on tissue culture artificial plant regeneration technique is simple and does not require well-equipped laboratories, conventional breeding workers is easy to grasp.
&quot; title=&quot;该法的最大优点是不依赖组织培养人工再生植株，技术简单，不需要装备精良的实验室，常规育种工作者易于掌握。&quot;&gt;The biggest advantage of this method is not dependent on tissue culture artificial plant regeneration technique is simple and does not require well-equipped laboratories, conventional breeding workers is easy to grasp.&lt;/span&gt;&lt;span d=&quot;基因枪法&quot; f=&quot;Biolistic
&quot; title=&quot;基因枪法&quot;&gt;Biolistic&lt;/span&gt;&lt;span d=&quot;利用火药爆炸或高压气体加速（这一加速设备被称为基因枪），将包裹了带目的基因的DNA溶液的高速微弹直接送入完整的植物组织和细胞中，然后通过细胞和组织培养技术&quot; f=&quot;Fed directly to the high-speed micro bomb explode gunpowder or high pressure gas acceleration (the acceleration device is referred to as gene gun), the parcel with the desired gene DNA solution the complete plant tissues and cells, and then through the cell and tissue culture techniques. &quot; title=&quot;利用火药爆炸或高压气体加速（这一加速设备被称为基因枪），将包裹了带目的基因的DNA溶液的高速微弹直接送入完整的植物组织和细胞中，然后通过细胞和组织培养技术&quot;&gt;Fed directly to the high-speed micro bomb explode gunpowder or high pressure gas acceleration (the acceleration device is referred to as gene gun), the parcel with the desired gene DNA solution the complete plant tissues and cells, and then through the cell and tissue culture techniques. &lt;/span&gt;&lt;span d=&quot;，再生出植株，选出其中转基因阳性植株即为转基因植株。&quot; f=&quot;regenerated plants selected positive transgenic plants is the transgenic plants. &quot; title=&quot;，再生出植株，选出其中转基因阳性植株即为转基因植株。&quot;&gt;regenerated plants selected positive transgenic plants is the transgenic plants. &lt;/span&gt;&lt;span d=&quot;与农杆菌转化相比，基因枪法转化的一个主要优点是不受受体植物范围的限制。&quot; f=&quot;Compared with the Agrobacterium transformation, Biolistic transformation of a major advantage is to limit the scope of not recipient plant. &quot; title=&quot;与农杆菌转化相比，基因枪法转化的一个主要优点是不受受体植物范围的限制。&quot;&gt;Compared with the Agrobacterium transformation, Biolistic transformation of a major advantage is to limit the scope of not recipient plant. &lt;/span&gt;&lt;span d=&quot;而且其载体质粒的构建也相对简单，因此也是目前转基因研究中应用较为广泛的一种方法。&quot; f=&quot;And its carrier plasmid is relatively simple and therefore turn is widely used in the genetic study of a method. &quot; title=&quot;而且其载体质粒的构建也相对简单，因此也是目前转基因研究中应用较为广泛的一种方法。&quot;&gt;And its carrier plasmid is relatively simple and therefore turn is widely used in the genetic study of a method. &lt;/span&gt;&lt;span d=&quot;[5]编辑本段动物常用技术核显微注射法&quot; f=&quot;[5] Edit this paragraph animals commonly used technology nuclear microinjection method
&quot; title=&quot;[5]编辑本段动物常用技术核显微注射法&quot;&gt;[5] Edit this paragraph animals commonly used technology nuclear microinjection method&lt;/span&gt;&lt;span d=&quot;核显微注射法是动物转基因技术中最常用的方法。&quot; f=&quot;Nuclear microinjection method is the most commonly used method in the animal transgenic technology. &quot; title=&quot;核显微注射法是动物转基因技术中最常用的方法。&quot;&gt;Nuclear microinjection method is the most commonly used method in the animal transgenic technology. &lt;/span&gt;&lt;span d=&quot;它是在显微镜下将外源基因注射到受精卵细胞的原核内，注射的外源基因与胚胎基因组融合，然后进行体外培养，最后移植到受体母畜子宫内发育，这样分娩的动物体内的每一个&quot; f=&quot;It is under the microscope exogenous gene injected into the fertilized egg cell of the original nucleus, the injection of exogenous genes with embryonic gene group fusion, and then cultured in vitro, the last transplant to receptor dams uterine development, such maternity of the animal body of each one &quot; title=&quot;它是在显微镜下将外源基因注射到受精卵细胞的原核内，注射的外源基因与胚胎基因组融合，然后进行体外培养，最后移植到受体母畜子宫内发育，这样分娩的动物体内的每一个&quot;&gt;It is under the microscope exogenous gene injected into the fertilized egg cell of the original nucleus, the injection of exogenous genes with embryonic gene group fusion, and then cultured in vitro, the last transplant to receptor dams uterine development, such maternity of the animal body of each one &lt;/span&gt;&lt;span d=&quot;细胞都含有新的DNA片段。&quot; f=&quot;The cells contain a new DNA fragment. &quot; title=&quot;细胞都含有新的DNA片段。&quot;&gt;The cells contain a new DNA fragment. &lt;/span&gt;&lt;span d=&quot;-这种方法的缺点是效率低、位置效应(外源基因插入位点随机性)造成的表达结果的不确定性、动物利用率低等，在反刍动物还存在着繁殖周期长，有较强&quot; f=&quot;- The disadvantage of this method is low efficiency expression of uncertainty in the results caused by the position effect (exogenous gene insertion sites randomness), animals low utilization that in ruminants there is still a long reproductive cycle, and have strong &quot; title=&quot;-这种方法的缺点是效率低、位置效应(外源基因插入位点随机性)造成的表达结果的不确定性、动物利用率低等，在反刍动物还存在着繁殖周期长，有较强&quot;&gt;- The disadvantage of this method is low efficiency expression of uncertainty in the results caused by the position effect (exogenous gene insertion sites randomness), animals low utilization that in ruminants there is still a long reproductive cycle, and have strong &lt;/span&gt;&lt;span d=&quot;的时间限制、需要大量的供体和受体动物等特点。&quot; f=&quot;The time limit, the characteristics of a large number of donor and recipient animals, etc. is required. &quot; title=&quot;的时间限制、需要大量的供体和受体动物等特点。&quot;&gt;The time limit, the characteristics of a large number of donor and recipient animals, etc. is required. &lt;/span&gt;&lt;span d=&quot;详细步骤：在显微镜下，用一根极细的玻璃针（直径1-2微米）直接将DNA注射到胚胎的细胞核内，再把注射过DNA的胚胎移植到动物体内，使之发育成正常的&quot; f=&quot;Detailed steps: Under the microscope, with a very fine glass needle (1-2 microns in diameter) directly to the DNA injected into the nucleus of the embryo, then the injected DNA of the embryo is transplanted into an animal, so that develop into normal &quot; title=&quot;详细步骤：在显微镜下，用一根极细的玻璃针（直径1-2微米）直接将DNA注射到胚胎的细胞核内，再把注射过DNA的胚胎移植到动物体内，使之发育成正常的&quot;&gt;Detailed steps: Under the microscope, with a very fine glass needle (1-2 microns in diameter) directly to the DNA injected into the nucleus of the embryo, then the injected DNA of the embryo is transplanted into an animal, so that develop into normal &lt;/span&gt;&lt;span d=&quot;幼仔。&quot; f=&quot;pups. &quot; title=&quot;幼仔。&quot;&gt;pups. &lt;/span&gt;&lt;span d=&quot;用这种方法生产的动物约有十分之一是整合外源基因的转基因动物。&quot; f=&quot;About one tenth of the animals produced in this way integration of exogenous gene in transgenic animals.
&quot; title=&quot;用这种方法生产的动物约有十分之一是整合外源基因的转基因动物。&quot;&gt;About one tenth of the animals produced in this way integration of exogenous gene in transgenic animals.&lt;/span&gt;&lt;span d=&quot;精子介导转基因法&quot; f=&quot;Sperm-mediated gene transfection
  &quot; title=&quot;精子介导转基因法&quot;&gt;Sperm-mediated gene transfection&lt;br /&gt;&amp;nbsp;&amp;nbsp;&lt;/span&gt;&lt;span d=&quot;转基因技术图示&quot; f=&quot;Transgenic technology icon
&quot; title=&quot;转基因技术图示&quot;&gt;Transgenic technology icon&lt;/span&gt;&lt;span d=&quot;精子介导的基因转移是把精子作适当处理后，使其具有携带外源基因的能力。&quot; f=&quot;Sperm-mediated gene transfer is the sperm for proper treatment, it has the ability to carry exogenous gene. &quot; title=&quot;精子介导的基因转移是把精子作适当处理后，使其具有携带外源基因的能力。&quot;&gt;Sperm-mediated gene transfer is the sperm for proper treatment, it has the ability to carry exogenous gene. &lt;/span&gt;&lt;span d=&quot;然后，用携带有外源基因的精子给发情母畜授精。&quot; f=&quot;Then carrying exogenous genes sperm to estrus females inseminated. &quot; title=&quot;然后，用携带有外源基因的精子给发情母畜授精。&quot;&gt;Then carrying exogenous genes sperm to estrus females inseminated. &lt;/span&gt;&lt;span d=&quot;在母畜所生的后代中，就有一定比例的动物是整合外源基因的转基因动物。&quot; f=&quot;In the offspring of dams, there is a certain proportion of animals are integrated exogenous gene transgenic animals. &quot; title=&quot;在母畜所生的后代中，就有一定比例的动物是整合外源基因的转基因动物。&quot;&gt;In the offspring of dams, there is a certain proportion of animals are integrated exogenous gene transgenic animals. &lt;/span&gt;&lt;span d=&quot;同显微注射方法相比，精子介导的基因转移有两个优点：首先是它的成本很低，只有显微注射法成本的1/10。&quot; f=&quot;Compared with the microinjection method, sperm-mediated gene transfer has two advantages: First, its low cost, only the microinjection cost 1/10. &quot; title=&quot;同显微注射方法相比，精子介导的基因转移有两个优点：首先是它的成本很低，只有显微注射法成本的1/10。&quot;&gt;Compared with the microinjection method, sperm-mediated gene transfer has two advantages: First, its low cost, only the microinjection cost 1/10. &lt;/span&gt;&lt;span d=&quot;其次，由于它不涉及对动物进行处理，因此，可以用生产牛群或羊群进行实验，以保证每次实验都能够获得成功。&quot; f=&quot;Secondly, because it does not involve the processing of animals, therefore, you can experiment with the production of the herd or flock to each experiment can be successful.
&quot; title=&quot;其次，由于它不涉及对动物进行处理，因此，可以用生产牛群或羊群进行实验，以保证每次实验都能够获得成功。&quot;&gt;Secondly, because it does not involve the processing of animals, therefore, you can experiment with the production of the herd or flock to each experiment can be successful.&lt;/span&gt;&lt;span d=&quot;核移植转基因法&quot; f=&quot;Nuclear transplant transgenic method
&quot; title=&quot;核移植转基因法&quot;&gt;Nuclear transplant transgenic method&lt;/span&gt;&lt;span d=&quot;体细胞核移植是近年来新出现的一种转基因技术。&quot; f=&quot;SCNT is emerging in recent years, a transgenic technology. &quot; title=&quot;体细胞核移植是近年来新出现的一种转基因技术。&quot;&gt;SCNT is emerging in recent years, a transgenic technology. &lt;/span&gt;&lt;span d=&quot;该方法是先把外源基因与供体细胞在培养基中培养，使外源基因整合到供体细胞上，然后将供体细胞细胞核移植到受体细胞——去核卵母细胞，构成重建&quot; f=&quot;The method is first exogenous gene, and the donor cells cultured in a medium, so that the exogenous gene into the donor cells, the donor cells are then transplanted into recipient cells nucleus - enucleated oocytes, constitutes reconstruction &quot; title=&quot;该方法是先把外源基因与供体细胞在培养基中培养，使外源基因整合到供体细胞上，然后将供体细胞细胞核移植到受体细胞——去核卵母细胞，构成重建&quot;&gt;The method is first exogenous gene, and the donor cells cultured in a medium, so that the exogenous gene into the donor cells, the donor cells are then transplanted into recipient cells nucleus - enucleated oocytes, constitutes reconstruction &lt;/span&gt;&lt;span d=&quot;胚，再把其移植到假孕母体，待其妊娠、分娩，便可得到转基因的克隆动物。&quot; f=&quot;embryo, and then transplanted into pseudopregnant maternal transgenic cloned animals until their pregnancy, childbirth, can be obtained.
&quot; title=&quot;胚，再把其移植到假孕母体，待其妊娠、分娩，便可得到转基因的克隆动物。&quot;&gt;embryo, and then transplanted into pseudopregnant maternal transgenic cloned animals until their pregnancy, childbirth, can be obtained.&lt;/span&gt;&lt;span d=&quot;体细胞核移植法&quot; f=&quot;Somatic cell nuclear transplantation
&quot; title=&quot;体细胞核移植法&quot;&gt;Somatic cell nuclear transplantation&lt;/span&gt;&lt;span d=&quot;先在体外培养的体细胞中进行基因导入，筛选获得带转基因的细胞。&quot; f=&quot;The first gene into somatic cells in vitro, and screened with genetically modified cells. &quot; title=&quot;先在体外培养的体细胞中进行基因导入，筛选获得带转基因的细胞。&quot;&gt;The first gene into somatic cells in vitro, and screened with genetically modified cells. &lt;/span&gt;&lt;span d=&quot;然后，将带转基因体细胞核移植到去掉细胞核的卵细胞中，生产重构胚胎。&quot; f=&quot;Then, with the transgenic body to remove the nucleus of the egg cell nuclear transplantation in the production of reconstructed embryos. &quot; title=&quot;然后，将带转基因体细胞核移植到去掉细胞核的卵细胞中，生产重构胚胎。&quot;&gt;Then, with the transgenic body to remove the nucleus of the egg cell nuclear transplantation in the production of reconstructed embryos. &lt;/span&gt;&lt;span d=&quot;重构胚胎经移植到母体中，产生的仔畜百分之百是转基因动物。&quot; f=&quot;Reconstructed embryos via transplanted to the mother, the newborn animal produced 100% of transgenic animals. &quot; title=&quot;重构胚胎经移植到母体中，产生的仔畜百分之百是转基因动物。&quot;&gt;Reconstructed embryos via transplanted to the mother, the newborn animal produced 100% of transgenic animals. &lt;/span&gt;&lt;span d=&quot;编辑本段转基因技术与传统技术自从人类耕种作物以来，我们的祖先就从未停止过作物的遗传改良。&quot; f=&quot;Edit this paragraph transgenic technology with traditional technology since the human cultivated crops, our ancestors never stopped the genetic improvement of crops. &quot; title=&quot;编辑本段转基因技术与传统技术自从人类耕种作物以来，我们的祖先就从未停止过作物的遗传改良。&quot;&gt;Edit this paragraph transgenic technology with traditional technology since the human cultivated crops, our ancestors never stopped the genetic improvement of crops. &lt;/span&gt;&lt;span d=&quot;过去的几千年里农作物改良的方式主要是对自然突变产生的优良基因和重组体的选择和利用，通过随机和自然的方式来积累优良基因。&quot; f=&quot;Crops improved in the past few thousand years is mainly the selection and use of the natural mutation good genes and recombinant accumulated through random and natural way to good genes. &quot; title=&quot;过去的几千年里农作物改良的方式主要是对自然突变产生的优良基因和重组体的选择和利用，通过随机和自然的方式来积累优良基因。&quot;&gt;Crops improved in the past few thousand years is mainly the selection and use of the natural mutation good genes and recombinant accumulated through random and natural way to good genes. &lt;/span&gt;&lt;span d=&quot;遗传学创立后近百年的动植物育种则是采用人工杂交的方法，进行优良基因的重组和外源基因的导入而实现遗传改良。&quot; f=&quot;Genetics was founded nearly a century of animal and plant breeding using artificial hybridization method excellent gene recombination and exogenous gene into the genetic improvement. &quot; title=&quot;遗传学创立后近百年的动植物育种则是采用人工杂交的方法，进行优良基因的重组和外源基因的导入而实现遗传改良。&quot;&gt;Genetics was founded nearly a century of animal and plant breeding using artificial hybridization method excellent gene recombination and exogenous gene into the genetic improvement. &lt;/span&gt;&lt;span d=&quot;因此，转基因技术与传统技术是一脉相承的，其本质都是通过获得优良基因进行遗传改良。&quot; f=&quot;Thus, transgenic technology with traditional technology can be traced to the same origin, and its essence is to obtain good genes for genetic improvement. &quot; title=&quot;因此，转基因技术与传统技术是一脉相承的，其本质都是通过获得优良基因进行遗传改良。&quot;&gt;Thus, transgenic technology with traditional technology can be traced to the same origin, and its essence is to obtain good genes for genetic improvement. &lt;/span&gt;&lt;span d=&quot;但在基因转移的范围和效率上，转基因技术与传统育种技术有两点重要区别。&quot; f=&quot;However, the scope and efficiency of gene transfer, transgenic technology and traditional breeding techniques, there are two important differences. &quot; title=&quot;但在基因转移的范围和效率上，转基因技术与传统育种技术有两点重要区别。&quot;&gt;However, the scope and efficiency of gene transfer, transgenic technology and traditional breeding techniques, there are two important differences. &lt;/span&gt;&lt;span d=&quot;第一，传统技术一般只能在生物种内个体间实现基因转移，而转基因技术所转移的基因则不受生物体间亲缘关系的限制。&quot; f=&quot;First, the traditional technology generally only between individuals within a species gene transfer switch gene transfer in gene technology are excluded from the limit of kinship between organisms. &quot; title=&quot;第一，传统技术一般只能在生物种内个体间实现基因转移，而转基因技术所转移的基因则不受生物体间亲缘关系的限制。&quot;&gt;First, the traditional technology generally only between individuals within a species gene transfer switch gene transfer in gene technology are excluded from the limit of kinship between organisms. &lt;/span&gt;&lt;span d=&quot;第二，传统的杂交和选择技术一般是在生物个体水平上进行，操作对象是整个基因组，所转移的是大量的基因，不可能准确地对某个基因进行操作和选择，对后代的表现预见&quot; f=&quot;Second, conventional hybridization and selection techniques are generally on the level of individual organisms, the operation whole genome, the transfer of a large number of genes, not possible to accurately operate and select a gene, predictable performance of offspring &quot; title=&quot;第二，传统的杂交和选择技术一般是在生物个体水平上进行，操作对象是整个基因组，所转移的是大量的基因，不可能准确地对某个基因进行操作和选择，对后代的表现预见&quot;&gt;Second, conventional hybridization and selection techniques are generally on the level of individual organisms, the operation whole genome, the transfer of a large number of genes, not possible to accurately operate and select a gene, predictable performance of offspring &lt;/span&gt;&lt;span d=&quot;性较差。&quot; f=&quot;poor. &quot; title=&quot;性较差。&quot;&gt;poor. &lt;/span&gt;&lt;span d=&quot;而转基因技术所操作和转移的一般是经过明确定义的基因，功能清楚，后代表现可准确预期。&quot; f=&quot;Transgenic technology operation and transfer of general after a clear definition of gene function clear, offspring performance can be accurately expected. &quot; title=&quot;而转基因技术所操作和转移的一般是经过明确定义的基因，功能清楚，后代表现可准确预期。&quot;&gt;Transgenic technology operation and transfer of general after a clear definition of gene function clear, offspring performance can be accurately expected. &lt;/span&gt;&lt;span d=&quot;因此，转基因技术是对传统技术的发展和补充。&quot; f=&quot;Therefore, transgenic technology development and complement the traditional technology. &quot; title=&quot;因此，转基因技术是对传统技术的发展和补充。&quot;&gt;Therefore, transgenic technology development and complement the traditional technology. &lt;/span&gt;&lt;span d=&quot;将两者紧密结合，可相得益彰，大大地提高动植物品种改良的效率。&quot; f=&quot;Closely integrate the two can complement each other, and greatly improve the efficiency of plant and animal species improvement. &quot; title=&quot;将两者紧密结合，可相得益彰，大大地提高动植物品种改良的效率。&quot;&gt;Closely integrate the two can complement each other, and greatly improve the efficiency of plant and animal species improvement. &lt;/span&gt;&lt;span d=&quot;下面分别对转基因动物和转基因植物来进行描述。&quot; f=&quot;Below, respectively, of transgenic animals and transgenic plants described.
&quot; title=&quot;下面分别对转基因动物和转基因植物来进行描述。&quot;&gt;Below, respectively, of transgenic animals and transgenic plants described.&lt;/span&gt;&lt;span d=&quot;转基因植物&quot; f=&quot;Transgenic plants
&quot; title=&quot;转基因植物&quot;&gt;Transgenic plants&lt;/span&gt;&lt;span d=&quot;转基因植物是基因组中含有外源基因的植物。&quot; f=&quot;The transgenic plant is a plant containing a foreign gene in the genome. &quot; title=&quot;转基因植物是基因组中含有外源基因的植物。&quot;&gt;The transgenic plant is a plant containing a foreign gene in the genome. &lt;/span&gt;&lt;span d=&quot;它可通过原生质体融合、细胞重组、遗传物质转移、染色体工程技术获得，有可能改变植物的某些遗传特性，培育高产、优质、抗病毒、抗虫、抗寒、抗旱、抗涝、抗盐&quot; f=&quot;By protoplast fusion and cell reorganization, transfer of genetic material, chromosome engineering technology, it is possible to change some of the genetic characteristics of the plant, cultivate high-yield, high-quality, anti-viral, insect resistance, cold, drought, waterlogging, salt &quot; title=&quot;它可通过原生质体融合、细胞重组、遗传物质转移、染色体工程技术获得，有可能改变植物的某些遗传特性，培育高产、优质、抗病毒、抗虫、抗寒、抗旱、抗涝、抗盐&quot;&gt;By protoplast fusion and cell reorganization, transfer of genetic material, chromosome engineering technology, it is possible to change some of the genetic characteristics of the plant, cultivate high-yield, high-quality, anti-viral, insect resistance, cold, drought, waterlogging, salt &lt;/span&gt;&lt;span d=&quot;碱、抗除草剂等的作物新品种。&quot; f=&quot;alkali, such as herbicide-resistant crop varieties. &quot; title=&quot;碱、抗除草剂等的作物新品种。&quot;&gt;alkali, such as herbicide-resistant crop varieties. &lt;/span&gt;&lt;span d=&quot;而且可用转基因植物或离体培养的细胞，来生产外源基因的表达产物，如人的生长素、胰岛素、干扰素、白介素2、表皮生长因子、乙型肝炎疫苗等基因已在转基因植物中得到&quot; f=&quot;And can be used to genetically modified plants or cultured cells in vitro, and the production of exogenous gene expression products, such as human growth hormone, insulin, interferon, interleukin-2, epidermal growth factor, hepatitis B vaccine and other genes in transgenic plants &quot; title=&quot;而且可用转基因植物或离体培养的细胞，来生产外源基因的表达产物，如人的生长素、胰岛素、干扰素、白介素2、表皮生长因子、乙型肝炎疫苗等基因已在转基因植物中得到&quot;&gt;And can be used to genetically modified plants or cultured cells in vitro, and the production of exogenous gene expression products, such as human growth hormone, insulin, interferon, interleukin-2, epidermal growth factor, hepatitis B vaccine and other genes in transgenic plants &lt;/span&gt;&lt;span d=&quot;表达。&quot; f=&quot;expressed. &quot; title=&quot;表达。&quot;&gt;expressed. &lt;/span&gt;&lt;span d=&quot;在过去的二十年里，随着分子生物学各领域的不断发展，植物基因的分离、基因工程载体的构建、细胞的基因转化、转化细胞的组织培养、植株再生及外源基因表达的检测&quot; f=&quot;With the continuous development of the field of molecular biology in the past two decades, the separation of plant genes, genetic engineering carrier build the cell&#39;s genetic transformation of transformed cells in tissue culture, plant regeneration and exogenous gene expression detection &quot; title=&quot;在过去的二十年里，随着分子生物学各领域的不断发展，植物基因的分离、基因工程载体的构建、细胞的基因转化、转化细胞的组织培养、植株再生及外源基因表达的检测&quot;&gt;With the continuous development of the field of molecular biology in the past two decades, the separation of plant genes, genetic engineering carrier build the cell&#39;s genetic transformation of transformed cells in tissue culture, plant regeneration and exogenous gene expression detection &lt;/span&gt;&lt;span d=&quot;等各项技术日趋成熟和完善，有关植物基因工程的研究日新月异，许多以前根本不可能的基因转化工作在越来越多的植物上获得成功。&quot; f=&quot;and other various technology matures and improve plant genetic engineering research advances, many previously impossible gene conversion work to be successful in a growing number of plants. &quot; title=&quot;等各项技术日趋成熟和完善，有关植物基因工程的研究日新月异，许多以前根本不可能的基因转化工作在越来越多的植物上获得成功。&quot;&gt;and other various technology matures and improve plant genetic engineering research advances, many previously impossible gene conversion work to be successful in a growing number of plants. &lt;/span&gt;&lt;span d=&quot;研究转基因植物的主要目的是提高用多肽或工业用酶的产量，改善食品质量，提高农作物对虫害及病原体的抵抗力。&quot; f=&quot;The main purpose is to improve the transgenic plants The polypeptide or industrial enzyme production, improve food quality, increase crop resistance to pests and pathogens. &quot; title=&quot;研究转基因植物的主要目的是提高用多肽或工业用酶的产量，改善食品质量，提高农作物对虫害及病原体的抵抗力。&quot;&gt;The main purpose is to improve the transgenic plants The polypeptide or industrial enzyme production, improve food quality, increase crop resistance to pests and pathogens. &lt;/span&gt;&lt;span d=&quot;常规的药用蛋白大部分是利用生化的方法提取或微生物发酵获得的，这类活性物质一般在活细胞中含量甚微，且提取过程复杂，成本高，远远满足不了社会的需要。&quot; f=&quot;Most of the conventional pharmaceutical proteins using biochemical methods to extract or obtained by microbial fermentation, such active substances are generally extremely small amounts in living cells, and the extraction process is complex, high-cost, far failed to meet the needs of the community. &quot; title=&quot;常规的药用蛋白大部分是利用生化的方法提取或微生物发酵获得的，这类活性物质一般在活细胞中含量甚微，且提取过程复杂，成本高，远远满足不了社会的需要。&quot;&gt;Most of the conventional pharmaceutical proteins using biochemical methods to extract or obtained by microbial fermentation, such active substances are generally extremely small amounts in living cells, and the extraction process is complex, high-cost, far failed to meet the needs of the community. &lt;/span&gt;&lt;span d=&quot;应用转基因植物来生产这些药用蛋白，包括疫苗、抗体、干扰素等细胞因子，可以利用植物大田栽种的方式大量生产，大幅度降低生产成本，提高产量，还可以获得常规手段无法获得的药物。&quot; f=&quot;Application of transgenic plants to produce pharmaceutical proteins, including vaccines, antibodies, interferon and other cytokines, can take advantage of a large number of plant Ota plant production, significantly reduce production costs, increase production, and can also be obtained by conventional means can not be obtained drugs. &quot; title=&quot;应用转基因植物来生产这些药用蛋白，包括疫苗、抗体、干扰素等细胞因子，可以利用植物大田栽种的方式大量生产，大幅度降低生产成本，提高产量，还可以获得常规手段无法获得的药物。&quot;&gt;Application of transgenic plants to produce pharmaceutical proteins, including vaccines, antibodies, interferon and other cytokines, can take advantage of a large number of plant Ota plant production, significantly reduce production costs, increase production, and can also be obtained by conventional means can not be obtained drugs. &lt;/span&gt;&lt;span d=&quot;利用植物来生产疫苗的最大优点是他可以作为食品直接口服。&quot; f=&quot;The biggest advantage is the use of plants to produce the vaccine can be used as food direct oral. &quot; title=&quot;利用植物来生产疫苗的最大优点是他可以作为食品直接口服。&quot;&gt;The biggest advantage is the use of plants to produce the vaccine can be used as food direct oral. &lt;/span&gt;&lt;span d=&quot;通过各种植物转基因技术将多台疫苗基因转入植物，从而得到表达多肽疫苗的转基因植物。&quot; f=&quot;Through a variety of plant transgenic technology the multiple vaccine gene into the plant, thereby obtaining a transgenic plant expressing the polypeptide vaccines. &quot; title=&quot;通过各种植物转基因技术将多台疫苗基因转入植物，从而得到表达多肽疫苗的转基因植物。&quot;&gt;Through a variety of plant transgenic technology the multiple vaccine gene into the plant, thereby obtaining a transgenic plant expressing the polypeptide vaccines. &lt;/span&gt;&lt;span d=&quot;随着抗体基因工程能将抗体基因（从小的活性单位到完整抗体的重轻链基因）从单抗杂交瘤中分离出来，人们就开始想办法利用转基因植物来表达这些抗体。&quot; f=&quot;With the antibody genetically engineered antibody genes can be (small active units to complete antibody light and heavy chain gene) is separated from the monoclonal antibody hybridoma, people began to think of ways to make use of transgenic plants to express these antibodies. &quot; title=&quot;随着抗体基因工程能将抗体基因（从小的活性单位到完整抗体的重轻链基因）从单抗杂交瘤中分离出来，人们就开始想办法利用转基因植物来表达这些抗体。&quot;&gt;With the antibody genetically engineered antibody genes can be (small active units to complete antibody light and heavy chain gene) is separated from the monoclonal antibody hybridoma, people began to think of ways to make use of transgenic plants to express these antibodies. &lt;/span&gt;&lt;span d=&quot;1989年Hiatt将鼠杂交瘤细胞产生的抗体基因转入烟草细胞获得了植物抗体，并且发现植物抗体具有杂交瘤来源抗体同样的抗原结合能力，既有功能性。&quot; f=&quot;1989 Hiatt antibody produced by murine hybridoma gene into tobacco cells obtain plants antibody, and found that the plant antibodies having the same antigen-binding ability of the hybridoma sources antibody, both functional. &quot; title=&quot;1989年Hiatt将鼠杂交瘤细胞产生的抗体基因转入烟草细胞获得了植物抗体，并且发现植物抗体具有杂交瘤来源抗体同样的抗原结合能力，既有功能性。&quot;&gt;1989 Hiatt antibody produced by murine hybridoma gene into tobacco cells obtain plants antibody, and found that the plant antibodies having the same antigen-binding ability of the hybridoma sources antibody, both functional. &lt;/span&gt;&lt;span d=&quot;在这之后，全长抗体、单域抗体和单链抗体在转基因植物中均获得成功表达。&quot; f=&quot;After this, the full-length antibodies, single domain antibodies and single-chain antibody in transgenic plants for successful expression. &quot; title=&quot;在这之后，全长抗体、单域抗体和单链抗体在转基因植物中均获得成功表达。&quot;&gt;After this, the full-length antibodies, single domain antibodies and single-chain antibody in transgenic plants for successful expression. &lt;/span&gt;&lt;span d=&quot;用植物抗体进行局部免疫治疗将是一个引人瞩目的领域，应用高亲和性抗体进行局部治疗可以治愈龋齿及其它一些常见病。&quot; f=&quot;Local plants antibody immunotherapy will be a compelling areas, local treatment can cure tooth decay and other common applications of high-affinity antibody. &quot; title=&quot;用植物抗体进行局部免疫治疗将是一个引人瞩目的领域，应用高亲和性抗体进行局部治疗可以治愈龋齿及其它一些常见病。&quot;&gt;Local plants antibody immunotherapy will be a compelling areas, local treatment can cure tooth decay and other common applications of high-affinity antibody. &lt;/span&gt;&lt;span d=&quot;植物转基因可获得更多的新品种，蔬菜，水果，花卉都能够在保留其优良品质的情况下优化&quot; f=&quot;The plant transgenic available more new varieties of vegetables, fruits, flowers are able to retain their good quality optimization
&quot; title=&quot;植物转基因可获得更多的新品种，蔬菜，水果，花卉都能够在保留其优良品质的情况下优化&quot;&gt;The plant transgenic available more new varieties of vegetables, fruits, flowers are able to retain their good quality optimization&lt;/span&gt;&lt;span d=&quot;转基因动物&quot; f=&quot;Transgenic animals
&quot; title=&quot;转基因动物&quot;&gt;Transgenic animals&lt;/span&gt;&lt;span d=&quot;转基因动物就是基因组中含有外源基因的动物。&quot; f=&quot;Transgenic animals animals containing exogenous gene in the genome. &quot; title=&quot;转基因动物就是基因组中含有外源基因的动物。&quot;&gt;Transgenic animals animals containing exogenous gene in the genome. &lt;/span&gt;&lt;span d=&quot;它是按照预先的设计，通过细胞融合、细胞重组、遗传物质转移、染色体工程和基因工程技术将外源基因导入精子、卵细胞或受精卵，再以生殖工程技术，有可能育成转基因动物。&quot; f=&quot;It is in accordance with the pre-design through cell fusion and cell reorganization, transfer of genetic material, chromosome engineering and genetic engineering techniques exogenous gene into sperm, egg or fertilized reproductive engineering, bred transgenic animals. &quot; title=&quot;它是按照预先的设计，通过细胞融合、细胞重组、遗传物质转移、染色体工程和基因工程技术将外源基因导入精子、卵细胞或受精卵，再以生殖工程技术，有可能育成转基因动物。&quot;&gt;It is in accordance with the pre-design through cell fusion and cell reorganization, transfer of genetic material, chromosome engineering and genetic engineering techniques exogenous gene into sperm, egg or fertilized reproductive engineering, bred transgenic animals. &lt;/span&gt;&lt;span d=&quot;通过生长素基因、多产基因、促卵素基因、高泌乳量基因、瘦肉型基因、角蛋白基因、抗寄生虫基因、抗病毒基因等基因转移，可能育成生长周期短，产仔、生&quot; f=&quot;Auxin genes, prolific gene, promote egg gene, high milk yield gene, lean type gene, keratin genes, anti-parasite genes, gene transfer of antiviral genes, may be bred short growth cycle, calving, Health &quot; title=&quot;通过生长素基因、多产基因、促卵素基因、高泌乳量基因、瘦肉型基因、角蛋白基因、抗寄生虫基因、抗病毒基因等基因转移，可能育成生长周期短，产仔、生&quot;&gt;Auxin genes, prolific gene, promote egg gene, high milk yield gene, lean type gene, keratin genes, anti-parasite genes, gene transfer of antiviral genes, may be bred short growth cycle, calving, Health &lt;/span&gt;&lt;span d=&quot;蛋多和泌乳量高，转基因超级鼠比普通老鼠大约一倍。&quot; f=&quot;more eggs, and milk yield, genetically modified super rat than ordinary mice approximately doubled. &quot; title=&quot;蛋多和泌乳量高，转基因超级鼠比普通老鼠大约一倍。&quot;&gt;more eggs, and milk yield, genetically modified super rat than ordinary mice approximately doubled. &lt;/span&gt;&lt;span d=&quot;生产的肉类、皮毛品质与加工性能好，并具有抗病性，已在牛、羊、猪、鸡、鱼等家养动物中取得一定成果。&quot; f=&quot;Meat production, good the fur quality with processing performance and resistance, and has made some achievements in domestic animals such as cattle, sheep, pigs, chickens, fish. &quot; title=&quot;生产的肉类、皮毛品质与加工性能好，并具有抗病性，已在牛、羊、猪、鸡、鱼等家养动物中取得一定成果。&quot;&gt;Meat production, good the fur quality with processing performance and resistance, and has made some achievements in domestic animals such as cattle, sheep, pigs, chickens, fish. &lt;/span&gt;&lt;span d=&quot;基因动物是指用实验导入的方法将外源基因在染色体基因内稳定整合并能稳定表达的一类动物。&quot; f=&quot;Gene animal refers to the experimental method of importing exogenous genes in the chromosomal gene within the stable integration and stable expression of an animal. &quot; title=&quot;基因动物是指用实验导入的方法将外源基因在染色体基因内稳定整合并能稳定表达的一类动物。&quot;&gt;Gene animal refers to the experimental method of importing exogenous genes in the chromosomal gene within the stable integration and stable expression of an animal. &lt;/span&gt;&lt;span d=&quot;1974年，Jaenisch应用显微注射法，在世界上首次成功地获得了SV40DNA转基因小鼠。&quot; f=&quot;In 1974, Jaenisch application microinjection, the world&#39;s first successful the SV40DNA transgenic mice. &quot; title=&quot;1974年，Jaenisch应用显微注射法，在世界上首次成功地获得了SV40DNA转基因小鼠。&quot;&gt;In 1974, Jaenisch application microinjection, the world&#39;s first successful the SV40DNA transgenic mice. &lt;/span&gt;&lt;span d=&quot;其后，Costantini将兔-珠蛋白基因注入小鼠的受精卵，使受精卵发育成小鼠，表达出了兔卜珠蛋白；Palmiter等把大鼠的生长激素基因导人小鼠受精卵内，&quot; f=&quot;Subsequently, Costantini rabbit - globin gene into the fertilized eggs of mice, the fertilized egg develops into mice express rabbit Bu globin; Palmiter rat growth hormone gene introduced mouse zygotes, &quot; title=&quot;其后，Costantini将兔-珠蛋白基因注入小鼠的受精卵，使受精卵发育成小鼠，表达出了兔卜珠蛋白；Palmiter等把大鼠的生长激素基因导人小鼠受精卵内，&quot;&gt;Subsequently, Costantini rabbit - globin gene into the fertilized eggs of mice, the fertilized egg develops into mice express rabbit Bu globin; Palmiter rat growth hormone gene introduced mouse zygotes, &lt;/span&gt;&lt;span d=&quot;获得“超级”小鼠；Church获得了首例转基因牛。&quot; f=&quot;&amp;quot;super&amp;quot; mice; Church was the first case of transgenic cattle. &quot; title=&quot;获得“超级”小鼠；Church获得了首例转基因牛。&quot;&gt;&quot;super&quot; mice; Church was the first case of transgenic cattle. &lt;/span&gt;&lt;span d=&quot;到目前为止，人们已经成功地获得了转基因鼠、鸡、山羊、猪、绵羊、牛、蛙以及多种转基因鱼。&quot; f=&quot;So far, it has succeeded in obtaining the transferred gene mice, chickens, goats, pigs, sheep, cows, frogs, and a variety of turn transgenic fish. &quot; title=&quot;到目前为止，人们已经成功地获得了转基因鼠、鸡、山羊、猪、绵羊、牛、蛙以及多种转基因鱼。&quot;&gt;So far, it has succeeded in obtaining the transferred gene mice, chickens, goats, pigs, sheep, cows, frogs, and a variety of turn transgenic fish. &lt;/span&gt;&lt;span d=&quot;还可将转基因动物作为生物工厂（Biofactories），包括，乳腺生物反应器和输卵管生物反应器等，如以转基因小鼠生产凝血因子IX、组织型血纤维溶酶原激活因子（t-PA）、&quot; f=&quot;Can also be genetically modified animals as biological factories (Biofactories), including the mammary gland bioreactor and tubal biological reactor, such as the production of clotting factor IX in transgenic mice, tissue-type fiber plasminogen activator (t-PA) &quot; title=&quot;还可将转基因动物作为生物工厂（Biofactories），包括，乳腺生物反应器和输卵管生物反应器等，如以转基因小鼠生产凝血因子IX、组织型血纤维溶酶原激活因子（t-PA）、&quot;&gt;Can also be genetically modified animals as biological factories (Biofactories), including the mammary gland bioreactor and tubal biological reactor, such as the production of clotting factor IX in transgenic mice, tissue-type fiber plasminogen activator (t-PA) &lt;/span&gt;&lt;span d=&quot;白细胞介素2、α1-抗胰蛋白酶，以转基因绵羊生产人的α1-抗胰蛋白酶，以转基因山羊、奶牛生产LAt-PA，以转基因猪生产人血红蛋白等，这些基因产品具有高效、优质、廉价&quot; f=&quot;interleukin-2, of α1-anti-trypsin, to turn gene sheep production people of α1-anti-trypsin proteinase, to turn genes goats, cows production LAt-PA, to turn genes pig production human hemoglobin, etc., these gene products with a highly efficient, high-quality, low-cost &quot; title=&quot;白细胞介素2、α1-抗胰蛋白酶，以转基因绵羊生产人的α1-抗胰蛋白酶，以转基因山羊、奶牛生产LAt-PA，以转基因猪生产人血红蛋白等，这些基因产品具有高效、优质、廉价&quot;&gt;interleukin-2, of α1-anti-trypsin, to turn gene sheep production people of α1-anti-trypsin proteinase, to turn genes goats, cows production LAt-PA, to turn genes pig production human hemoglobin, etc., these gene products with a highly efficient, high-quality, low-cost &lt;/span&gt;&lt;span d=&quot;与相应的人体蛋白具有同样的生物活性，且多随乳汁分泌，便于分离纯化，基于系统生物学的发展，转基因系统生物技术- 合成生物学成为不仅单基因而且多基因乃至基因组设计、合成与转基因&quot; f=&quot;with the corresponding human protein having the same biological activity, and multi with milk secretion, ease of separation and purification, based on the development of systems biology, transfected gene system biological technology - synthetic biology become not only a single gene but the design of multi-gene even gene group, the synthesis and transfer gene &quot; title=&quot;与相应的人体蛋白具有同样的生物活性，且多随乳汁分泌，便于分离纯化，基于系统生物学的发展，转基因系统生物技术- 合成生物学成为不仅单基因而且多基因乃至基因组设计、合成与转基因&quot;&gt;with the corresponding human protein having the same biological activity, and multi with milk secretion, ease of separation and purification, based on the development of systems biology, transfected gene system biological technology - synthetic biology become not only a single gene but the design of multi-gene even gene group, the synthesis and transfer gene &lt;/span&gt;&lt;span d=&quot;的新一代生物技术。&quot; f=&quot;a new generation of biotechnology. &quot; title=&quot;的新一代生物技术。&quot;&gt;a new generation of biotechnology. &lt;/span&gt;&lt;span d=&quot;但由于转基因动物受遗传镶嵌性和杂合性的影响，其有性生殖后代变异较大，难以形成稳定遗传的转基因品系。&quot; f=&quot;Transgenic animals by genetic mosaic and heterozygous sexual reproduction offspring variation, it is difficult to form a stable transgenic lines of genetic. &quot; title=&quot;但由于转基因动物受遗传镶嵌性和杂合性的影响，其有性生殖后代变异较大，难以形成稳定遗传的转基因品系。&quot;&gt;Transgenic animals by genetic mosaic and heterozygous sexual reproduction offspring variation, it is difficult to form a stable transgenic lines of genetic. &lt;/span&gt;&lt;span d=&quot;因而，尝试从受体动物细胞中分离出线粒体，以外源基因对其进行离体转化，再将转基因线粒体导入受精卵，所发育成的转基因动物雌性个体外培养的卵细胞与任一雄性个体交配或&quot; f=&quot;Thus, try out of mitochondria isolated from the recipient animal cells, the exogenous gene be transformed in vitro, and then transgenic mitochondrial import fertilized eggs develop into a transgenic animal females cultured egg and Renyi Xiong individual mating or &quot; title=&quot;因而，尝试从受体动物细胞中分离出线粒体，以外源基因对其进行离体转化，再将转基因线粒体导入受精卵，所发育成的转基因动物雌性个体外培养的卵细胞与任一雄性个体交配或&quot;&gt;Thus, try out of mitochondria isolated from the recipient animal cells, the exogenous gene be transformed in vitro, and then transgenic mitochondrial import fertilized eggs develop into a transgenic animal females cultured egg and Renyi Xiong individual mating or &lt;/span&gt;&lt;span d=&quot;体外人工授精，由于线粒体的细胞质遗传，其有性后代可能全都是转基因个体。&quot; f=&quot;artificial insemination, in vitro, mitochondrial cytoplasmic sexual offspring may all transgenic individuals. &quot; title=&quot;体外人工授精，由于线粒体的细胞质遗传，其有性后代可能全都是转基因个体。&quot;&gt;artificial insemination, in vitro, mitochondrial cytoplasmic sexual offspring may all transgenic individuals. &lt;/span&gt;&lt;span d=&quot;编辑本段重要影响对现实生活&quot; f=&quot;Edit this paragraph an important impact on the real life
&quot; title=&quot;编辑本段重要影响对现实生活&quot;&gt;Edit this paragraph an important impact on the real life&lt;/span&gt;&lt;span d=&quot;2000年3月，克隆小猪“横空出世”。&quot; f=&quot;In March 2000, the cloned piglets &amp;quot;turned out.&amp;quot; &quot; title=&quot;2000年3月，克隆小猪“横空出世”。&quot;&gt;In March 2000, the cloned piglets &quot;turned out.&quot; &lt;/span&gt;&lt;span d=&quot;随之而来，欧美之间也为转基因食品吃与不吃的问题争论不休。&quot; f=&quot;Followed by Europe and the United States between genetically modified foods to eat and do not eat the issues debated. &quot; title=&quot;随之而来，欧美之间也为转基因食品吃与不吃的问题争论不休。&quot;&gt;Followed by Europe and the United States between genetically modified foods to eat and do not eat the issues debated. &lt;/span&gt;&lt;span d=&quot;90年代初，市场上第一个转基因食品出现在美国，是一种保鲜番茄，这项研究成果本是在英国研究成功的，转基因食品一发不可收。&quot; f=&quot;The early 1990s, the first to market a genetically modified foods in the United States, is a fresh tomato, the study results of this successful study in the United Kingdom, genetically modified foods became even more rampant. &quot; title=&quot;90年代初，市场上第一个转基因食品出现在美国，是一种保鲜番茄，这项研究成果本是在英国研究成功的，转基因食品一发不可收。&quot;&gt;The early 1990s, the first to market a genetically modified foods in the United States, is a fresh tomato, the study results of this successful study in the United Kingdom, genetically modified foods became even more rampant. &lt;/span&gt;&lt;span d=&quot;据统计，美国食品和药物管理局确定的转基因品种已有43种。&quot; f=&quot;According to statistics, 43 kinds of transgenic varieties have been identified by the U.S. Food and Drug Administration (FDA). &quot; title=&quot;据统计，美国食品和药物管理局确定的转基因品种已有43种。&quot;&gt;According to statistics, 43 kinds of transgenic varieties have been identified by the U.S. Food and Drug Administration (FDA). &lt;/span&gt;&lt;span d=&quot;美国是转基因食品最多的国家，60%以上的加工食品含有转基因成分，90%以上的大豆、50%以上的玉米、小麦是转基因的。&quot; f=&quot;The United States is the most genetically modified foods, and more than 60 percent of processed foods contain genetically modified ingredients, more than 90% of the soybeans, 50% corn, genetically modified wheat. &quot; title=&quot;美国是转基因食品最多的国家，60%以上的加工食品含有转基因成分，90%以上的大豆、50%以上的玉米、小麦是转基因的。&quot;&gt;The United States is the most genetically modified foods, and more than 60 percent of processed foods contain genetically modified ingredients, more than 90% of the soybeans, 50% corn, genetically modified wheat. &lt;/span&gt;&lt;span d=&quot;转基因食品有转基因植物，如：西红柿、土豆、玉米等，还有转基因动物，如：鱼、牛、羊等。&quot; f=&quot;Genetically modified foods genetically modified plants, such as: tomatoes, potatoes, corn and other transgenic animals, such as: fish, cattle, sheep. &quot; title=&quot;转基因食品有转基因植物，如：西红柿、土豆、玉米等，还有转基因动物，如：鱼、牛、羊等。&quot;&gt;Genetically modified foods genetically modified plants, such as: tomatoes, potatoes, corn and other transgenic animals, such as: fish, cattle, sheep. &lt;/span&gt;&lt;span d=&quot;虽然转基因食品与普通食品在口感上没有多大差别，但转基因的植物、动物有明显的优势：优质高产、抗虫、抗病毒、抗除草剂、改良品质、抗逆境生存等。&quot; f=&quot;Although the conversion genetically modified food and ordinary food is not much difference in the taste, but genetically modified plants, animals have a distinct advantage: high-quality high-yielding, insect-resistant, anti-viral, anti-herbicide, improved quality, and tolerance to survive.
&quot; title=&quot;虽然转基因食品与普通食品在口感上没有多大差别，但转基因的植物、动物有明显的优势：优质高产、抗虫、抗病毒、抗除草剂、改良品质、抗逆境生存等。&quot;&gt;Although the conversion genetically modified food and ordinary food is not much difference in the taste, but genetically modified plants, animals have a distinct advantage: high-quality high-yielding, insect-resistant, anti-viral, anti-herbicide, improved quality, and tolerance to survive.&lt;/span&gt;&lt;span d=&quot;对生态物种&quot; f=&quot;Ecological species
&quot; title=&quot;对生态物种&quot;&gt;Ecological species&lt;/span&gt;&lt;span d=&quot;转基因作物因为是人工制造的品种，我们可以把这些品种看作为自然界原来不存在的外来种。&quot; f=&quot;Transgenic crops is artificial varieties, we can put these varieties look as natural exotic species does not exist. &quot; title=&quot;转基因作物因为是人工制造的品种，我们可以把这些品种看作为自然界原来不存在的外来种。&quot;&gt;Transgenic crops is artificial varieties, we can put these varieties look as natural exotic species does not exist. &lt;/span&gt;&lt;span d=&quot;一般说来，外来种对环境或生物多样性造成威胁或危险会有一段较长的时间。&quot; f=&quot;In general, foreign species threat or danger to the environment or biological diversity, there will be a long period of time. &quot; title=&quot;一般说来，外来种对环境或生物多样性造成威胁或危险会有一段较长的时间。&quot;&gt;In general, foreign species threat or danger to the environment or biological diversity, there will be a long period of time. &lt;/span&gt;&lt;span d=&quot;有时需10年的时间，或更长的时间。&quot; f=&quot;Sometimes need 10 years or longer. &quot; title=&quot;有时需10年的时间，或更长的时间。&quot;&gt;Sometimes need 10 years or longer. &lt;/span&gt;&lt;span d=&quot;转基因作物商品化种植至今最长也就是5～6年的时间，一些潜在风险在这么短的时间内不一定能表现出来。&quot; f=&quot;Transgenic crop commercialization planting has the longest is 5-6 years, some of the potential risk in such a short period of time may not be able to show it. &quot; title=&quot;转基因作物商品化种植至今最长也就是5～6年的时间，一些潜在风险在这么短的时间内不一定能表现出来。&quot;&gt;Transgenic crop commercialization planting has the longest is 5-6 years, some of the potential risk in such a short period of time may not be able to show it. &lt;/span&gt;&lt;span d=&quot;可是有些风险在实验室水平上已经证实。&quot; f=&quot;But some risk has been confirmed in the laboratory level. &quot; title=&quot;可是有些风险在实验室水平上已经证实。&quot;&gt;But some risk has been confirmed in the laboratory level. &lt;/span&gt;&lt;span d=&quot;如Mikkelsen等证实抗除草剂转基因油菜的抗除草剂基因可以通过基因流在一次杂交、一次回交的过程已转到其野生近缘种中（Mikkelsen et al., 1996）。&quot; f=&quot;Mikkelsen confirmed transgenic herbicide-resistant oilseed rape herbicide-resistant gene by gene flow in a hybrid, once the process of backcross has been transferred to its wild relatives (Mikkelsen, et al, 1996).
&quot; title=&quot;如Mikkelsen等证实抗除草剂转基因油菜的抗除草剂基因可以通过基因流在一次杂交、一次回交的过程已转到其野生近缘种中（Mikkelsen et al., 1996）。&quot;&gt;Mikkelsen confirmed transgenic herbicide-resistant oilseed rape herbicide-resistant gene by gene flow in a hybrid, once the process of backcross has been transferred to its wild relatives (Mikkelsen, et al, 1996).&lt;/span&gt;&lt;span d=&quot;对环境系统&quot; f=&quot;Environmental Systems
&quot; title=&quot;对环境系统&quot;&gt;Environmental Systems&lt;/span&gt;&lt;span d=&quot;农田生态系统Agro-ecosystem 增加杀虫剂的使用——抗性的选择和转运到可相容的其它植物中产生新的农田杂草——基因流和杂交转基因植物自身变为杂草——插入&quot; f=&quot;Farmland ecosystems Agro-ecosystem to increase the use of pesticides - resistance to the selection and transshipment to other compatible plants produce new farmland weeds - gene flow and hybridization of transgenic plants become weeds - Insert &quot; title=&quot;农田生态系统Agro-ecosystem 增加杀虫剂的使用——抗性的选择和转运到可相容的其它植物中产生新的农田杂草——基因流和杂交转基因植物自身变为杂草——插入&quot;&gt;Farmland ecosystems Agro-ecosystem to increase the use of pesticides - resistance to the selection and transshipment to other compatible plants produce new farmland weeds - gene flow and hybridization of transgenic plants become weeds - Insert &lt;/span&gt;&lt;span d=&quot;性状的竞争产生新的病毒——不同病毒基因组和转基因作物的病毒外壳蛋白的重组产生新的作物害虫病原体——植物相互作用食草动物——植物相互作用对非目标生物的伤害——食草&quot; f=&quot;the traits competition new virus - different viral genome and the reorganization of the viral coat protein transgenic crops generate new crop pest pathogens - the plant interactions herbivores - plant interactions damage to non-target organisms - herbivorous &quot; title=&quot;性状的竞争产生新的病毒——不同病毒基因组和转基因作物的病毒外壳蛋白的重组产生新的作物害虫病原体——植物相互作用食草动物——植物相互作用对非目标生物的伤害——食草&quot;&gt;the traits competition new virus - different viral genome and the reorganization of the viral coat protein transgenic crops generate new crop pest pathogens - the plant interactions herbivores - plant interactions damage to non-target organisms - herbivorous &lt;/span&gt;&lt;span d=&quot;动物的误食编辑本段技术应用自1996年首例转基因农作物产业化应用以来，全球转基因技术研究与产业应用快速发展。&quot; f=&quot;this paragraph animals eating editing technology applications since 1996, the first case since the industrial applications of transgenic crops, the global rapid development of transgenic technology research and industrial applications. &quot; title=&quot;动物的误食编辑本段技术应用自1996年首例转基因农作物产业化应用以来，全球转基因技术研究与产业应用快速发展。&quot;&gt;this paragraph animals eating editing technology applications since 1996, the first case since the industrial applications of transgenic crops, the global rapid development of transgenic technology research and industrial applications. &lt;/span&gt;&lt;span d=&quot;发达国家纷纷把发展转基因技术作为抢占未来科技制高点和增强农业国际竞争力的战略重点，发展中国家也积极跟进，并呈现以下发展态势： 一是品种培育速度加快。&quot; f=&quot;Strategic focus of the developed countries have the development of transgenic technology as to seize the high ground for the technologies of the future and to enhance the international competitiveness of agriculture, developing countries are also actively follow up and show the following trend: First, the breeding of speed. &quot; title=&quot;发达国家纷纷把发展转基因技术作为抢占未来科技制高点和增强农业国际竞争力的战略重点，发展中国家也积极跟进，并呈现以下发展态势： 一是品种培育速度加快。&quot;&gt;Strategic focus of the developed countries have the development of transgenic technology as to seize the high ground for the technologies of the future and to enhance the international competitiveness of agriculture, developing countries are also actively follow up and show the following trend: First, the breeding of speed. &lt;/span&gt;&lt;span d=&quot;随着生命科学、基因组学、信息学等学科的发展，转基因技术研究日新月异，研究手段、装备水平不断提高，基因克隆技术突飞猛进，一些新基因、新性状和新产品不断涌现。&quot; f=&quot;With the development of the life sciences, genomics, bioinformatics, and other disciplines, transgenic technology with each passing day, research tools, equipment has improved continuously, cloning technology are advancing by leaps and bounds, some new genes, new characters and new products continue to emerge. &quot; title=&quot;随着生命科学、基因组学、信息学等学科的发展，转基因技术研究日新月异，研究手段、装备水平不断提高，基因克隆技术突飞猛进，一些新基因、新性状和新产品不断涌现。&quot;&gt;With the development of the life sciences, genomics, bioinformatics, and other disciplines, transgenic technology with each passing day, research tools, equipment has improved continuously, cloning technology are advancing by leaps and bounds, some new genes, new characters and new products continue to emerge. &lt;/span&gt;&lt;span d=&quot;品种培育呈代际特征，目前全球转基因生物新品种已从抗虫和抗除草剂等第一代产品，向改善营养品质和提高产量的第二代产品，以及工业、医药和生物反应器等第&quot; f=&quot;Variety cultivation was intergenerational characteristics of the world of new varieties of genetically modified organisms from the first generation of insect-resistant and herbicide-resistant products, to improve the nutritional quality and increase the production of second-generation products, as well as industrial, pharmaceutical and bio-reactor rankings &quot; title=&quot;品种培育呈代际特征，目前全球转基因生物新品种已从抗虫和抗除草剂等第一代产品，向改善营养品质和提高产量的第二代产品，以及工业、医药和生物反应器等第&quot;&gt;Variety cultivation was intergenerational characteristics of the world of new varieties of genetically modified organisms from the first generation of insect-resistant and herbicide-resistant products, to improve the nutritional quality and increase the production of second-generation products, as well as industrial, pharmaceutical and bio-reactor rankings &lt;/span&gt;&lt;span d=&quot;三代产品转变，多基因聚合的复合性状正成为转基因技术研究与应用的重点。&quot; f=&quot;changes in three generations of products, the polymerization of the composite multi-gene traits is becoming the focus of research and application of transgenic technology. &quot; title=&quot;三代产品转变，多基因聚合的复合性状正成为转基因技术研究与应用的重点。&quot;&gt;changes in three generations of products, the polymerization of the composite multi-gene traits is becoming the focus of research and application of transgenic technology. &lt;/span&gt;&lt;span d=&quot;二是产业化应用规模迅速扩大。&quot; f=&quot;Industrial applications has expanded rapidly. &quot; title=&quot;二是产业化应用规模迅速扩大。&quot;&gt;Industrial applications has expanded rapidly. &lt;/span&gt;&lt;span d=&quot;截至2009年底，全球已有25个国家批准了24种转基因作物的商业化应用。&quot; f=&quot;As of the end of 2009, 25 countries around the world have approved the commercial application of the 24 kinds of genetically modified crops. &quot; title=&quot;截至2009年底，全球已有25个国家批准了24种转基因作物的商业化应用。&quot;&gt;As of the end of 2009, 25 countries around the world have approved the commercial application of the 24 kinds of genetically modified crops. &lt;/span&gt;&lt;span d=&quot;以转基因大豆、棉花、玉米、油菜为代表的转基因作物种植面积，由1996年的2550万亩发展到2009年的20亿亩，14年间增长了79倍。&quot; f=&quot;Transfer of genetically modified soybeans, cotton, corn, canola acreage of genetically modified crops, 2550 mu development by 1996 to 20 million hectares in 2009, 14 years, an increase of 79 times. &quot; title=&quot;以转基因大豆、棉花、玉米、油菜为代表的转基因作物种植面积，由1996年的2550万亩发展到2009年的20亿亩，14年间增长了79倍。&quot;&gt;Transfer of genetically modified soybeans, cotton, corn, canola acreage of genetically modified crops, 2550 mu development by 1996 to 20 million hectares in 2009, 14 years, an increase of 79 times. &lt;/span&gt;&lt;span d=&quot;美国仍然是最大的种植国，2009年种植面积9.6亿亩；其次是巴西，3.21亿亩；阿根廷，3.195亿亩；印度，1.26亿亩；加拿大，1.23亿亩；中国，5550万亩；巴拉圭，&quot; f=&quot;The United States is still the largest-growing countries, the planting area of ​​9.6 million hectares in 2009; followed by Brazil, 3.21 million hectares; Argentina, 3.195 million hectares; India, 1.26 million hectares; Canada, 1.23 million hectares; China, 5550 mu; Paraguay &quot; title=&quot;美国仍然是最大的种植国，2009年种植面积9.6亿亩；其次是巴西，3.21亿亩；阿根廷，3.195亿亩；印度，1.26亿亩；加拿大，1.23亿亩；中国，5550万亩；巴拉圭，&quot;&gt;The United States is still the largest-growing countries, the planting area of ​​9.6 million hectares in 2009; followed by Brazil, 3.21 million hectares; Argentina, 3.195 million hectares; India, 1.26 million hectares; Canada, 1.23 million hectares; China, 5550 mu; Paraguay &lt;/span&gt;&lt;span d=&quot;3300万亩；南非，3150万亩。&quot; f=&quot;3300 mu; South Africa, 3150 mu. &quot; title=&quot;3300万亩；南非，3150万亩。&quot;&gt;3300 mu; South Africa, 3150 mu. &lt;/span&gt;&lt;span d=&quot;值得一提的是，2000年以来，美国先后批准了6个抗除草剂和药用转基因水稻、伊朗批准了1个转基因抗虫水稻商业化种植；加拿大、墨西哥、澳大利亚、哥伦比亚4国批准了转基因&quot; f=&quot;It is worth mentioning, since 2000, the United States has approved a six herbicide-resistant transgenic rice and medicinal Iran approved a transgenic rice commercial cultivation; Canada, Mexico, Australia, Colombia 4 approved genetically modified &quot; title=&quot;值得一提的是，2000年以来，美国先后批准了6个抗除草剂和药用转基因水稻、伊朗批准了1个转基因抗虫水稻商业化种植；加拿大、墨西哥、澳大利亚、哥伦比亚4国批准了转基因&quot;&gt;It is worth mentioning, since 2000, the United States has approved a six herbicide-resistant transgenic rice and medicinal Iran approved a transgenic rice commercial cultivation; Canada, Mexico, Australia, Colombia 4 approved genetically modified &lt;/span&gt;&lt;span d=&quot;水稻进口，允许食用。&quot; f=&quot;rice imports, allowing consumption. &quot; title=&quot;水稻进口，允许食用。&quot;&gt;rice imports, allowing consumption. &lt;/span&gt;&lt;span d=&quot;三是生态和经济效益十分显著。&quot; f=&quot;Ecological and economic benefits are very significant. &quot; title=&quot;三是生态和经济效益十分显著。&quot;&gt;Ecological and economic benefits are very significant. &lt;/span&gt;&lt;span d=&quot;1996至2007年，全球转基因作物的累计收益高达440亿美元，累计减少杀虫剂使用35.9万吨。&quot; f=&quot;In 1996-2007, the global transgenic crops cumulative gain of up to 44 billion U.S. dollars, the cumulative reduction of pesticide use 359,000 tons. &quot; title=&quot;1996至2007年，全球转基因作物的累计收益高达440亿美元，累计减少杀虫剂使用35.9万吨。&quot;&gt;In 1996-2007, the global transgenic crops cumulative gain of up to 44 billion U.S. dollars, the cumulative reduction of pesticide use 359,000 tons. &lt;/span&gt;&lt;span d=&quot;2008年，全球转基因产品市场价值达到75亿美元。&quot; f=&quot;In 2008, the the the global GMO market value of $ 7.5 billion. &quot; title=&quot;2008年，全球转基因产品市场价值达到75亿美元。&quot;&gt;In 2008, the the the global GMO market value of $ 7.5 billion. &lt;/span&gt;&lt;span d=&quot;编辑本段谣言及辟谣谣言一1997-1998年，英国等实验分析发现转基因食品导致某些动物健康异常和种植区域出现异常。&quot; f=&quot;Edit this paragraph rumors and rumor rumors 1997-1998, Britain and experimental analysis found that genetically modified foods abnormal result in certain abnormal animal health and the planting area. &quot; title=&quot;编辑本段谣言及辟谣谣言一1997-1998年，英国等实验分析发现转基因食品导致某些动物健康异常和种植区域出现异常。&quot;&gt;Edit this paragraph rumors and rumor rumors 1997-1998, Britain and experimental analysis found that genetically modified foods abnormal result in certain abnormal animal health and the planting area. &lt;/span&gt;&lt;span d=&quot;英国政府资助的研究显示，食用了转基因土豆的老鼠出现了肝脏癌症早期症状、睾丸发育不全、免疫系统和神经系统部分萎缩等异常现象。&quot; f=&quot;The British government-funded studies have shown that consumption of genetically modified potatoes rat liver cancer early symptoms, testicular dysgenesis, part of the immune system and the nervous system atrophy anomalies. &quot; title=&quot;英国政府资助的研究显示，食用了转基因土豆的老鼠出现了肝脏癌症早期症状、睾丸发育不全、免疫系统和神经系统部分萎缩等异常现象。&quot;&gt;The British government-funded studies have shown that consumption of genetically modified potatoes rat liver cancer early symptoms, testicular dysgenesis, part of the immune system and the nervous system atrophy anomalies. &lt;/span&gt;&lt;span d=&quot;【真相】见下文食用安全争议事件4：转基因玉米事件之二。&quot; f=&quot;[Truth] see below the food safety controversy: turn the events of the genetically modified corn. &quot; title=&quot;【真相】见下文食用安全争议事件4：转基因玉米事件之二。&quot;&gt;[Truth] see below the food safety controversy: turn the events of the genetically modified corn. &lt;/span&gt;&lt;span d=&quot;处理数据方法不科学。&quot; f=&quot;Method of processing data unscientific. &quot; title=&quot;处理数据方法不科学。&quot;&gt;Method of processing data unscientific. &lt;/span&gt;&lt;span d=&quot;谣言二1997德国农民克劳纳开始种植先正达Bt－176玉米试验田，头三年，玉米长势喜人、毫无虫害，当2001年，他将这种玉米用来喂养母牛时，牛开始剧烈&quot; f=&quot;The rumors two 1997 Ke Laona German farmers start planting Syngenta Bt-176 maize experimental plot, the first three years, corn gratifying, no pests, 2001, when he was this corn is used to feed the cow, the cow began to violently &quot; title=&quot;谣言二1997德国农民克劳纳开始种植先正达Bt－176玉米试验田，头三年，玉米长势喜人、毫无虫害，当2001年，他将这种玉米用来喂养母牛时，牛开始剧烈&quot;&gt;The rumors two 1997 Ke Laona German farmers start planting Syngenta Bt-176 maize experimental plot, the first three years, corn gratifying, no pests, 2001, when he was this corn is used to feed the cow, the cow began to violently &lt;/span&gt;&lt;span d=&quot;腹泻并停止产奶，最后，他总共损失了70头牛。&quot; f=&quot;diarrhea and stop milk production, and finally, he lost a total of 70 cattle. &quot; title=&quot;腹泻并停止产奶，最后，他总共损失了70头牛。&quot;&gt;diarrhea and stop milk production, and finally, he lost a total of 70 cattle. &lt;/span&gt;&lt;span d=&quot;【真相】克劳纳一共损失了12头奶牛，并且7头死在停用转基因饲料之后。&quot; f=&quot;[Truth] Ke Laona a total loss of 12 cows, and seven died after disable GM feed. &quot; title=&quot;【真相】克劳纳一共损失了12头奶牛，并且7头死在停用转基因饲料之后。&quot;&gt;[Truth] Ke Laona a total loss of 12 cows, and seven died after disable GM feed. &lt;/span&gt;&lt;span d=&quot;他家奶牛会死是因为饲料发霉。&quot; f=&quot;His house cows will die because feed moldy. &quot; title=&quot;他家奶牛会死是因为饲料发霉。&quot;&gt;His house cows will die because feed moldy. &lt;/span&gt;&lt;span d=&quot;在西班牙，Bt176至少种植了22000公顷，西班牙环境部证实从未发现任何吃bt转基因玉米的动物产生明显疾病或死亡。&quot; f=&quot;In Spain, Bt176 least planting 22,000 hectares, the Ministry of Environment of Spain confirmed never found any animals eat bt transgenic maize to produce evidence of disease or death. &quot; title=&quot;在西班牙，Bt176至少种植了22000公顷，西班牙环境部证实从未发现任何吃bt转基因玉米的动物产生明显疾病或死亡。&quot;&gt;In Spain, Bt176 least planting 22,000 hectares, the Ministry of Environment of Spain confirmed never found any animals eat bt transgenic maize to produce evidence of disease or death. &lt;/span&gt;&lt;span d=&quot;[6] 谣言三1998年秋，苏格兰Rowett研究所的普兹泰教授（Pusztai）就在电视上公开宣称，他的实验证明，实验鼠肾脏、胸腺和脾脏生长异常或萎缩或生长不当，脑部萎缩&quot; f=&quot;[6] rumors three autumn 1998, Pusztai of the Rowett Research Institute, Professor of Scotland (Pusztai) on TV publicly declared his experiments proved mice kidneys, thymus and spleen growth abnormality or atrophy or growth improper brain atrophy &quot; title=&quot;[6] 谣言三1998年秋，苏格兰Rowett研究所的普兹泰教授（Pusztai）就在电视上公开宣称，他的实验证明，实验鼠肾脏、胸腺和脾脏生长异常或萎缩或生长不当，脑部萎缩&quot;&gt;[6] rumors three autumn 1998, Pusztai of the Rowett Research Institute, Professor of Scotland (Pusztai) on TV publicly declared his experiments proved mice kidneys, thymus and spleen growth abnormality or atrophy or growth improper brain atrophy &lt;/span&gt;&lt;span d=&quot;，多个重要器官也遭到破坏，免疫系统变弱。&quot; f=&quot;several vital organs were also damaged, the immune system is weakened. &quot; title=&quot;，多个重要器官也遭到破坏，免疫系统变弱。&quot;&gt;several vital organs were also damaged, the immune system is weakened. &lt;/span&gt;&lt;span d=&quot;【真相】见下文食用安全争议事件2：普斯泰（Pusztai）事件，实验结果无法重复。&quot; f=&quot;[Truth] see below the food safety controversy: Pusi Tai (Pusztai) event, the experimental results can not be repeated. &quot; title=&quot;【真相】见下文食用安全争议事件2：普斯泰（Pusztai）事件，实验结果无法重复。&quot;&gt;[Truth] see below the food safety controversy: Pusi Tai (Pusztai) event, the experimental results can not be repeated. &lt;/span&gt;&lt;span d=&quot;谣言四1998年，欧盟国家通过法律，把转基因农产品作业严格限制在实验室环境或封闭区域之内。&quot; f=&quot;Rumor 1998 four EU countries pass laws, job strictly limited to genetically modified agricultural products in a lab environment or enclosed area. &quot; title=&quot;谣言四1998年，欧盟国家通过法律，把转基因农产品作业严格限制在实验室环境或封闭区域之内。&quot;&gt;Rumor 1998 four EU countries pass laws, job strictly limited to genetically modified agricultural products in a lab environment or enclosed area. &lt;/span&gt;&lt;span d=&quot;【真相】欧盟从未禁止转基因作物。&quot; f=&quot;[Truth] EU never prohibited genetically modified crops. &quot; title=&quot;【真相】欧盟从未禁止转基因作物。&quot;&gt;[Truth] EU never prohibited genetically modified crops. &lt;/span&gt;&lt;span d=&quot;[7] 谣言五1999年，美国康耐尔大学的研究者John Losey在英国《自然》杂志上发表报告，用涂有转Bt基因玉米花粉的叶片喂养斑蝶，导致44%的幼虫死亡。&quot; f=&quot;[7] rumors Five 1999 John Losey, Cornell University researchers published in the British magazine &amp;quot;Nature&amp;quot; report coated leaves of transgenic Bt corn pollen feeding monarch butterflies, leading to the death of 44% of the larvae. &quot; title=&quot;[7] 谣言五1999年，美国康耐尔大学的研究者John Losey在英国《自然》杂志上发表报告，用涂有转Bt基因玉米花粉的叶片喂养斑蝶，导致44%的幼虫死亡。&quot;&gt;[7] rumors Five 1999 John Losey, Cornell University researchers published in the British magazine &quot;Nature&quot; report coated leaves of transgenic Bt corn pollen feeding monarch butterflies, leading to the death of 44% of the larvae. &lt;/span&gt;&lt;span d=&quot;【真相】请见下文，生态安全争议事件1：帝王蝶事件。&quot; f=&quot;[Truth] see below, ecological safety controversy: the monarch butterfly event. &quot; title=&quot;【真相】请见下文，生态安全争议事件1：帝王蝶事件。&quot;&gt;[Truth] see below, ecological safety controversy: the monarch butterfly event. &lt;/span&gt;&lt;span d=&quot;实验室有威胁，田间无问题谣言六2000年到2001年，转基因种植区域发现生态环境出现异常获得更多证实，譬如，转基因玉米品种本身尚未发现异常，但其周围野生生态环境出现异常，而转基因&quot; f=&quot;Laboratory has-threatening, field no problem rumors six 2000 Nian to 2001 Nian turn genes planting area found abnormal get more confirmed in the ecological environment, for example, turn modified maize varieties itself has not yet found an exception, but its surrounding wild ecological environment appear abnormal, the transgenic &quot; title=&quot;实验室有威胁，田间无问题谣言六2000年到2001年，转基因种植区域发现生态环境出现异常获得更多证实，譬如，转基因玉米品种本身尚未发现异常，但其周围野生生态环境出现异常，而转基因&quot;&gt;Laboratory has-threatening, field no problem rumors six 2000 Nian to 2001 Nian turn genes planting area found abnormal get more confirmed in the ecological environment, for example, turn modified maize varieties itself has not yet found an exception, but its surrounding wild ecological environment appear abnormal, the transgenic &lt;/span&gt;&lt;span d=&quot;甜菜等品种的野外试验显示其本身和环境都发现异常。&quot; f=&quot;varieties of sugar beet and other field tests show itself and the environment are abnormal. &quot; title=&quot;甜菜等品种的野外试验显示其本身和环境都发现异常。&quot;&gt;varieties of sugar beet and other field tests show itself and the environment are abnormal. &lt;/span&gt;&lt;span d=&quot;为此，美国、加拿大、英国和欧盟国家的政府农业部门紧急成立农业生态环境保护工作组，对转基因种植区开始全天候的严密监控措施。&quot; f=&quot;To this end, the Government of the United States, Canada, the United Kingdom and the European Union countries the agricultural sector the urgent establishment of agro-ecological environmental protection working group, began to closely monitor weather measures transgenic planting area. &quot; title=&quot;为此，美国、加拿大、英国和欧盟国家的政府农业部门紧急成立农业生态环境保护工作组，对转基因种植区开始全天候的严密监控措施。&quot;&gt;To this end, the Government of the United States, Canada, the United Kingdom and the European Union countries the agricultural sector the urgent establishment of agro-ecological environmental protection working group, began to closely monitor weather measures transgenic planting area. &lt;/span&gt;&lt;span d=&quot;【真相】查无此事，纯属编造。&quot; f=&quot;[Truth] check this matter is purely fabricated. &quot; title=&quot;【真相】查无此事，纯属编造。&quot;&gt;[Truth] check this matter is purely fabricated. &lt;/span&gt;&lt;span d=&quot;谣言七2004年先正达研发的转基因Bt-176玉米爆发丑闻，德国黑森州北部农民从1997年开始试种Bt-176玉米，并用作奶牛的补充饲料，2000年当农民开始提高该玉米在&quot; f=&quot;The rumors seven 2004 Syngenta research and development of genetically modified Bt-176 maize scandals, northern Hesse, Germany farmers from 1997 to try to grow Bt-176 corn and used as cow feed supplements, 2000, when farmers began to raise the corn in &quot; title=&quot;谣言七2004年先正达研发的转基因Bt-176玉米爆发丑闻，德国黑森州北部农民从1997年开始试种Bt-176玉米，并用作奶牛的补充饲料，2000年当农民开始提高该玉米在&quot;&gt;The rumors seven 2004 Syngenta research and development of genetically modified Bt-176 maize scandals, northern Hesse, Germany farmers from 1997 to try to grow Bt-176 corn and used as cow feed supplements, 2000, when farmers began to raise the corn in &lt;/span&gt;&lt;span d=&quot;饲料中的比例后，所有的牛都死了。&quot; f=&quot;proportion of the feed, the cattle are dead. &quot; title=&quot;饲料中的比例后，所有的牛都死了。&quot;&gt;proportion of the feed, the cattle are dead. &lt;/span&gt;&lt;span d=&quot;2004年瑞士联邦技术研究院地球植物学研究所海尔比克教授发现，Bt-176中的用来毒杀欧洲玉米螟的Bt毒素，无法分解，最终毒死了奶牛。&quot; f=&quot;Haier BAK, Swiss Federal Institute of Technology Institute of Earth botany professor found in 2004, used to poison the European corn borer Bt toxin in Bt-176, can not break down, eventually poisoned cows. &quot; title=&quot;2004年瑞士联邦技术研究院地球植物学研究所海尔比克教授发现，Bt-176中的用来毒杀欧洲玉米螟的Bt毒素，无法分解，最终毒死了奶牛。&quot;&gt;Haier BAK, Swiss Federal Institute of Technology Institute of Earth botany professor found in 2004, used to poison the European corn borer Bt toxin in Bt-176, can not break down, eventually poisoned cows. &lt;/span&gt;&lt;span d=&quot;【真相】和谣言二是同一件事。&quot; f=&quot;[Truth] and rumors, the second is the same thing. &quot; title=&quot;【真相】和谣言二是同一件事。&quot;&gt;[Truth] and rumors, the second is the same thing. &lt;/span&gt;&lt;span d=&quot;至于这个海尔比克教授，在苏黎世联邦理工学院（←“瑞士联邦技术研究院”的正确翻译）的教授名单中没见到有类似名字的教授。&quot; f=&quot;As for the Haier BAK Professor Professor List of the ETH Zurich (← &amp;quot;correct translation of the Swiss Federal Institute of Technology&amp;quot;) did not see a similar name professor. &quot; title=&quot;至于这个海尔比克教授，在苏黎世联邦理工学院（←“瑞士联邦技术研究院”的正确翻译）的教授名单中没见到有类似名字的教授。&quot;&gt;As for the Haier BAK Professor Professor List of the ETH Zurich (← &quot;correct translation of the Swiss Federal Institute of Technology&quot;) did not see a similar name professor. &lt;/span&gt;&lt;span d=&quot;而所谓“地球植物学研究所”……该学院根本就没这个所。&quot; f=&quot;The so-called &amp;quot;Earth Geobotany ... the college did not even this by. &quot; title=&quot;而所谓“地球植物学研究所”……该学院根本就没这个所。&quot;&gt;The so-called &quot;Earth Geobotany ... the college did not even this by. &lt;/span&gt;&lt;span d=&quot;谣言八2005年5月22日，英国《独立报》又披露了知名生物技术公司“孟山都”的一份报告，以转基因食品喂养的老鼠出现器官变异和血液成份改变的现象。&quot; f=&quot;Rumors eight May 22, 2005, the British newspaper &amp;quot;Independent&amp;quot; and disclosed in a report in a leading biotechnology company Monsanto &amp;quot;to genetically modified food to feed the mice appear the organ variability and blood components change phenomenon. &quot; title=&quot;谣言八2005年5月22日，英国《独立报》又披露了知名生物技术公司“孟山都”的一份报告，以转基因食品喂养的老鼠出现器官变异和血液成份改变的现象。&quot;&gt;Rumors eight May 22, 2005, the British newspaper &quot;Independent&quot; and disclosed in a report in a leading biotechnology company Monsanto &quot;to genetically modified food to feed the mice appear the organ variability and blood components change phenomenon. &lt;/span&gt;&lt;span d=&quot;【真相】和谣言一是同一件事。&quot; f=&quot;[Truth] and rumors First, the same thing. &quot; title=&quot;【真相】和谣言一是同一件事。&quot;&gt;[Truth] and rumors First, the same thing. &lt;/span&gt;&lt;span d=&quot;见下文食用安全争议事件4：转基因玉米事件之二。&quot; f=&quot;See below the food safety controversy: turn the events of the genetically modified corn. &quot; title=&quot;见下文食用安全争议事件4：转基因玉米事件之二。&quot;&gt;See below the food safety controversy: turn the events of the genetically modified corn. &lt;/span&gt;&lt;span d=&quot;处理数据方法不科学。&quot; f=&quot;Method of processing data unscientific. &quot; title=&quot;处理数据方法不科学。&quot;&gt;Method of processing data unscientific. &lt;/span&gt;&lt;span d=&quot;谣言九2005年11月16日，澳大利亚联邦科学与工业研究组织（CSIRO）发表的一篇研究报告显示，一项持续4个星期的实验表明，被喂食了转基因豌豆的小白鼠的肺部产生了&quot; f=&quot;Rumors nine November 16, 2005, a research report published by the Australian Commonwealth Scientific and Industrial Research Organisation (CSIRO), a continuing four weeks of the experiment show that the lungs of mice fed GM peas generated &quot; title=&quot;谣言九2005年11月16日，澳大利亚联邦科学与工业研究组织（CSIRO）发表的一篇研究报告显示，一项持续4个星期的实验表明，被喂食了转基因豌豆的小白鼠的肺部产生了&quot;&gt;Rumors nine November 16, 2005, a research report published by the Australian Commonwealth Scientific and Industrial Research Organisation (CSIRO), a continuing four weeks of the experiment show that the lungs of mice fed GM peas generated &lt;/span&gt;&lt;span d=&quot;炎症，小白鼠发生过敏反应，并对其他过敏原更加敏感，并据此叫停了历时10年、耗资300万美元的转基因项目。&quot; f=&quot;inflammation, mice allergic reaction, and more sensitive to other allergens, which halted transgenic project lasted 10 years and cost $ 3 million. &quot; title=&quot;炎症，小白鼠发生过敏反应，并对其他过敏原更加敏感，并据此叫停了历时10年、耗资300万美元的转基因项目。&quot;&gt;inflammation, mice allergic reaction, and more sensitive to other allergens, which halted transgenic project lasted 10 years and cost $ 3 million. &lt;/span&gt;&lt;span d=&quot;【真相】事实。&quot; f=&quot;[Truth】 fact. &quot; title=&quot;【真相】事实。&quot;&gt;[Truth】 fact. &lt;/span&gt;&lt;span d=&quot;因此类似这种会造成问题的转基因成果都不会被大面积应用，即使耗资巨大也会停掉。&quot; f=&quot;Therefore, the outcome of the transgenic similar to this will cause problems will not be a large area of ​​the application, even if costly also stopped. &quot; title=&quot;因此类似这种会造成问题的转基因成果都不会被大面积应用，即使耗资巨大也会停掉。&quot;&gt;Therefore, the outcome of the transgenic similar to this will cause problems will not be a large area of ​​the application, even if costly also stopped. &lt;/span&gt;&lt;span d=&quot;真的能拿来应用的都是安全的。&quot; f=&quot;Really can bring applications are safe. &quot; title=&quot;真的能拿来应用的都是安全的。&quot;&gt;Really can bring applications are safe. &lt;/span&gt;&lt;span d=&quot;谣言十2006年，俄罗斯科学院高级神经活动和神经生理研究所科学家伊琳娜艾尔马科娃博士研究发现，食用转基因大豆食物的老鼠，其幼鼠一半以上在出生后头三个星期死亡，是没有&quot; f=&quot;Rumors ten in 2006, higher nervous activity of the Russian Academy of Sciences and the Institute of Neurophysiology scientist Dr. Ma Kewa Irina Al found eating mice transgenic soybean food, more than half of its pups born during the first three weeks of death is not &quot; title=&quot;谣言十2006年，俄罗斯科学院高级神经活动和神经生理研究所科学家伊琳娜艾尔马科娃博士研究发现，食用转基因大豆食物的老鼠，其幼鼠一半以上在出生后头三个星期死亡，是没有&quot;&gt;Rumors ten in 2006, higher nervous activity of the Russian Academy of Sciences and the Institute of Neurophysiology scientist Dr. Ma Kewa Irina Al found eating mice transgenic soybean food, more than half of its pups born during the first three weeks of death is not &lt;/span&gt;&lt;span d=&quot;食用转基因大豆老鼠死亡率的6倍。&quot; f=&quot;eat genetically modified soybeans the rat mortality of 6 times. &quot; title=&quot;食用转基因大豆老鼠死亡率的6倍。&quot;&gt;eat genetically modified soybeans the rat mortality of 6 times. &lt;/span&gt;&lt;span d=&quot;【真相】见下文食用安全争议事件5：俄罗斯转基因食品事件谣言十一2007年，在奥地利政府的资助下，泽特克教授及其研究小组对孟都山公司研发的“转基因玉米NK603（抗除草&quot; f=&quot;The Truth] see below food safety controversy: genetically modified food events in Russia rumors eleven in 2007, funded by the Austrian government, Ze Teke professor and his research team developed Mengdou Mountain genetically modified maize NK603 (anti weeding &quot; title=&quot;【真相】见下文食用安全争议事件5：俄罗斯转基因食品事件谣言十一2007年，在奥地利政府的资助下，泽特克教授及其研究小组对孟都山公司研发的“转基因玉米NK603（抗除草&quot;&gt;The Truth] see below food safety controversy: genetically modified food events in Russia rumors eleven in 2007, funded by the Austrian government, Ze Teke professor and his research team developed Mengdou Mountain genetically modified maize NK603 (anti weeding &lt;/span&gt;&lt;span d=&quot;剂）和转基因玉米MON810（Bt抗虫）的杂交品种”进行了实验。&quot; f=&quot;agent) and hybrid varieties of genetically modified maize MON810 (Bt insect-resistant) &amp;quot;experimental. &quot; title=&quot;剂）和转基因玉米MON810（Bt抗虫）的杂交品种”进行了实验。&quot;&gt;agent) and hybrid varieties of genetically modified maize MON810 (Bt insect-resistant) &quot;experimental. &lt;/span&gt;&lt;span d=&quot;在经过长达20周的观察之后，发现转基因产品影响了小鼠的生殖能力。&quot; f=&quot;After up to 20 weeks of observation, found that genetically modified mice affects the reproductive capacity. &quot; title=&quot;在经过长达20周的观察之后，发现转基因产品影响了小鼠的生殖能力。&quot;&gt;After up to 20 weeks of observation, found that genetically modified mice affects the reproductive capacity. &lt;/span&gt;&lt;span d=&quot;【真相】见下文食用安全争议事件4：转基因玉米事件之二谣言十二2007年10月和11月，美国《纽约时报》等媒体报道，经过长期周密跟踪观察，发现有两种转基因玉米种植&quot; f=&quot;The Truth] see below the food safety controversy: turn modified maize events rumor on twelve October 2007 and November, &amp;quot;The New York Times and other media reported, after a long and meticulous tracking observation, found that there are two kinds of genetically modified corn planting &quot; title=&quot;【真相】见下文食用安全争议事件4：转基因玉米事件之二谣言十二2007年10月和11月，美国《纽约时报》等媒体报道，经过长期周密跟踪观察，发现有两种转基因玉米种植&quot;&gt;The Truth] see below the food safety controversy: turn modified maize events rumor on twelve October 2007 and November, &quot;The New York Times and other media reported, after a long and meticulous tracking observation, found that there are two kinds of genetically modified corn planting &lt;/span&gt;&lt;span d=&quot;导致伤害蝴蝶生存，对生态环境安全的威胁程度已经超出可接受水平。&quot; f=&quot;The cause harm Butterfly survival, the level of threat to the ecological environment security is beyond the acceptable level. &quot; title=&quot;导致伤害蝴蝶生存，对生态环境安全的威胁程度已经超出可接受水平。&quot;&gt;The cause harm Butterfly survival, the level of threat to the ecological environment security is beyond the acceptable level. &lt;/span&gt;&lt;span d=&quot;为此，欧盟已经做出了初步决定、禁止该转基因玉米的种子销售使用。&quot; f=&quot;To this end, the EU has made a preliminary decision to prohibit the use of the genetically modified corn seed sales. &quot; title=&quot;为此，欧盟已经做出了初步决定、禁止该转基因玉米的种子销售使用。&quot;&gt;To this end, the EU has made a preliminary decision to prohibit the use of the genetically modified corn seed sales. &lt;/span&gt;&lt;span d=&quot;【真相】请见下文，生态安全争议事件1：帝王蝶事件。&quot; f=&quot;[Truth] see below, ecological safety controversy: the monarch butterfly event. &quot; title=&quot;【真相】请见下文，生态安全争议事件1：帝王蝶事件。&quot;&gt;[Truth] see below, ecological safety controversy: the monarch butterfly event. &lt;/span&gt;&lt;span d=&quot;另外欧盟从未禁止过转基因作物[7] 谣言十三2007年，法国科学家证实，孟山都公司出产的一种转基因玉米对人体肝脏和肾脏具有毒性。&quot; f=&quot;In addition, the EU has never banned genetically modified crops [7] rumors thirteen in 2007, French scientists confirmed, Monsanto produced a genetically modified corn is toxic to the human liver and kidney. &quot; title=&quot;另外欧盟从未禁止过转基因作物[7] 谣言十三2007年，法国科学家证实，孟山都公司出产的一种转基因玉米对人体肝脏和肾脏具有毒性。&quot;&gt;In addition, the EU has never banned genetically modified crops [7] rumors thirteen in 2007, French scientists confirmed, Monsanto produced a genetically modified corn is toxic to the human liver and kidney. &lt;/span&gt;&lt;span d=&quot;【真相】查无此文。&quot; f=&quot;Truth] where no article. &quot; title=&quot;【真相】查无此文。&quot;&gt;Truth] where no article. &lt;/span&gt;&lt;span d=&quot;只有对老鼠相关消息，可见下文，食用安全争议事件3：转基因玉米事件之一谣言十四2009年12月22日，法国生物技术委员会最终宣布，转基因玉米&amp;quot;弊大于利&amp;quot;，这等于转基因作物&quot; f=&quot;Only mouse related messages seen below, the food safety controversy: turn one of the events of the genetically modified corn rumors fourteen December 22, 2009, the French biotechnology Commission finally announced, &amp;quot;do more harm than good&amp;quot; of genetically modified corn, which is equal to genetically modified crops &quot; title=&quot;只有对老鼠相关消息，可见下文，食用安全争议事件3：转基因玉米事件之一谣言十四2009年12月22日，法国生物技术委员会最终宣布，转基因玉米&amp;quot;弊大于利&amp;quot;，这等于转基因作物&quot;&gt;Only mouse related messages seen below, the food safety controversy: turn one of the events of the genetically modified corn rumors fourteen December 22, 2009, the French biotechnology Commission finally announced, &quot;do more harm than good&quot; of genetically modified corn, which is equal to genetically modified crops &lt;/span&gt;&lt;span d=&quot;种植在法国的永久废除。&quot; f=&quot;planting permanent abolition in France. &quot; title=&quot;种植在法国的永久废除。&quot;&gt;planting permanent abolition in France. &lt;/span&gt;&lt;span d=&quot;【真相】法国从未成功废除，至今仍在种植[8] 谣言十五2009年12月一期《生物科学国际期刊》上发表的研究结果表明，三种孟山都公司的转基因玉米能让老鼠的肝脏&quot; f=&quot;[Truth] France never succeeded in abolishing the still planting [8] rumors fifteen December 2009 &amp;quot;Bioscience International Journal published a study results showed that three kinds of Monsanto&#39;s genetically modified corn make rat liver &quot; title=&quot;【真相】法国从未成功废除，至今仍在种植[8] 谣言十五2009年12月一期《生物科学国际期刊》上发表的研究结果表明，三种孟山都公司的转基因玉米能让老鼠的肝脏&quot;&gt;[Truth] France never succeeded in abolishing the still planting [8] rumors fifteen December 2009 &quot;Bioscience International Journal published a study results showed that three kinds of Monsanto&#39;s genetically modified corn make rat liver &lt;/span&gt;&lt;span d=&quot;、肾脏和其它器官受损。&quot; f=&quot;, damage to the kidneys and other organs. &quot; title=&quot;、肾脏和其它器官受损。&quot;&gt;, damage to the kidneys and other organs. &lt;/span&gt;&lt;span d=&quot;三种转基因玉米品种，一种设计能抗广谱除草剂（即所谓的Roundup-ready），另外两种含有细菌衍生蛋白质，具有杀虫剂特性。&quot; f=&quot;Three genetically modified corn varieties, a design resistant to broad-spectrum herbicides (the so-called Roundup-ready), and the other two contain bacteria-derived protein, has insecticidal properties. &quot; title=&quot;三种转基因玉米品种，一种设计能抗广谱除草剂（即所谓的Roundup-ready），另外两种含有细菌衍生蛋白质，具有杀虫剂特性。&quot;&gt;Three genetically modified corn varieties, a design resistant to broad-spectrum herbicides (the so-called Roundup-ready), and the other two contain bacteria-derived protein, has insecticidal properties. &lt;/span&gt;&lt;span d=&quot;这项研究利用了孟山都自己的原始数据。&quot; f=&quot;The study used a Monsanto raw data. &quot; title=&quot;这项研究利用了孟山都自己的原始数据。&quot;&gt;The study used a Monsanto raw data. &lt;/span&gt;&lt;span d=&quot;【真相】见下文食用安全争议事件3：转基因玉米事件之一谣言十六据中华人民共和国科学技术部官方网站报道，“为把2010年上海世博会办成一届成功、精彩、难忘的世博会，科技&quot; f=&quot;Truth] see below food safety controversy: turn one of the events of the genetically modified corn rumors and 16, according to the official website of the Ministry of Science and Technology of the People&#39;s Republic of China reported, &amp;quot;In order to make the new success of the 2010 Shanghai World Expo, splendid and unforgettable World Expo, Technology &quot; title=&quot;【真相】见下文食用安全争议事件3：转基因玉米事件之一谣言十六据中华人民共和国科学技术部官方网站报道，“为把2010年上海世博会办成一届成功、精彩、难忘的世博会，科技&quot;&gt;Truth] see below food safety controversy: turn one of the events of the genetically modified corn rumors and 16, according to the official website of the Ministry of Science and Technology of the People&#39;s Republic of China reported, &quot;In order to make the new success of the 2010 Shanghai World Expo, splendid and unforgettable World Expo, Technology &lt;/span&gt;&lt;span d=&quot;部、上海市政府联合教育部、中国科学院、中国工程学院等10个部门和单位专门成立世博科技领导小组，启动实施世博科技专项行动，组织和动员全国科技力量和科技资源，开展联合公关，为&quot; f=&quot;10 departments and units of the Ministry, a joint Ministry of Education of the Shanghai Municipal Government, the Chinese Academy of Sciences, China Academy of Engineering College set up a special Expo Technology leadership team to start the implementation of the Technology Expo special action, organization and mobilization of the national scientific and technological strength and technological resources, conduct joint public relations, as &quot; title=&quot;部、上海市政府联合教育部、中国科学院、中国工程学院等10个部门和单位专门成立世博科技领导小组，启动实施世博科技专项行动，组织和动员全国科技力量和科技资源，开展联合公关，为&quot;&gt;10 departments and units of the Ministry, a joint Ministry of Education of the Shanghai Municipal Government, the Chinese Academy of Sciences, China Academy of Engineering College set up a special Expo Technology leadership team to start the implementation of the Technology Expo special action, organization and mobilization of the national scientific and technological strength and technological resources, conduct joint public relations, as &lt;/span&gt;&lt;span d=&quot;上海世博会的成功筹办提供科技支撑。”其中，在食品安全方面，已成功开发出了快速检测“食品中的病原体、有毒有害物质、转基因成分”等“多个食品安全检测产品，并已在上海&quot; f=&quot;Shanghai World Expo successfully organized to provide scientific and technological support. &amp;quot;which, in terms of food security, has successfully developed a rapid detection of food pathogens, toxic and hazardous substances, genetically modified ingredients&amp;quot; &amp;quot;food safety testing products, and has been in Shanghai &quot; title=&quot;上海世博会的成功筹办提供科技支撑。”其中，在食品安全方面，已成功开发出了快速检测“食品中的病原体、有毒有害物质、转基因成分”等“多个食品安全检测产品，并已在上海&quot;&gt;Shanghai World Expo successfully organized to provide scientific and technological support. &quot;which, in terms of food security, has successfully developed a rapid detection of food pathogens, toxic and hazardous substances, genetically modified ingredients&quot; &quot;food safety testing products, and has been in Shanghai &lt;/span&gt;&lt;span d=&quot;及周边地区检测机构示范使用。” 【真相】官网原文并无【转基因成分】字样，为别有用心的谣言制造者添加。&quot; f=&quot;testing agencies demonstration and the surrounding areas. &amp;quot;[Truth] official website original no genetically modified] words, add rumors manufacturer for ulterior motives. &quot; title=&quot;及周边地区检测机构示范使用。” 【真相】官网原文并无【转基因成分】字样，为别有用心的谣言制造者添加。&quot;&gt;testing agencies demonstration and the surrounding areas. &quot;[Truth] official website original no genetically modified] words, add rumors manufacturer for ulterior motives. &lt;/span&gt;&lt;span d=&quot;[9] 谣言十七科学家已经证明，食用转基因食物会导致后代的生育能力丧失！&quot; f=&quot;[9] rumors seventeen scientists have proved that the GM diet will lead to the loss of fertility of the offspring! &quot; title=&quot;[9] 谣言十七科学家已经证明，食用转基因食物会导致后代的生育能力丧失！&quot;&gt;[9] rumors seventeen scientists have proved that the GM diet will lead to the loss of fertility of the offspring! &lt;/span&gt;&lt;span d=&quot;并且发现实验中食用转基因食物的第三代仓鼠有畸形，嘴里竟然长毛了！&quot; f=&quot;And found that the consumption of genetically modified food, the third generation of hamsters deformity, his mouth turned long-haired! &quot; title=&quot;并且发现实验中食用转基因食物的第三代仓鼠有畸形，嘴里竟然长毛了！&quot;&gt;And found that the consumption of genetically modified food, the third generation of hamsters deformity, his mouth turned long-haired! &lt;/span&gt;&lt;span d=&quot;转基因食物绝对有害！&quot; f=&quot;Genetically modified food is absolutely harmful! &quot; title=&quot;转基因食物绝对有害！&quot;&gt;Genetically modified food is absolutely harmful! &lt;/span&gt;&lt;span d=&quot;【真相】未发表论文，作者自己都只是“猜测”而已[10]编辑本段存在争议争议报道&quot; f=&quot;[Truth] unpublished papers of their own are just &amp;quot;guess&amp;quot;. [10] Edit this paragraph controversial controversy reported
&quot; title=&quot;【真相】未发表论文，作者自己都只是“猜测”而已[10]编辑本段存在争议争议报道&quot;&gt;[Truth] unpublished papers of their own are just &quot;guess&quot;. [10] Edit this paragraph controversial controversy reported&lt;/span&gt;&lt;span d=&quot;法国拍摄记录片《孟山都的转基因世界》（另译：孟山都公司眼中的世界，孟山都的首创：毒剂和基因）The World According To Monsanto (2008) 美国拍摄纪录片《食品公司》Food Inc. (2008)&quot; f=&quot;France shooting the documentary &amp;quot;Monsanto are the transferred genes World&amp;quot; (another translation: The World According to Monsanto, Monsanto are the first: agents and genes) of The World According To Monsanto (2008) United States shooting the documentary &amp;quot;Food Company&amp;quot; Food Inc.. (2008)
&quot; title=&quot;法国拍摄记录片《孟山都的转基因世界》（另译：孟山都公司眼中的世界，孟山都的首创：毒剂和基因）The World According To Monsanto (2008) 美国拍摄纪录片《食品公司》Food Inc. (2008)&quot;&gt;France shooting the documentary &quot;Monsanto are the transferred genes World&quot; (another translation: The World According to Monsanto, Monsanto are the first: agents and genes) of The World According To Monsanto (2008) United States shooting the documentary &quot;Food Company&quot; Food Inc.. (2008)&lt;/span&gt;&lt;span d=&quot;学者批评&quot; f=&quot;Scholars criticized
&quot; title=&quot;学者批评&quot;&gt;Scholars criticized&lt;/span&gt;&lt;span d=&quot;威廉·恩道尔（F. William Engdahl），旅德经济学家、地缘政治学者，著有《石油战争：石油政治决定世界新秩序》、《粮食危机：一场不为人知的阴谋》等多&quot; f=&quot;William Grace Doyle (F. William Engdahl), Tour de economists, geopolitics, with a &amp;quot;war for oil: oil politics decide the new world order&amp;quot; food crisis: a dark conspiracy &amp;quot; &quot; title=&quot;威廉·恩道尔（F. William Engdahl），旅德经济学家、地缘政治学者，著有《石油战争：石油政治决定世界新秩序》、《粮食危机：一场不为人知的阴谋》等多&quot;&gt;William Grace Doyle (F. William Engdahl), Tour de economists, geopolitics, with a &quot;war for oil: oil politics decide the new world order&quot; food crisis: a dark conspiracy &quot; &lt;/span&gt;&lt;span d=&quot;部畅销书。&quot; f=&quot;best-selling books. &quot; title=&quot;部畅销书。&quot;&gt;best-selling books. &lt;/span&gt;&lt;span d=&quot;在《粮食危机》一书中，恩道尔表示少数人正围绕粮食进行一场不为多数人所察觉的阴谋，他们以转基因工程研究为手段，实现对大豆、水稻等大规模农作物和鸡、&quot; f=&quot;&amp;quot;Food crisis,&amp;quot; a book, ex Doyle said a small number of people being around food for a not for most people aware of the conspiracy, and their the the transgenic engineering studies as a means to achieve large-scale soybean, rice and other crops and chicken &quot; title=&quot;在《粮食危机》一书中，恩道尔表示少数人正围绕粮食进行一场不为多数人所察觉的阴谋，他们以转基因工程研究为手段，实现对大豆、水稻等大规模农作物和鸡、&quot;&gt;&quot;Food crisis,&quot; a book, ex Doyle said a small number of people being around food for a not for most people aware of the conspiracy, and their the the transgenic engineering studies as a means to achieve large-scale soybean, rice and other crops and chicken &lt;/span&gt;&lt;span d=&quot;奶牛等重要家禽家畜产品的控制。&quot; f=&quot;cows and other important control of poultry and livestock products. &quot; title=&quot;奶牛等重要家禽家畜产品的控制。&quot;&gt;cows and other important control of poultry and livestock products. &lt;/span&gt;&lt;span d=&quot;他还说：“没有证据表明转基因种子及与其配套的农药能够提高产量，种植转基因作物也不会减少农药的使用量，实际上栽培转基因作物一段时间以后，除草剂的使用量不是减少而是增多&quot; f=&quot;He added: &amp;quot;There is no evidence that genetically modified seeds and its supporting pesticide to increase production, the cultivation of genetically modified crops will not reduce the amount of pesticide use, cultivation actually turn after a period of time of genetically modified crops, herbicide use is not reduced but increased &quot; title=&quot;他还说：“没有证据表明转基因种子及与其配套的农药能够提高产量，种植转基因作物也不会减少农药的使用量，实际上栽培转基因作物一段时间以后，除草剂的使用量不是减少而是增多&quot;&gt;He added: &quot;There is no evidence that genetically modified seeds and its supporting pesticide to increase production, the cultivation of genetically modified crops will not reduce the amount of pesticide use, cultivation actually turn after a period of time of genetically modified crops, herbicide use is not reduced but increased &lt;/span&gt;&lt;span d=&quot;。[11]&quot; f=&quot;[11]
&quot; title=&quot;。[11]&quot;&gt;[11]&lt;/span&gt;&lt;span d=&quot;争议事件&quot; f=&quot;Controversy
&quot; title=&quot;争议事件&quot;&gt;Controversy&lt;/span&gt;&lt;span d=&quot;转基因水稻争议转基因水稻从实验室走向田野广受世人关注的转基因水稻研究正从实验室走向田野，记者最近从中国水稻研究所获悉，转基因水稻已进入大田释放阶段，现正申请商品化生产。&quot; f=&quot;The the transgenic rice controversial genetically modified rice from the laboratory to the field wide world attention transgenic rice research from the laboratory to the field, reporter recently learned from the China National Rice Research Institute, transgenic rice has entered the stage of field release, is applying for commercial production. &quot; title=&quot;转基因水稻争议转基因水稻从实验室走向田野广受世人关注的转基因水稻研究正从实验室走向田野，记者最近从中国水稻研究所获悉，转基因水稻已进入大田释放阶段，现正申请商品化生产。&quot;&gt;The the transgenic rice controversial genetically modified rice from the laboratory to the field wide world attention transgenic rice research from the laboratory to the field, reporter recently learned from the China National Rice Research Institute, transgenic rice has entered the stage of field release, is applying for commercial production. &lt;/span&gt;&lt;span d=&quot;1996年，中国水稻研究所以黄大年研究员为首的课题组，在世界上首次研究出了抗除草剂转基因杂交稻，为解决长期以来困扰杂交稻制种纯度问题提供了新方法。&quot; f=&quot;In 1996, China National Rice Research Task Force, led by researcher Huang Danian, the first time in the world developed herbicide-resistant transgenic hybrid rice, hybrid rice seed production purity is to address the long-troubled provides a new method. &quot; title=&quot;1996年，中国水稻研究所以黄大年研究员为首的课题组，在世界上首次研究出了抗除草剂转基因杂交稻，为解决长期以来困扰杂交稻制种纯度问题提供了新方法。&quot;&gt;In 1996, China National Rice Research Task Force, led by researcher Huang Danian, the first time in the world developed herbicide-resistant transgenic hybrid rice, hybrid rice seed production purity is to address the long-troubled provides a new method. &lt;/span&gt;&lt;span d=&quot;这项成果名列由中国500位两院院士评选出的“1997年中国十大科技进展”榜首。&quot; f=&quot;This achievement among the top 500 academicians from China selected the &amp;quot;1997 China&#39;s top ten scientific and technological progress. &quot; title=&quot;这项成果名列由中国500位两院院士评选出的“1997年中国十大科技进展”榜首。&quot;&gt;This achievement among the top 500 academicians from China selected the &quot;1997 China&#39;s top ten scientific and technological progress. &lt;/span&gt;&lt;span d=&quot;之后，课题组又成功配制出抗除草剂转基因直播水稻，可省工省时除尽稻田杂草。&quot; f=&quot;After that, the research group&#39;s successful preparation of a herbicide-resistant transgenic seeded rice, saving time and labor divisible weeds. &quot; title=&quot;之后，课题组又成功配制出抗除草剂转基因直播水稻，可省工省时除尽稻田杂草。&quot;&gt;After that, the research group&#39;s successful preparation of a herbicide-resistant transgenic seeded rice, saving time and labor divisible weeds. &lt;/span&gt;&lt;span d=&quot;中国水稻所与浙江钱江生物化学股份有限公司联合组建了浙江金穗农业基因工程有限公司，正式拉开了将转基因水稻推向产业化的序幕。&quot; f=&quot;Chinese rice and Zhejiang Qianjiang Biochemical Co., Ltd. jointly set up by the Zhejiang Golden Harvest Agricultural Genetic Engineering Co., Ltd., officially opened the transgenic rice to industrialization prelude. &quot; title=&quot;中国水稻所与浙江钱江生物化学股份有限公司联合组建了浙江金穗农业基因工程有限公司，正式拉开了将转基因水稻推向产业化的序幕。&quot;&gt;Chinese rice and Zhejiang Qianjiang Biochemical Co., Ltd. jointly set up by the Zhejiang Golden Harvest Agricultural Genetic Engineering Co., Ltd., officially opened the transgenic rice to industrialization prelude. &lt;/span&gt;&lt;span d=&quot;黄大年等人已选育出一批优良的转基因水稻组合和新品系，经农业部基因产品安全委员会的安全审定和批准，这些新品种已开始在浙江的富阳、临安、丽水等地进行继实验室&quot; f=&quot;Huang Danian et al has bred a number of excellent transgenic rice mix and new lines, following laboratory validated and approved by the the Gene Product Safety Commission, the Ministry of Agriculture, security, these new varieties has begun in Fuyang, Lin&#39;an of Zhejiang, Lishui &quot; title=&quot;黄大年等人已选育出一批优良的转基因水稻组合和新品系，经农业部基因产品安全委员会的安全审定和批准，这些新品种已开始在浙江的富阳、临安、丽水等地进行继实验室&quot;&gt;Huang Danian et al has bred a number of excellent transgenic rice mix and new lines, following laboratory validated and approved by the the Gene Product Safety Commission, the Ministry of Agriculture, security, these new varieties has begun in Fuyang, Lin&#39;an of Zhejiang, Lishui &lt;/span&gt;&lt;span d=&quot;研究和中间试验后的大田释放和试种示范，并正在向有关部门申请商品化生产。&quot; f=&quot;Research and intermediate test field release and try to grow demonstration, and are to apply to the authorities for commercial production. &quot; title=&quot;研究和中间试验后的大田释放和试种示范，并正在向有关部门申请商品化生产。&quot;&gt;Research and intermediate test field release and try to grow demonstration, and are to apply to the authorities for commercial production. &lt;/span&gt;&lt;span d=&quot;转基因食品你敢吃吗？&quot; f=&quot;You dare eat genetically modified foods? &quot; title=&quot;转基因食品你敢吃吗？&quot;&gt;You dare eat genetically modified foods? &lt;/span&gt;&lt;span d=&quot;2000年3月，克隆小猪“横空出世”。&quot; f=&quot;In March 2000, the cloned piglets &amp;quot;turned out.&amp;quot; &quot; title=&quot;2000年3月，克隆小猪“横空出世”。&quot;&gt;In March 2000, the cloned piglets &quot;turned out.&quot; &lt;/span&gt;&lt;span d=&quot;随之而来，欧美之间也为转基因食品吃与不吃的问题争论不休。&quot; f=&quot;Followed by Europe and the United States between genetically modified foods to eat and do not eat the issues debated. &quot; title=&quot;随之而来，欧美之间也为转基因食品吃与不吃的问题争论不休。&quot;&gt;Followed by Europe and the United States between genetically modified foods to eat and do not eat the issues debated. &lt;/span&gt;&lt;span d=&quot;随着中国加入WTO和全球经济一体化的到来，转基因食品已经被不知不觉渗透到人民生活的各个部分。&quot; f=&quot;With the arrival of China&#39;s accession to the WTO and global economic integration, the genetically modified foods have been unknowingly penetrate into the various parts of the life of the people. &quot; title=&quot;随着中国加入WTO和全球经济一体化的到来，转基因食品已经被不知不觉渗透到人民生活的各个部分。&quot;&gt;With the arrival of China&#39;s accession to the WTO and global economic integration, the genetically modified foods have been unknowingly penetrate into the various parts of the life of the people. &lt;/span&gt;&lt;span d=&quot;那么，什么是转基因食品？&quot; f=&quot;So, what are genetically modified foods? &quot; title=&quot;那么，什么是转基因食品？&quot;&gt;So, what are genetically modified foods? &lt;/span&gt;&lt;span d=&quot;转基因食品到底能不能吃？&quot; f=&quot;Genetically modified foods in the end can not eat? &quot; title=&quot;转基因食品到底能不能吃？&quot;&gt;Genetically modified foods in the end can not eat? &lt;/span&gt;&lt;span d=&quot;巴西坚果事件巴西坚果（Bertholletia excelsa）中有一种富含甲硫氨酸和半胱氨酸的蛋白质2S albumin。&quot; f=&quot;Brazil nuts, Brazil nuts events (Bertholletia excelsa) rich in methionine and cysteine ​​protein 2S albumin. &quot; title=&quot;巴西坚果事件巴西坚果（Bertholletia excelsa）中有一种富含甲硫氨酸和半胱氨酸的蛋白质2S albumin。&quot;&gt;Brazil nuts, Brazil nuts events (Bertholletia excelsa) rich in methionine and cysteine ​​protein 2S albumin. &lt;/span&gt;&lt;span d=&quot;为提高大豆的营养品质，1994年1月，美国先锋（Pioneer）种子公司的科研人员尝试了将巴西坚果中编码蛋白质2S albumin的基因转入大豆中（文章摘要发表于《细胞生物化学杂志》Journal&quot; f=&quot;In order to improve the nutritional quality of soybeans, in January 1994, the American Pioneer (Pioneer) seed company researchers try Brazil nuts encoded protein 2S albumin gene into soybean (Abstract published in the Journal of Cellular Biochemistry Journal &quot; title=&quot;为提高大豆的营养品质，1994年1月，美国先锋（Pioneer）种子公司的科研人员尝试了将巴西坚果中编码蛋白质2S albumin的基因转入大豆中（文章摘要发表于《细胞生物化学杂志》Journal&quot;&gt;In order to improve the nutritional quality of soybeans, in January 1994, the American Pioneer (Pioneer) seed company researchers try Brazil nuts encoded protein 2S albumin gene into soybean (Abstract published in the Journal of Cellular Biochemistry Journal &lt;/span&gt;&lt;span d=&quot;of Cellular Biochemistry,1994,Suppl 18A: 78）。&quot; f=&quot;of Cellular Biochemistry, 1994, Suppl 18A: 78). &quot; title=&quot;of Cellular Biochemistry,1994,Suppl 18A: 78）。&quot;&gt;of Cellular Biochemistry, 1994, Suppl 18A: 78). &lt;/span&gt;&lt;span d=&quot;但是，他们意识到一些人对巴西坚果有过敏反应，随即对转入编码蛋白质2S albumin的基因的大豆进行了测试，发现对巴西坚果过敏的人同样会对这种大豆过敏，蛋白质2S albumin可能正&quot; f=&quot;However, they realize that some people are allergic to Brazil nuts, then transferred to the encoded protein soybean 2S albumin gene testing, found that people allergic to Brazil nuts also may be soy allergies, protein 2S albumin positive &quot; title=&quot;但是，他们意识到一些人对巴西坚果有过敏反应，随即对转入编码蛋白质2S albumin的基因的大豆进行了测试，发现对巴西坚果过敏的人同样会对这种大豆过敏，蛋白质2S albumin可能正&quot;&gt;However, they realize that some people are allergic to Brazil nuts, then transferred to the encoded protein soybean 2S albumin gene testing, found that people allergic to Brazil nuts also may be soy allergies, protein 2S albumin positive &lt;/span&gt;&lt;span d=&quot;是巴西坚果中的主要过敏原（研究结果发表于《新英格兰医学杂志》The New England Journal of Medicine,1996,334:688-692 ）。&quot; f=&quot;major allergen Brazil nuts (findings published in the New England Journal of Medicine The New England Journal of Medicine ,1996,334:688-692). &quot; title=&quot;是巴西坚果中的主要过敏原（研究结果发表于《新英格兰医学杂志》The New England Journal of Medicine,1996,334:688-692 ）。&quot;&gt;major allergen Brazil nuts (findings published in the New England Journal of Medicine The New England Journal of Medicine ,1996,334:688-692). &lt;/span&gt;&lt;span d=&quot;于是先锋种子公司取消了这项研究计划。&quot; f=&quot;So the Pioneer seed company canceled the plan of this study. &quot; title=&quot;于是先锋种子公司取消了这项研究计划。&quot;&gt;So the Pioneer seed company canceled the plan of this study. &lt;/span&gt;&lt;span d=&quot;此事却被说成是“转基因大豆引起食物过敏”。&quot; f=&quot;The matter but it is said to be &amp;quot;genetically modified soybeans cause food allergies. &quot; title=&quot;此事却被说成是“转基因大豆引起食物过敏”。&quot;&gt;The matter but it is said to be &quot;genetically modified soybeans cause food allergies. &lt;/span&gt;&lt;span d=&quot;“巴西坚果事件”也是迄今所发现的唯一因过敏而未被商业化的转基因食品案例。&quot; f=&quot;Brazil nuts events and so far found only not been commercialized due to allergies and genetically modified foods case. &quot; title=&quot;“巴西坚果事件”也是迄今所发现的唯一因过敏而未被商业化的转基因食品案例。&quot;&gt;Brazil nuts events and so far found only not been commercialized due to allergies and genetically modified foods case. &lt;/span&gt;&lt;span d=&quot;其实，国际上已有关于产生过敏反应的食品及其有关基因的清单。&quot; f=&quot;In fact, there produce allergic reaction to food and its related gene list. &quot; title=&quot;其实，国际上已有关于产生过敏反应的食品及其有关基因的清单。&quot;&gt;In fact, there produce allergic reaction to food and its related gene list. &lt;/span&gt;&lt;span d=&quot;在研究转基因作物时，研究人员首先不能采用这些过敏性食品的基因；对转基因作物制造的新蛋白质，需对其化学成分和结构与已知500多种过敏原作对比，如果具有相似性，也将&quot; f=&quot;The study of genetically modified crops, the researchers first used the genes of these allergic food; manufacture of new proteins of genetically modified crops, the need of their chemical composition and structure of the known 500 allergy original comparison with similar, &quot; title=&quot;在研究转基因作物时，研究人员首先不能采用这些过敏性食品的基因；对转基因作物制造的新蛋白质，需对其化学成分和结构与已知500多种过敏原作对比，如果具有相似性，也将&quot;&gt;The study of genetically modified crops, the researchers first used the genes of these allergic food; manufacture of new proteins of genetically modified crops, the need of their chemical composition and structure of the known 500 allergy original comparison with similar, &lt;/span&gt;&lt;span d=&quot;会被放弃；另外，对外源基因形成的新蛋白要进行消化速度检测，如果不能快速地被消化，也不能供食用。&quot; f=&quot;will be abandoned; addition, exogenous gene formed protein digestion speed detection, if you can not be digested quickly, can not for human consumption. &quot; title=&quot;会被放弃；另外，对外源基因形成的新蛋白要进行消化速度检测，如果不能快速地被消化，也不能供食用。&quot;&gt;will be abandoned; addition, exogenous gene formed protein digestion speed detection, if you can not be digested quickly, can not for human consumption. &lt;/span&gt;&lt;span d=&quot;普斯泰事件“普斯泰（Pusztai）”事件，被认为是引爆转基因农作物安全性激辩的舆论转折点。&quot; f=&quot;Pu Sitai event Pusi Tai (Pusztai) &amp;quot;event, that is detonated the safety of genetically modified crops and robust debate of public opinion turning point. &quot; title=&quot;普斯泰事件“普斯泰（Pusztai）”事件，被认为是引爆转基因农作物安全性激辩的舆论转折点。&quot;&gt;Pu Sitai event Pusi Tai (Pusztai) &quot;event, that is detonated the safety of genetically modified crops and robust debate of public opinion turning point. &lt;/span&gt;&lt;span d=&quot;1998年秋天，苏格兰Rowett研究所的科学家阿帕得·普斯泰（Arpad Pusztai）通过电视台发表讲话，称他在实验中用转雪花莲凝集素基因的马铃薯喂食大鼠，随后，大鼠“体重&quot; f=&quot;The fall of 1998, Scotland Rowett Research Institute scientist ARPANET was Pusi Tai (Arpad Pusztai) through the television speech, said his turn in the experiment with snowdrop lectin gene of potato feeding rats, Subsequently, the rats&#39; body weight &quot; title=&quot;1998年秋天，苏格兰Rowett研究所的科学家阿帕得·普斯泰（Arpad Pusztai）通过电视台发表讲话，称他在实验中用转雪花莲凝集素基因的马铃薯喂食大鼠，随后，大鼠“体重&quot;&gt;The fall of 1998, Scotland Rowett Research Institute scientist ARPANET was Pusi Tai (Arpad Pusztai) through the television speech, said his turn in the experiment with snowdrop lectin gene of potato feeding rats, Subsequently, the rats&#39; body weight &lt;/span&gt;&lt;span d=&quot;和器官重量严重减轻，免疫系统受到破坏”。&quot; f=&quot;and organ weights seriously mitigate the damage to the immune system. &amp;quot; &quot; title=&quot;和器官重量严重减轻，免疫系统受到破坏”。&quot;&gt;and organ weights seriously mitigate the damage to the immune system. &quot; &lt;/span&gt;&lt;span d=&quot;此言一出，即引起国际轰动，在绿色和平等环保NGO的推动下，欧洲掀起反转基因食物热潮。&quot; f=&quot;Remark, that caused an international sensation a green and environmental NGO&#39;s to promote equality, Europe set off the anti-GM food craze. &quot; title=&quot;此言一出，即引起国际轰动，在绿色和平等环保NGO的推动下，欧洲掀起反转基因食物热潮。&quot;&gt;Remark, that caused an international sensation a green and environmental NGO&#39;s to promote equality, Europe set off the anti-GM food craze. &lt;/span&gt;&lt;span d=&quot;然而时隔不久，普斯泰的实验遭到了质疑。&quot; f=&quot;However long after Pusi Tai experiment was questioned. &quot; title=&quot;然而时隔不久，普斯泰的实验遭到了质疑。&quot;&gt;However long after Pusi Tai experiment was questioned. &lt;/span&gt;&lt;span d=&quot;据称，他是在尚未完成实验，并且没有发表数据的情况下，就贸然通过媒体向公众传播其结论的。&quot; f=&quot;Allegedly, he is not yet completed the experiment, and no published data on the rush to the public through the media to disseminate their conclusions. &quot; title=&quot;据称，他是在尚未完成实验，并且没有发表数据的情况下，就贸然通过媒体向公众传播其结论的。&quot;&gt;Allegedly, he is not yet completed the experiment, and no published data on the rush to the public through the media to disseminate their conclusions. &lt;/span&gt;&lt;span d=&quot;他研究的转基因土豆是由他自己构建的，在当时根本没有上市的可能，不存在宣传实验的任何紧迫性。&quot; f=&quot;He studied transgenic potatoes is to build his own, did not listed may not exist any publicity experiments urgency. &quot; title=&quot;他研究的转基因土豆是由他自己构建的，在当时根本没有上市的可能，不存在宣传实验的任何紧迫性。&quot;&gt;He studied transgenic potatoes is to build his own, did not listed may not exist any publicity experiments urgency. &lt;/span&gt;&lt;span d=&quot;英国皇家学会对“普斯泰事件”高度重视，组织专家对该实验展开同行评审。&quot; f=&quot;Royal Society Pusi Tai event &amp;quot;attaches great importance to the organization of expert peer review of the experiment commenced. &quot; title=&quot;英国皇家学会对“普斯泰事件”高度重视，组织专家对该实验展开同行评审。&quot;&gt;Royal Society Pusi Tai event &quot;attaches great importance to the organization of expert peer review of the experiment commenced. &lt;/span&gt;&lt;span d=&quot;1999年5月，评审报告指出普斯泰的实验包含6方面的失误和缺陷：不能确定转基因与非转基因马铃薯的化学成分有差异；对食用转基因马铃薯的大鼠，未补充蛋白质以防止饥饿；供&quot; f=&quot;In May 1999, the assessment report that Pu Sitai the experiment contains 6 of mistakes and defects: can not determine transgenic there are differences in the chemical composition of non-transgenic potato; rats of eating genetically modified potatoes, add protein to prevent hunger; for &quot; title=&quot;1999年5月，评审报告指出普斯泰的实验包含6方面的失误和缺陷：不能确定转基因与非转基因马铃薯的化学成分有差异；对食用转基因马铃薯的大鼠，未补充蛋白质以防止饥饿；供&quot;&gt;In May 1999, the assessment report that Pu Sitai the experiment contains 6 of mistakes and defects: can not determine transgenic there are differences in the chemical composition of non-transgenic potato; rats of eating genetically modified potatoes, add protein to prevent hunger; for &lt;/span&gt;&lt;span d=&quot;实验用的动物数量少，饲喂几种不同的食物，且都不是大鼠的标准食物，欠缺统计学意义；实验设计差，未作双盲测定；统计方法不当；实验结果无一致性。&quot; f=&quot;small number of experimental animals fed several different foods, and not the standard of food rats, the lack of statistical significance; poor experimental design, and not a double-blind determination; inappropriate statistical methods; consistency with the experimental results. &quot; title=&quot;实验用的动物数量少，饲喂几种不同的食物，且都不是大鼠的标准食物，欠缺统计学意义；实验设计差，未作双盲测定；统计方法不当；实验结果无一致性。&quot;&gt;small number of experimental animals fed several different foods, and not the standard of food rats, the lack of statistical significance; poor experimental design, and not a double-blind determination; inappropriate statistical methods; consistency with the experimental results. &lt;/span&gt;&lt;span d=&quot;不久之后，Rowett研究所宣布普斯泰提前退休，并不再对其言论负责。&quot; f=&quot;Soon after, Rowett Institute announced Pu Sitai early retirement, and no longer his remarks. &quot; title=&quot;不久之后，Rowett研究所宣布普斯泰提前退休，并不再对其言论负责。&quot;&gt;Soon after, Rowett Institute announced Pu Sitai early retirement, and no longer his remarks. &lt;/span&gt;&lt;span d=&quot;转基因玉米事件（一） 法国分子内分泌学家Seralini及其同事在2009年第7期《国际生物科学学报》上发表文章，讨论给老鼠喂食三种孟山都（Monsanto）公司转基因玉米的实验和分析结论。&quot; f=&quot;Transferred gene maize events (a) France molecular endocrinology scientist Seralini their colleagues 7th, 2009 international biological science of &amp;quot;published articles, discuss to mice fed three kinds Meng Mountain are (Monsanto) turn modified corn of experiments and analysis conclusions. &quot; title=&quot;转基因玉米事件（一） 法国分子内分泌学家Seralini及其同事在2009年第7期《国际生物科学学报》上发表文章，讨论给老鼠喂食三种孟山都（Monsanto）公司转基因玉米的实验和分析结论。&quot;&gt;Transferred gene maize events (a) France molecular endocrinology scientist Seralini their colleagues 7th, 2009 international biological science of &quot;published articles, discuss to mice fed three kinds Meng Mountain are (Monsanto) turn modified corn of experiments and analysis conclusions. &lt;/span&gt;&lt;span d=&quot;文中指出，老鼠在食用转基因玉米三个月后，其肝脏、肾脏和心脏功能均受到一定程度的不良影响。&quot; f=&quot;The article pointed out that the mice eating GM corn for three months, his liver, kidney and heart functions are subject to some degree of adverse effects. &quot; title=&quot;文中指出，老鼠在食用转基因玉米三个月后，其肝脏、肾脏和心脏功能均受到一定程度的不良影响。&quot;&gt;The article pointed out that the mice eating GM corn for three months, his liver, kidney and heart functions are subject to some degree of adverse effects. &lt;/span&gt;&lt;span d=&quot;该文章发表后，很快便受到了一些同行科学家及监管机构的批评。&quot; f=&quot;This article was published soon after they has been criticized by some fellow scientists and regulatory agencies. &quot; title=&quot;该文章发表后，很快便受到了一些同行科学家及监管机构的批评。&quot;&gt;This article was published soon after they has been criticized by some fellow scientists and regulatory agencies. &lt;/span&gt;&lt;span d=&quot;最大的质疑在于，Seralini等人的实验结果并非建立在亲自对老鼠进行独立实验的基础之上，文中进行统计分析的数据，其实来源自孟山都公司之前的实验，他们仅仅是对数据选择了不合适&quot; f=&quot;The biggest challenge is that the experimental results, etc. According to Seralini, one of the scientists who are not established the basis of person independent experiments on rats, the statistical analysis of the data in the text, in fact, derived from Monsanto before the experiment, they just select an inappropriate data&quot; title=&quot;最大的质疑在于，Seralini等人的实验结果并非建立在亲自对老鼠进行独立实验的基础之上，文中进行统计分析的数据，其实来源自孟山都公司之前的实验，他们仅仅是对数据选择了不合适&quot;&gt;The biggest challenge is that the experimental results, etc. According to Seralini, one of the scientists who are not established the basis of person independent experiments on rats, the statistical analysis of the data in the text, in fact, derived from Monsanto before the experiment, they just select an inappropriate data&lt;/span&gt;</content><link rel='replies' type='application/atom+xml' href='http://lewisjohn001.blogspot.com/feeds/3893066116720070650/comments/default' title='博文评论'/><link rel='replies' type='text/html' href='http://lewisjohn001.blogspot.com/2012/09/transgenic-technology_7.html#comment-form' title='0 条评论'/><link rel='edit' type='application/atom+xml' href='http://www.blogger.com/feeds/6102065772563696208/posts/default/3893066116720070650'/><link rel='self' type='application/atom+xml' href='http://www.blogger.com/feeds/6102065772563696208/posts/default/3893066116720070650'/><link rel='alternate' type='text/html' href='http://lewisjohn001.blogspot.com/2012/09/transgenic-technology_7.html' title='Transgenic technology'/><author><name>Anonymous</name><uri>http://www.blogger.com/profile/16940981728739398495</uri><email>noreply@blogger.com</email><gd:image rel='http://schemas.google.com/g/2005#thumbnail' width='16' height='16' src='https://img1.blogblog.com/img/b16-rounded.gif'/></author><thr:total>0</thr:total></entry><entry><id>tag:blogger.com,1999:blog-6102065772563696208.post-557763497980675475</id><published>2012-09-07T05:54:00.001-07:00</published><updated>2012-09-07T05:54:54.941-07:00</updated><title type='text'>Transgenic technology</title><content type='html'>&lt;span d=&quot;转基因技术是将人工分离和修饰过的基因导入到生物体基因组中，由于导入基因的表达，引起生物体的性状的可遗传的修饰，这一技术称之为转基因技术（Transgene technology）。&quot; f=&quot;Transgenic technology is the manual separation and the modified gene is introduced into the organisms genome, due to the expression of the introduced gene, causing modification of the genetic traits of the organism can be, this technique is referred to as transgenic technology (at Transgene technology). &quot; title=&quot;转基因技术是将人工分离和修饰过的基因导入到生物体基因组中，由于导入基因的表达，引起生物体的性状的可遗传的修饰，这一技术称之为转基因技术（Transgene technology）。&quot;&gt;Transgenic technology is the manual separation and the modified gene is introduced into the organisms genome, due to the expression of the introduced gene, causing modification of the genetic traits of the organism can be, this technique is referred to as transgenic technology (at Transgene technology). &lt;/span&gt;&lt;span d=&quot;人们常说的&amp;quot;遗传工程&amp;quot;、&amp;quot;基因工程&amp;quot;、&amp;quot;遗传转化&amp;quot;均为转基因的同义词。&quot; f=&quot;Commonly known as &amp;quot;genetic engineering, genetic engineering, genetic transformation are transgenic synonym. &quot; title=&quot;人们常说的&amp;quot;遗传工程&amp;quot;、&amp;quot;基因工程&amp;quot;、&amp;quot;遗传转化&amp;quot;均为转基因的同义词。&quot;&gt;Commonly known as &quot;genetic engineering, genetic engineering, genetic transformation are transgenic synonym. &lt;/span&gt;&lt;span d=&quot;经转基因技术修饰的生物体在媒体上常被称为&amp;quot;遗传修饰过的生物体&amp;quot;（Genetically modified organism，简称GMO）。&quot; f=&quot;Modified organisms by transgenic technology is often referred to in the media &amp;quot;genetically modified organisms&amp;quot; (Genetically modified organism, GMO). &quot; title=&quot;经转基因技术修饰的生物体在媒体上常被称为&amp;quot;遗传修饰过的生物体&amp;quot;（Genetically modified organism，简称GMO）。&quot;&gt;Modified organisms by transgenic technology is often referred to in the media &quot;genetically modified organisms&quot; (Genetically modified organism, GMO). &lt;/span&gt;&lt;span d=&quot;2012年8月30日，国际环保组织绿色和平向媒体披露美国塔夫茨大学用中国儿童做转基因大米试验，该大学已经承认。&quot; f=&quot;August 30, 2012, the international environmental organization Greenpeace disclosed to the media, Tufts University, USA Chinese children transgenic rice experiment, the university has admitted.

&quot; title=&quot;2012年8月30日，国际环保组织绿色和平向媒体披露美国塔夫茨大学用中国儿童做转基因大米试验，该大学已经承认。&quot;&gt;August 30, 2012, the international environmental organization Greenpeace disclosed to the media, Tufts University, USA Chinese children transgenic rice experiment, the university has admitted.&lt;br /&gt;&lt;/span&gt;&lt;span d=&quot;目录&quot; f=&quot;Directory

&quot; title=&quot;目录&quot;&gt;Directory&lt;br /&gt;&lt;/span&gt;&lt;span d=&quot;名词介绍 转基因&quot; f=&quot;The nouns Introduction of genetically modified
&quot; title=&quot;名词介绍 转基因&quot;&gt;The nouns Introduction of genetically modified&lt;/span&gt;&lt;span d=&quot;技术介绍&quot; f=&quot;Technical presentations
&quot; title=&quot;技术介绍&quot;&gt;Technical presentations&lt;/span&gt;&lt;span d=&quot;转基因生物&quot; f=&quot;GMOs
&quot; title=&quot;转基因生物&quot;&gt;GMOs&lt;/span&gt;&lt;span d=&quot;转基因食品&quot; f=&quot;Genetically modified foods
&quot; title=&quot;转基因食品&quot;&gt;Genetically modified foods&lt;/span&gt;&lt;span d=&quot;转基因商业化&quot; f=&quot;Transgenic commercialization
&quot; title=&quot;转基因商业化&quot;&gt;Transgenic commercialization&lt;/span&gt;&lt;span d=&quot;技术发展&quot; f=&quot;Technological development
&quot; title=&quot;技术发展&quot;&gt;Technological development&lt;/span&gt;&lt;span d=&quot;植物常用方法 农杆菌介导转化法&quot; f=&quot;The plant common method for Agrobacterium-mediated transformation method
&quot; title=&quot;植物常用方法 农杆菌介导转化法&quot;&gt;The plant common method for Agrobacterium-mediated transformation method&lt;/span&gt;&lt;span d=&quot;花粉管通道法&quot; f=&quot;Pollen tube pathway
&quot; title=&quot;花粉管通道法&quot;&gt;Pollen tube pathway&lt;/span&gt;&lt;span d=&quot;基因枪法&quot; f=&quot;Biolistic
&quot; title=&quot;基因枪法&quot;&gt;Biolistic&lt;/span&gt;&lt;span d=&quot;动物常用技术 核显微注射法&quot; f=&quot;Animals commonly used technology nuclear microinjection
&quot; title=&quot;动物常用技术 核显微注射法&quot;&gt;Animals commonly used technology nuclear microinjection&lt;/span&gt;&lt;span d=&quot;精子介导转基因法&quot; f=&quot;Sperm-mediated gene transfection
&quot; title=&quot;精子介导转基因法&quot;&gt;Sperm-mediated gene transfection&lt;/span&gt;&lt;span d=&quot;核移植转基因法&quot; f=&quot;Nuclear transplant transgenic method
&quot; title=&quot;核移植转基因法&quot;&gt;Nuclear transplant transgenic method&lt;/span&gt;&lt;span d=&quot;体细胞核移植法&quot; f=&quot;Somatic cell nuclear transplantation
&quot; title=&quot;体细胞核移植法&quot;&gt;Somatic cell nuclear transplantation&lt;/span&gt;&lt;span d=&quot;转基因技术与传统技术 转基因植物&quot; f=&quot;Transgenic technology and traditional technology of transgenic plants
&quot; title=&quot;转基因技术与传统技术 转基因植物&quot;&gt;Transgenic technology and traditional technology of transgenic plants&lt;/span&gt;&lt;span d=&quot;转基因动物&quot; f=&quot;Transgenic animals
&quot; title=&quot;转基因动物&quot;&gt;Transgenic animals&lt;/span&gt;&lt;span d=&quot;重要影响 对现实生活&quot; f=&quot;An important impact on the real life
&quot; title=&quot;重要影响 对现实生活&quot;&gt;An important impact on the real life&lt;/span&gt;&lt;span d=&quot;对生态物种&quot; f=&quot;Ecological species
&quot; title=&quot;对生态物种&quot;&gt;Ecological species&lt;/span&gt;&lt;span d=&quot;对环境系统&quot; f=&quot;Environmental Systems
&quot; title=&quot;对环境系统&quot;&gt;Environmental Systems&lt;/span&gt;&lt;span d=&quot;技术应用&quot; f=&quot;Technology applications
&quot; title=&quot;技术应用&quot;&gt;Technology applications&lt;/span&gt;&lt;span d=&quot;谣言及辟谣&quot; f=&quot;Rumors and rumor
&quot; title=&quot;谣言及辟谣&quot;&gt;Rumors and rumor&lt;/span&gt;&lt;span d=&quot;存在争议 争议报道&quot; f=&quot;Controversial dispute reports
&quot; title=&quot;存在争议 争议报道&quot;&gt;Controversial dispute reports&lt;/span&gt;&lt;span d=&quot;学者批评&quot; f=&quot;Scholars criticized
&quot; title=&quot;学者批评&quot;&gt;Scholars criticized&lt;/span&gt;&lt;span d=&quot;争议事件&quot; f=&quot;Controversy
&quot; title=&quot;争议事件&quot;&gt;Controversy&lt;/span&gt;&lt;span d=&quot;知识扩展&quot; f=&quot;Knowledge expansion
&quot; title=&quot;知识扩展&quot;&gt;Knowledge expansion&lt;/span&gt;&lt;span d=&quot;展开 名词介绍 转基因&quot; f=&quot;Expand nouns introduced transgenic
&quot; title=&quot;展开 名词介绍 转基因&quot;&gt;Expand nouns introduced transgenic&lt;/span&gt;&lt;span d=&quot;技术介绍&quot; f=&quot;Technical presentations
&quot; title=&quot;技术介绍&quot;&gt;Technical presentations&lt;/span&gt;&lt;span d=&quot;转基因生物&quot; f=&quot;GMOs
&quot; title=&quot;转基因生物&quot;&gt;GMOs&lt;/span&gt;&lt;span d=&quot;转基因食品&quot; f=&quot;Genetically modified foods
&quot; title=&quot;转基因食品&quot;&gt;Genetically modified foods&lt;/span&gt;&lt;span d=&quot;转基因商业化&quot; f=&quot;Transgenic commercialization
&quot; title=&quot;转基因商业化&quot;&gt;Transgenic commercialization&lt;/span&gt;&lt;span d=&quot;技术发展&quot; f=&quot;Technological development
&quot; title=&quot;技术发展&quot;&gt;Technological development&lt;/span&gt;&lt;span d=&quot;植物常用方法 农杆菌介导转化法&quot; f=&quot;The plant common method for Agrobacterium-mediated transformation method
&quot; title=&quot;植物常用方法 农杆菌介导转化法&quot;&gt;The plant common method for Agrobacterium-mediated transformation method&lt;/span&gt;&lt;span d=&quot;花粉管通道法&quot; f=&quot;Pollen tube pathway
&quot; title=&quot;花粉管通道法&quot;&gt;Pollen tube pathway&lt;/span&gt;&lt;span d=&quot;基因枪法&quot; f=&quot;Biolistic
&quot; title=&quot;基因枪法&quot;&gt;Biolistic&lt;/span&gt;&lt;span d=&quot;动物常用技术 核显微注射法&quot; f=&quot;Animals commonly used technology nuclear microinjection
&quot; title=&quot;动物常用技术 核显微注射法&quot;&gt;Animals commonly used technology nuclear microinjection&lt;/span&gt;&lt;span d=&quot;精子介导转基因法&quot; f=&quot;Sperm-mediated gene transfection
&quot; title=&quot;精子介导转基因法&quot;&gt;Sperm-mediated gene transfection&lt;/span&gt;&lt;span d=&quot;核移植转基因法&quot; f=&quot;Nuclear transplant transgenic method
&quot; title=&quot;核移植转基因法&quot;&gt;Nuclear transplant transgenic method&lt;/span&gt;&lt;span d=&quot;体细胞核移植法&quot; f=&quot;Somatic cell nuclear transplantation
&quot; title=&quot;体细胞核移植法&quot;&gt;Somatic cell nuclear transplantation&lt;/span&gt;&lt;span d=&quot;转基因技术与传统技术 转基因植物&quot; f=&quot;Transgenic technology and traditional technology of transgenic plants
&quot; title=&quot;转基因技术与传统技术 转基因植物&quot;&gt;Transgenic technology and traditional technology of transgenic plants&lt;/span&gt;&lt;span d=&quot;转基因动物&quot; f=&quot;Transgenic animals
&quot; title=&quot;转基因动物&quot;&gt;Transgenic animals&lt;/span&gt;&lt;span d=&quot;重要影响 对现实生活&quot; f=&quot;An important impact on the real life
&quot; title=&quot;重要影响 对现实生活&quot;&gt;An important impact on the real life&lt;/span&gt;&lt;span d=&quot;对生态物种&quot; f=&quot;Ecological species
&quot; title=&quot;对生态物种&quot;&gt;Ecological species&lt;/span&gt;&lt;span d=&quot;对环境系统&quot; f=&quot;Environmental Systems
&quot; title=&quot;对环境系统&quot;&gt;Environmental Systems&lt;/span&gt;&lt;span d=&quot;技术应用&quot; f=&quot;Technology applications
&quot; title=&quot;技术应用&quot;&gt;Technology applications&lt;/span&gt;&lt;span d=&quot;谣言及辟谣&quot; f=&quot;Rumors and rumor
&quot; title=&quot;谣言及辟谣&quot;&gt;Rumors and rumor&lt;/span&gt;&lt;span d=&quot;存在争议 争议报道&quot; f=&quot;Controversial dispute reports
&quot; title=&quot;存在争议 争议报道&quot;&gt;Controversial dispute reports&lt;/span&gt;&lt;span d=&quot;学者批评&quot; f=&quot;Scholars criticized
&quot; title=&quot;学者批评&quot;&gt;Scholars criticized&lt;/span&gt;&lt;span d=&quot;争议事件&quot; f=&quot;Controversy
&quot; title=&quot;争议事件&quot;&gt;Controversy&lt;/span&gt;&lt;span d=&quot;知识扩展&quot; f=&quot;Knowledge expansion
&quot; title=&quot;知识扩展&quot;&gt;Knowledge expansion&lt;/span&gt;&lt;span d=&quot;展开 编辑本段名词介绍转基因&quot; f=&quot;To expand Edit this paragraph noun introduced transgenic
&quot; title=&quot;展开 编辑本段名词介绍转基因&quot;&gt;To expand Edit this paragraph noun introduced transgenic&lt;/span&gt;&lt;span d=&quot;Genetically Modified——转基因，简称GM。&quot; f=&quot;Genetically Modified - genetically modified (GM). &quot; title=&quot;Genetically Modified——转基因，简称GM。&quot;&gt;Genetically Modified - genetically modified (GM). &lt;/span&gt;&lt;span d=&quot;是指运用科学手段从某种生物中提取所需要的基因，将其转入另一种生物中，使与另一种生物的基因进行重组，从而产生特定的具有变异遗传性状的物质。&quot; f=&quot;Refers to the use of scientific means genes extracted from a biological need to be transferred to another organism, the restructuring with the genes of another organism, resulting in particular with the substance of the variability of genetic traits. &quot; title=&quot;是指运用科学手段从某种生物中提取所需要的基因，将其转入另一种生物中，使与另一种生物的基因进行重组，从而产生特定的具有变异遗传性状的物质。&quot;&gt;Refers to the use of scientific means genes extracted from a biological need to be transferred to another organism, the restructuring with the genes of another organism, resulting in particular with the substance of the variability of genetic traits. &lt;/span&gt;&lt;span d=&quot;利用转基因技术可以改变动植物性状，培育新品种。&quot; f=&quot;The use of transgenic technology can change the traits of animals and plants, breeding new varieties. &quot; title=&quot;利用转基因技术可以改变动植物性状，培育新品种。&quot;&gt;The use of transgenic technology can change the traits of animals and plants, breeding new varieties. &lt;/span&gt;&lt;span d=&quot;也可以利用其它生物体培育出期望的生物制品，用于医药、食品等方面。&quot; f=&quot;Other organisms breed desired biological products can also be used for medicine, food and other aspects. &quot; title=&quot;也可以利用其它生物体培育出期望的生物制品，用于医药、食品等方面。&quot;&gt;Other organisms breed desired biological products can also be used for medicine, food and other aspects. &lt;/span&gt;&lt;span d=&quot;[1] 转基因分类转基因按照途径可分为人工转基因和自然转基因，按照对象可分为植物转基因和动物转基因。&quot; f=&quot;[1] genetically modified genetically modified classification in accordance with the pathway can be divided into artificial transgenic and natural transgenic plant transgenic and transgenic animals can be divided in accordance with the object. &quot; title=&quot;[1] 转基因分类转基因按照途径可分为人工转基因和自然转基因，按照对象可分为植物转基因和动物转基因。&quot;&gt;[1] genetically modified genetically modified classification in accordance with the pathway can be divided into artificial transgenic and natural transgenic plant transgenic and transgenic animals can be divided in accordance with the object. &lt;/span&gt;&lt;span d=&quot;人工转基因将人工分离和修饰过的基因导入到生物体基因组中，由于导入基因的表达，引起生物体的性状的可遗传的修饰，这一技术称之为转基因技术（Transgene technology）。&quot; f=&quot;Artificial transgenic manual separation and the modified gene is introduced into the organisms genome, due to the expression of the introduced gene, causing the traits of the organism a genetic modification, this technique is called transgenic technology (at Transgene technology). &quot; title=&quot;人工转基因将人工分离和修饰过的基因导入到生物体基因组中，由于导入基因的表达，引起生物体的性状的可遗传的修饰，这一技术称之为转基因技术（Transgene technology）。&quot;&gt;Artificial transgenic manual separation and the modified gene is introduced into the organisms genome, due to the expression of the introduced gene, causing the traits of the organism a genetic modification, this technique is called transgenic technology (at Transgene technology). &lt;/span&gt;&lt;span d=&quot;人们常说的“遗传工程”、“基因工程”、“遗传转化”均为转基因的同义词。&quot; f=&quot;Commonly known as &amp;quot;genetic engineering, genetic engineering, genetic transformation are transgenic synonym. &quot; title=&quot;人们常说的“遗传工程”、“基因工程”、“遗传转化”均为转基因的同义词。&quot;&gt;Commonly known as &quot;genetic engineering, genetic engineering, genetic transformation are transgenic synonym. &lt;/span&gt;&lt;span d=&quot;经转基因技术修饰的生物体在媒体上常被称为“遗传修饰过的生物体”（Genetically modified organism，简称GMO）。&quot; f=&quot;Modified organisms by transgenic technology is often referred to in the media &amp;quot;genetically modified organisms&amp;quot; (Genetically modified organism, GMO). &quot; title=&quot;经转基因技术修饰的生物体在媒体上常被称为“遗传修饰过的生物体”（Genetically modified organism，简称GMO）。&quot;&gt;Modified organisms by transgenic technology is often referred to in the media &quot;genetically modified organisms&quot; (Genetically modified organism, GMO). &lt;/span&gt;&lt;span d=&quot;自然转基因不是人为导向的，自然界里动物或植物自主形成的转基因。&quot; f=&quot;Nature the transgenic is not a human-oriented, independent transgenic animal or plant nature. &quot; title=&quot;自然转基因不是人为导向的，自然界里动物或植物自主形成的转基因。&quot;&gt;Nature the transgenic is not a human-oriented, independent transgenic animal or plant nature. &lt;/span&gt;&lt;span d=&quot;植物转基因植物转基因是基因组中含有外源基因的植物。&quot; f=&quot;The plants transgenic plant transgenic plants containing the exogenous gene in the genome. &quot; title=&quot;植物转基因植物转基因是基因组中含有外源基因的植物。&quot;&gt;The plants transgenic plant transgenic plants containing the exogenous gene in the genome. &lt;/span&gt;&lt;span d=&quot;它可通过原生质体融合、细胞重组、遗传物质转移、染色体工程技术获得，有可能改变植物的某些遗传特性，培育高产、优质、抗病毒、抗虫、抗寒、抗旱、抗涝、抗盐&quot; f=&quot;By protoplast fusion and cell reorganization, transfer of genetic material, chromosome engineering technology, it is possible to change some of the genetic characteristics of the plant, cultivate high-yield, high-quality, anti-viral, insect resistance, cold, drought, waterlogging, salt &quot; title=&quot;它可通过原生质体融合、细胞重组、遗传物质转移、染色体工程技术获得，有可能改变植物的某些遗传特性，培育高产、优质、抗病毒、抗虫、抗寒、抗旱、抗涝、抗盐&quot;&gt;By protoplast fusion and cell reorganization, transfer of genetic material, chromosome engineering technology, it is possible to change some of the genetic characteristics of the plant, cultivate high-yield, high-quality, anti-viral, insect resistance, cold, drought, waterlogging, salt &lt;/span&gt;&lt;span d=&quot;碱、抗除草剂等的作物新品种。&quot; f=&quot;alkali, such as herbicide-resistant crop varieties. &quot; title=&quot;碱、抗除草剂等的作物新品种。&quot;&gt;alkali, such as herbicide-resistant crop varieties. &lt;/span&gt;&lt;span d=&quot;而且可用转基因植物或离体培养的细胞，来生产外源基因的表达产物，如人的生长素、胰岛素、干扰素、白介素2、表皮生长因子、乙型肝炎疫苗等基因已在转基因植物中得到&quot; f=&quot;And can be used to genetically modified plants or cultured cells in vitro, and the production of exogenous gene expression products, such as human growth hormone, insulin, interferon, interleukin-2, epidermal growth factor, hepatitis B vaccine and other genes in transgenic plants &quot; title=&quot;而且可用转基因植物或离体培养的细胞，来生产外源基因的表达产物，如人的生长素、胰岛素、干扰素、白介素2、表皮生长因子、乙型肝炎疫苗等基因已在转基因植物中得到&quot;&gt;And can be used to genetically modified plants or cultured cells in vitro, and the production of exogenous gene expression products, such as human growth hormone, insulin, interferon, interleukin-2, epidermal growth factor, hepatitis B vaccine and other genes in transgenic plants &lt;/span&gt;&lt;span d=&quot;表达。&quot; f=&quot;expressed. &quot; title=&quot;表达。&quot;&gt;expressed. &lt;/span&gt;&lt;span d=&quot;动物转基因动物转基因就是基因组中含有外源基因的动物。&quot; f=&quot;Animals Transgenic animals containing the exogenous gene in the genome of transgenic animals. &quot; title=&quot;动物转基因动物转基因就是基因组中含有外源基因的动物。&quot;&gt;Animals Transgenic animals containing the exogenous gene in the genome of transgenic animals. &lt;/span&gt;&lt;span d=&quot;它是按照预先的设计，通过细胞融合、细胞重组、遗传物质转移、染色体工程和基因工程技术将外源基因导入精子、卵细胞或受精卵，再以生殖工程技术，有可能育成转基因动物。&quot; f=&quot;It is in accordance with the pre-design through cell fusion and cell reorganization, transfer of genetic material, chromosome engineering and genetic engineering techniques exogenous gene into sperm, egg or fertilized reproductive engineering, bred transgenic animals. &quot; title=&quot;它是按照预先的设计，通过细胞融合、细胞重组、遗传物质转移、染色体工程和基因工程技术将外源基因导入精子、卵细胞或受精卵，再以生殖工程技术，有可能育成转基因动物。&quot;&gt;It is in accordance with the pre-design through cell fusion and cell reorganization, transfer of genetic material, chromosome engineering and genetic engineering techniques exogenous gene into sperm, egg or fertilized reproductive engineering, bred transgenic animals. &lt;/span&gt;&lt;span d=&quot;通过生长素基因、多产基因、促卵素基因、高泌乳量基因、瘦肉型基因、角蛋白基因、抗寄生虫基因、抗病毒基因等基因转移，可能育成生长周期短，产仔、生&quot; f=&quot;Auxin genes, prolific gene, promote egg gene, high milk yield gene, lean type gene, keratin genes, anti-parasite genes, gene transfer of antiviral genes, may be bred short growth cycle, calving, Health &quot; title=&quot;通过生长素基因、多产基因、促卵素基因、高泌乳量基因、瘦肉型基因、角蛋白基因、抗寄生虫基因、抗病毒基因等基因转移，可能育成生长周期短，产仔、生&quot;&gt;Auxin genes, prolific gene, promote egg gene, high milk yield gene, lean type gene, keratin genes, anti-parasite genes, gene transfer of antiviral genes, may be bred short growth cycle, calving, Health &lt;/span&gt;&lt;span d=&quot;蛋多和泌乳量高，转基因超级鼠比普通老鼠大约一倍。&quot; f=&quot;more eggs, and milk yield, genetically modified super rat than ordinary mice approximately doubled. &quot; title=&quot;蛋多和泌乳量高，转基因超级鼠比普通老鼠大约一倍。&quot;&gt;more eggs, and milk yield, genetically modified super rat than ordinary mice approximately doubled. &lt;/span&gt;&lt;span d=&quot;生产的肉类、皮毛品质与加工性能好，并具有抗病性，已在牛、羊、猪、鸡、鱼等家养动物中取得一定成果。&quot; f=&quot;Meat production, good the fur quality with processing performance and resistance, and has made some achievements in domestic animals such as cattle, sheep, pigs, chickens, fish. &quot; title=&quot;生产的肉类、皮毛品质与加工性能好，并具有抗病性，已在牛、羊、猪、鸡、鱼等家养动物中取得一定成果。&quot;&gt;Meat production, good the fur quality with processing performance and resistance, and has made some achievements in domestic animals such as cattle, sheep, pigs, chickens, fish. &lt;/span&gt;&lt;span d=&quot;但由于转基因动物受遗传镶嵌性和杂合性的影响，其有性生殖后代变异较大，难以形成稳定遗传的转基因品系。&quot; f=&quot;Transgenic animals by genetic mosaic and heterozygous sexual reproduction offspring variation, it is difficult to form a stable transgenic lines of genetic. &quot; title=&quot;但由于转基因动物受遗传镶嵌性和杂合性的影响，其有性生殖后代变异较大，难以形成稳定遗传的转基因品系。&quot;&gt;Transgenic animals by genetic mosaic and heterozygous sexual reproduction offspring variation, it is difficult to form a stable transgenic lines of genetic. &lt;/span&gt;&lt;span d=&quot;因而，尝试从受体动物细胞中分离出线粒体，以外源基因对其进行离体转化，再将转基因线粒体导入受精卵，所发育成的转基因动物雌性个体外培养的卵细胞与任一雄性个体交配或&quot; f=&quot;Thus, try out of mitochondria isolated from the recipient animal cells, the exogenous gene be transformed in vitro, and then transgenic mitochondrial import fertilized eggs develop into a transgenic animal females cultured egg and Renyi Xiong individual mating or &quot; title=&quot;因而，尝试从受体动物细胞中分离出线粒体，以外源基因对其进行离体转化，再将转基因线粒体导入受精卵，所发育成的转基因动物雌性个体外培养的卵细胞与任一雄性个体交配或&quot;&gt;Thus, try out of mitochondria isolated from the recipient animal cells, the exogenous gene be transformed in vitro, and then transgenic mitochondrial import fertilized eggs develop into a transgenic animal females cultured egg and Renyi Xiong individual mating or &lt;/span&gt;&lt;span d=&quot;体外人工授精，由于线粒体的细胞质遗传，其有性后代可能全都是转基因个体。&quot; f=&quot;artificial insemination, in vitro, mitochondrial cytoplasmic sexual offspring may all transgenic individuals. &quot; title=&quot;体外人工授精，由于线粒体的细胞质遗传，其有性后代可能全都是转基因个体。&quot;&gt;artificial insemination, in vitro, mitochondrial cytoplasmic sexual offspring may all transgenic individuals. &lt;/span&gt;&lt;span d=&quot;[2]&quot; f=&quot;[2]
&quot; title=&quot;[2]&quot;&gt;[2]&lt;/span&gt;&lt;span d=&quot;技术介绍&quot; f=&quot;Technical presentations
&quot; title=&quot;技术介绍&quot;&gt;Technical presentations&lt;/span&gt;&lt;span d=&quot;转基因技术就是将人工分离和修饰过的基因导入到目的生物体的基因组中，从而达到改造生物的目的。&quot; f=&quot;Transgenic technology is the manual separation and the modified gene introduced into the genome of the organism of the destination, so as to achieve the purpose of the modified organisms. &quot; title=&quot;转基因技术就是将人工分离和修饰过的基因导入到目的生物体的基因组中，从而达到改造生物的目的。&quot;&gt;Transgenic technology is the manual separation and the modified gene introduced into the genome of the organism of the destination, so as to achieve the purpose of the modified organisms. &lt;/span&gt;&lt;span d=&quot;转基因技术就是把一个生物体的基因转移到另一个生物体DNA中的生物技术。&quot; f=&quot;GM technology is transferred to an organism&#39;s genes in the DNA of another organism biotechnology. &quot; title=&quot;转基因技术就是把一个生物体的基因转移到另一个生物体DNA中的生物技术。&quot;&gt;GM technology is transferred to an organism&#39;s genes in the DNA of another organism biotechnology. &lt;/span&gt;&lt;span d=&quot;常用的方法和工具包括显微注射、基因枪、电破法、脂质体等。&quot; f=&quot;The commonly used methods and tools, including microinjection, gene gun, electric Spellbreaker liposomes. &quot; title=&quot;常用的方法和工具包括显微注射、基因枪、电破法、脂质体等。&quot;&gt;The commonly used methods and tools, including microinjection, gene gun, electric Spellbreaker liposomes. &lt;/span&gt;&lt;span d=&quot;转基因最初用于研究基因的功能，即把外源基因导入受体生物体基因组内（一般为模式生物，如拟南芥或斑马鱼等），观察生物体表现出的性状，达到揭示基因功能的&quot; f=&quot;Transgenic initially used to study gene function, exogenous genes into the recipient organism genome (generally model organisms such as Arabidopsis or zebra fish), observed organisms exhibit traits achieve reveal gene function &quot; title=&quot;转基因最初用于研究基因的功能，即把外源基因导入受体生物体基因组内（一般为模式生物，如拟南芥或斑马鱼等），观察生物体表现出的性状，达到揭示基因功能的&quot;&gt;Transgenic initially used to study gene function, exogenous genes into the recipient organism genome (generally model organisms such as Arabidopsis or zebra fish), observed organisms exhibit traits achieve reveal gene function &lt;/span&gt;&lt;span d=&quot;目的。&quot; f=&quot;purposes. &quot; title=&quot;目的。&quot;&gt;purposes. &lt;/span&gt;&lt;span d=&quot;[3]&quot; f=&quot;[3]
&quot; title=&quot;[3]&quot;&gt;[3]&lt;/span&gt;&lt;span d=&quot;转基因生物&quot; f=&quot;GMOs
&quot; title=&quot;转基因生物&quot;&gt;GMOs&lt;/span&gt;&lt;span d=&quot;经转基因技术修饰的生物体，在媒体上常被称为Genetically Modified Organism——遗传基因被改造修饰过的生物体，或者叫做转基因生物，简称GMO。&quot; f=&quot;Genetically Modified Organism - genetic transformation modified organisms, or called genetically modified organisms, referred to as the GMO by transgenic technology modified organisms, often referred to in the media. &quot; title=&quot;经转基因技术修饰的生物体，在媒体上常被称为Genetically Modified Organism——遗传基因被改造修饰过的生物体，或者叫做转基因生物，简称GMO。&quot;&gt;Genetically Modified Organism - genetic transformation modified organisms, or called genetically modified organisms, referred to as the GMO by transgenic technology modified organisms, often referred to in the media. &lt;/span&gt;&lt;span d=&quot;[4]&quot; f=&quot;[4]
&quot; title=&quot;[4]&quot;&gt;[4]&lt;/span&gt;&lt;span d=&quot;转基因食品&quot; f=&quot;Genetically modified foods
&quot; title=&quot;转基因食品&quot;&gt;Genetically modified foods&lt;/span&gt;&lt;span d=&quot;跨国食品公司，通过基因改造技术(转基因技术)，制造出基因改造食品（转基因食品），因其安全性未确定，尚有争议。&quot; f=&quot;Multinational food company, through genetic modification techniques (transgenic technology), manufacturing GMF (genetically modified food), remains controversial because of its security undetermined. &quot; title=&quot;跨国食品公司，通过基因改造技术(转基因技术)，制造出基因改造食品（转基因食品），因其安全性未确定，尚有争议。&quot;&gt;Multinational food company, through genetic modification techniques (transgenic technology), manufacturing GMF (genetically modified food), remains controversial because of its security undetermined. &lt;/span&gt;&lt;span d=&quot;通常的做法是，向农作物体的遗传细胞核内的DNA螺旋结构内注入特定转基因物质，使之具有特定的遗传特性。&quot; f=&quot;The usual practice is that the injection of the specific transgenic material, so that it has a specific genetic characteristics to the the crops genetic intranuclear DNA helix structure. &quot; title=&quot;通常的做法是，向农作物体的遗传细胞核内的DNA螺旋结构内注入特定转基因物质，使之具有特定的遗传特性。&quot;&gt;The usual practice is that the injection of the specific transgenic material, so that it has a specific genetic characteristics to the the crops genetic intranuclear DNA helix structure. &lt;/span&gt;&lt;span d=&quot;通常是注入转Bt基因和转Ht基因。&quot; f=&quot;Usually injected with Bt genes and turn Ht gene. &quot; title=&quot;通常是注入转Bt基因和转Ht基因。&quot;&gt;Usually injected with Bt genes and turn Ht gene. &lt;/span&gt;&lt;span d=&quot;转Bt基因，使农作物具有抗病虫害的特性。&quot; f=&quot;Bt transgenic crops pest-resistant characteristics. &quot; title=&quot;转Bt基因，使农作物具有抗病虫害的特性。&quot;&gt;Bt transgenic crops pest-resistant characteristics. &lt;/span&gt;&lt;span d=&quot;转Ht基因，使农作物具有抗除草剂的特性。&quot; f=&quot;Turn Ht genes make the crops with herbicide-resistant characteristics. &quot; title=&quot;转Ht基因，使农作物具有抗除草剂的特性。&quot;&gt;Turn Ht genes make the crops with herbicide-resistant characteristics. &lt;/span&gt;&lt;span d=&quot;转基因食品的由来所谓转基因食品，就是利用分子生物学技术，将某些生物的基因转移到其它物种中去，改造生物的遗传物质，使其在性状、营养品质、消费品质方面向人类所需要的&quot; f=&quot;The origin of the so-called genetically modified food genetically modified foods, is the use of molecular biology techniques, certain biological gene transfer to other species, genetic material modified organisms to human traits, nutritional quality, consumer-quality &quot; title=&quot;转基因食品的由来所谓转基因食品，就是利用分子生物学技术，将某些生物的基因转移到其它物种中去，改造生物的遗传物质，使其在性状、营养品质、消费品质方面向人类所需要的&quot;&gt;The origin of the so-called genetically modified food genetically modified foods, is the use of molecular biology techniques, certain biological gene transfer to other species, genetic material modified organisms to human traits, nutritional quality, consumer-quality &lt;/span&gt;&lt;span d=&quot;目标转变，以转基因生物为直接食品或为原料加工生产的食品就是转基因食品。&quot; f=&quot;target changes to genetically modified organisms for direct food or for the production of raw materials processed food is genetically modified food. &quot; title=&quot;目标转变，以转基因生物为直接食品或为原料加工生产的食品就是转基因食品。&quot;&gt;target changes to genetically modified organisms for direct food or for the production of raw materials processed food is genetically modified food. &lt;/span&gt;&lt;span d=&quot;它的研究已有几十年的历史，但真正的商业化是近十年的事。&quot; f=&quot;The history of it has been studied for decades, but the real business of nearly a decade. &quot; title=&quot;它的研究已有几十年的历史，但真正的商业化是近十年的事。&quot;&gt;The history of it has been studied for decades, but the real business of nearly a decade. &lt;/span&gt;&lt;span d=&quot;90年代初，市场上第一个转基因食品出现在美国，是一种保鲜番茄，这项研究成果本是在英国研究成功的，但英国人没敢将其商业化，美国人便成了第一&quot; f=&quot;The early 1990s, the first to market a genetically modified foods in the United States, is a fresh tomato, this research is the successful study in the United Kingdom, but the British did not dare to commercialization, the Americans became the first &quot; title=&quot;90年代初，市场上第一个转基因食品出现在美国，是一种保鲜番茄，这项研究成果本是在英国研究成功的，但英国人没敢将其商业化，美国人便成了第一&quot;&gt;The early 1990s, the first to market a genetically modified foods in the United States, is a fresh tomato, this research is the successful study in the United Kingdom, but the British did not dare to commercialization, the Americans became the first &lt;/span&gt;&lt;span d=&quot;个吃螃蟹的人，让保守的英国人后悔不迭。&quot; f=&quot;a person to eat crab, conservative Britons regret not cope. &quot; title=&quot;个吃螃蟹的人，让保守的英国人后悔不迭。&quot;&gt;a person to eat crab, conservative Britons regret not cope. &lt;/span&gt;&lt;span d=&quot;此后，转基因食品一发不可收。&quot; f=&quot;Since then, genetically modified foods is rampant. &quot; title=&quot;此后，转基因食品一发不可收。&quot;&gt;Since then, genetically modified foods is rampant. &lt;/span&gt;&lt;span d=&quot;据统计，美国食品和药物管理局确定的转基因品种已有43种。&quot; f=&quot;According to statistics, 43 kinds of transgenic varieties have been identified by the U.S. Food and Drug Administration (FDA). &quot; title=&quot;据统计，美国食品和药物管理局确定的转基因品种已有43种。&quot;&gt;According to statistics, 43 kinds of transgenic varieties have been identified by the U.S. Food and Drug Administration (FDA). &lt;/span&gt;&lt;span d=&quot;编辑本段转基因商业化必须慎重对待转基因主粮商业化生产&quot; f=&quot;Edit this paragraph transgenic commercialization of the commercial production of genetically modified staple food to be taken seriously
&quot; title=&quot;编辑本段转基因商业化必须慎重对待转基因主粮商业化生产&quot;&gt;Edit this paragraph transgenic commercialization of the commercial production of genetically modified staple food to be taken seriously&lt;/span&gt;&lt;span d=&quot;2009年11月27日，农业部批准了“华恢1号”、“Bt汕优63”两种转基因水稻，一种BVLA430101转基因玉米的安全证书，两个产品分别限在湖北省和山东省生产&quot; f=&quot;November 27, 2009, approved by the Ministry of Agriculture, the 1st Huahui Bt Shanyou 63 &amp;quot;two kinds of transgenic rice to a BVLA430101 of transgenic maize security certificate, two products were limited production in Hubei Province and Shandong Province &quot; title=&quot;2009年11月27日，农业部批准了“华恢1号”、“Bt汕优63”两种转基因水稻，一种BVLA430101转基因玉米的安全证书，两个产品分别限在湖北省和山东省生产&quot;&gt;November 27, 2009, approved by the Ministry of Agriculture, the 1st Huahui Bt Shanyou 63 &quot;two kinds of transgenic rice to a BVLA430101 of transgenic maize security certificate, two products were limited production in Hubei Province and Shandong Province &lt;/span&gt;&lt;span d=&quot;应用。&quot; f=&quot;Application. &quot; title=&quot;应用。&quot;&gt;Application. &lt;/span&gt;&lt;span d=&quot;获得两个转基因水稻安全证书的是华中农业大学张启发教授及其同事。&quot; f=&quot;Obtained two transgenic rice security certificate Huazhong Agricultural University, Professor Zhang Qifa and colleagues. &quot; title=&quot;获得两个转基因水稻安全证书的是华中农业大学张启发教授及其同事。&quot;&gt;Obtained two transgenic rice security certificate Huazhong Agricultural University, Professor Zhang Qifa and colleagues. &lt;/span&gt;&lt;span d=&quot;这是中国首次为转基因水稻颁发安全证书，也是全球首次为转基因主粮发放安全证书。&quot; f=&quot;This is the first time China issued safety certificates for genetically modified rice, the world&#39;s first genetically modified staple food issued a security certificate. &quot; title=&quot;这是中国首次为转基因水稻颁发安全证书，也是全球首次为转基因主粮发放安全证书。&quot;&gt;This is the first time China issued safety certificates for genetically modified rice, the world&#39;s first genetically modified staple food issued a security certificate. &lt;/span&gt;&lt;span d=&quot;但是，有关转基因水稻商业化种植的消息引来了各种担忧，也引起了部分网民的强烈反对。&quot; f=&quot;However, the commercial cultivation of genetically modified rice news led to a variety of concerns, also caused strong opposition from some netizens. &quot; title=&quot;但是，有关转基因水稻商业化种植的消息引来了各种担忧，也引起了部分网民的强烈反对。&quot;&gt;However, the commercial cultivation of genetically modified rice news led to a variety of concerns, also caused strong opposition from some netizens. &lt;/span&gt;&lt;span d=&quot;中国于2000年8月8日签署了《国际生物多样性公约》下的《卡塔赫纳生物安全议定书》，国务院于2005年4月27日批准了该议定书，中国正式成为缔约方。&quot; f=&quot;On August 8, 2000, China signed the International Convention on Biological Diversity &amp;quot;under the Cartagena Protocol on Biosafety, the State Council ratified the Protocol on April 27, 2005, China officially became the Parties. &quot; title=&quot;中国于2000年8月8日签署了《国际生物多样性公约》下的《卡塔赫纳生物安全议定书》，国务院于2005年4月27日批准了该议定书，中国正式成为缔约方。&quot;&gt;On August 8, 2000, China signed the International Convention on Biological Diversity &quot;under the Cartagena Protocol on Biosafety, the State Council ratified the Protocol on April 27, 2005, China officially became the Parties. &lt;/span&gt;&lt;span d=&quot;议定书的目标是保证转基因生物及其产品的安全性，尽量减少其潜在的对生物多样性和人体健康可能造成的损害，在缺乏足够科学依据的情况下，可对他国试图入境的转基因生物及产品&quot; f=&quot;The objective of the Protocol is to ensure that the transferred gene biological and its product&#39;s security, to minimize its potential for biodiversity and human health may be caused by the damage, in the absence of sufficient scientific basis, can other countries trying to entry transgenic biological and products &quot; title=&quot;议定书的目标是保证转基因生物及其产品的安全性，尽量减少其潜在的对生物多样性和人体健康可能造成的损害，在缺乏足够科学依据的情况下，可对他国试图入境的转基因生物及产品&quot;&gt;The objective of the Protocol is to ensure that the transferred gene biological and its product&#39;s security, to minimize its potential for biodiversity and human health may be caused by the damage, in the absence of sufficient scientific basis, can other countries trying to entry transgenic biological and products &lt;/span&gt;&lt;span d=&quot;采取严格的限制与禁入措施。&quot; f=&quot;strict restrictions and banned measures. &quot; title=&quot;采取严格的限制与禁入措施。&quot;&gt;strict restrictions and banned measures. &lt;/span&gt;&lt;span d=&quot;该公约的第23条规定，对转基因生物要进行严格的风险评估、风险管理和增加决策的透明度和公众参与，应在决策过程中征求公众意见，向公众通报结果。&quot; f=&quot;The provisions of Article 23 of the Convention, the genetically modified organisms to conduct rigorous risk assessment, risk management and increased decision-making, transparency and public participation in the decision-making process for public comment, to inform the public of the results. &quot; title=&quot;该公约的第23条规定，对转基因生物要进行严格的风险评估、风险管理和增加决策的透明度和公众参与，应在决策过程中征求公众意见，向公众通报结果。&quot;&gt;The provisions of Article 23 of the Convention, the genetically modified organisms to conduct rigorous risk assessment, risk management and increased decision-making, transparency and public participation in the decision-making process for public comment, to inform the public of the results. &lt;/span&gt;&lt;span d=&quot;但是，关于我们13亿人民主粮的水稻进行转基因商业化生产，农业部根本就没有向公众征求意见。&quot; f=&quot;However, about 1.3 billion people staple rice for commercial production of genetically modified, Ministry of Agriculture, there is no public comment. &quot; title=&quot;但是，关于我们13亿人民主粮的水稻进行转基因商业化生产，农业部根本就没有向公众征求意见。&quot;&gt;However, about 1.3 billion people staple rice for commercial production of genetically modified, Ministry of Agriculture, there is no public comment. &lt;/span&gt;&lt;span d=&quot;转基因商业化的重点在商业化，资本控制而不仅仅在于转基因技术。&quot; f=&quot;Transgenic commercialization focus lies not only in commercialization, capital controls and transgenic technology. &quot; title=&quot;转基因商业化的重点在商业化，资本控制而不仅仅在于转基因技术。&quot;&gt;Transgenic commercialization focus lies not only in commercialization, capital controls and transgenic technology. &lt;/span&gt;&lt;span d=&quot;在现阶段，为避免急功近利，避免出现转基因品种危害事件瞒报，避免严重侵害公众利益的事件不断发生，必须控制所有的商业化品种都一步步地控制规模，从全盘管理转基因商业化这件事&quot; f=&quot;At this stage, to avoid the quick success, to avoid genetically modified varieties cheat, or hazardous events to avoid seriously infringe on the interests of the public events continue to occur, must control all commercial varieties are a step-by-step control scale, from the overall management of transgenic commercialization it &quot; title=&quot;在现阶段，为避免急功近利，避免出现转基因品种危害事件瞒报，避免严重侵害公众利益的事件不断发生，必须控制所有的商业化品种都一步步地控制规模，从全盘管理转基因商业化这件事&quot;&gt;At this stage, to avoid the quick success, to avoid genetically modified varieties cheat, or hazardous events to avoid seriously infringe on the interests of the public events continue to occur, must control all commercial varieties are a step-by-step control scale, from the overall management of transgenic commercialization it &lt;/span&gt;&lt;span d=&quot;，对低水平的重复必须整合深化、对国内的研究必须给予保护引导以便它们可以与大资本支持的国外项目抗衡、必须从生态，生物多样性、稳定性，从中国农业、农产品加工行业、人&quot; f=&quot;, must integrate low-level duplicated deepening domestic research must be given to protect the boot so that they can compete with large foreign capital support project, from ecology, bio-diversity, stability, from China in agriculture, agro-processing industry, &quot; title=&quot;，对低水平的重复必须整合深化、对国内的研究必须给予保护引导以便它们可以与大资本支持的国外项目抗衡、必须从生态，生物多样性、稳定性，从中国农业、农产品加工行业、人&quot;&gt;, must integrate low-level duplicated deepening domestic research must be given to protect the boot so that they can compete with large foreign capital support project, from ecology, bio-diversity, stability, from China in agriculture, agro-processing industry, &lt;/span&gt;&lt;span d=&quot;业人口等等方面考虑积极主动地管理转基因项目立项和品种安全性。&quot; f=&quot;the economically active population, and so consider the proactive management of project approval and varieties of transgenic security. &quot; title=&quot;业人口等等方面考虑积极主动地管理转基因项目立项和品种安全性。&quot;&gt;the economically active population, and so consider the proactive management of project approval and varieties of transgenic security. &lt;/span&gt;&lt;span d=&quot;随着转基因问题日益成为热点，越来越多的人开始关注转基因，但是同时也出现了关于转基因的诸多争议。&quot; f=&quot;With the transgenic increasingly become a hot, more and more people begin to pay attention to genetically modified, but there has also been a lot of controversy about genetically modified. &quot; title=&quot;随着转基因问题日益成为热点，越来越多的人开始关注转基因，但是同时也出现了关于转基因的诸多争议。&quot;&gt;With the transgenic increasingly become a hot, more and more people begin to pay attention to genetically modified, but there has also been a lot of controversy about genetically modified. &lt;/span&gt;&lt;span d=&quot;越来越多的反对声音告诉我们，转基因食品存在着巨大争议。&quot; f=&quot;The growing number of dissenting voices tell us that there is a huge controversy of genetically modified foods. &quot; title=&quot;越来越多的反对声音告诉我们，转基因食品存在着巨大争议。&quot;&gt;The growing number of dissenting voices tell us that there is a huge controversy of genetically modified foods. &lt;/span&gt;&lt;span d=&quot;随着国际众多科研机构对转基因食品的调查，发现转基因食品确实会带来众多对人体健康的不确定性。&quot; f=&quot;With many scientific research institutions of the international investigation of the genetically modified food, genetically modified foods will indeed bring many uncertainties on human health. &quot; title=&quot;随着国际众多科研机构对转基因食品的调查，发现转基因食品确实会带来众多对人体健康的不确定性。&quot;&gt;With many scientific research institutions of the international investigation of the genetically modified food, genetically modified foods will indeed bring many uncertainties on human health. &lt;/span&gt;&lt;span d=&quot;国内的许多学者也相继表示：转基因食品存在巨大争议，转基因不等于进步！&quot; f=&quot;Many scholars have said: there is a huge controversy, genetically modified foods genetically modified does not equal progress! &quot; title=&quot;国内的许多学者也相继表示：转基因食品存在巨大争议，转基因不等于进步！&quot;&gt;Many scholars have said: there is a huge controversy, genetically modified foods genetically modified does not equal progress! &lt;/span&gt;&lt;span d=&quot;其背后甚至隐藏着事关国家安全的阴谋。&quot; f=&quot;Its a matter of national security and even hidden behind a conspiracy. &quot; title=&quot;其背后甚至隐藏着事关国家安全的阴谋。&quot;&gt;Its a matter of national security and even hidden behind a conspiracy. &lt;/span&gt;&lt;span d=&quot;许多文章和书籍(例如《生化超限战：转基因食品和疫苗的阴谋》）更是系统地揭露了转基因阴谋的前前后后。&quot; f=&quot;Many articles and books (such as &amp;quot;biochemical unrestricted warfare: genetically modified food and vaccine conspiracy&amp;quot;) is to expose the Ins and Outs of transgenic conspiracy. &quot; title=&quot;许多文章和书籍(例如《生化超限战：转基因食品和疫苗的阴谋》）更是系统地揭露了转基因阴谋的前前后后。&quot;&gt;Many articles and books (such as &quot;biochemical unrestricted warfare: genetically modified food and vaccine conspiracy&quot;) is to expose the Ins and Outs of transgenic conspiracy. &lt;/span&gt;&lt;span d=&quot;甚至有反对派把支持转基因者说成了一种原教旨主义的歇斯底里。&quot; f=&quot;Even the opposition to support the transgenic say became a fundamentalist hysteria. &quot; title=&quot;甚至有反对派把支持转基因者说成了一种原教旨主义的歇斯底里。&quot;&gt;Even the opposition to support the transgenic say became a fundamentalist hysteria. &lt;/span&gt;&lt;span d=&quot;当然，生物技术的进步与人们的生活息息相关，这里质疑转基因食品并不是反对转基因技术本身，我们反对的是对于转基因技术的滥用。&quot; f=&quot;Of course, advances in biotechnology and people&#39;s lives are closely related to the question of genetically modified foods are not opposed to GM technology, we are opposed to the abuse of transgenic technology. &quot; title=&quot;当然，生物技术的进步与人们的生活息息相关，这里质疑转基因食品并不是反对转基因技术本身，我们反对的是对于转基因技术的滥用。&quot;&gt;Of course, advances in biotechnology and people&#39;s lives are closely related to the question of genetically modified foods are not opposed to GM technology, we are opposed to the abuse of transgenic technology. &lt;/span&gt;&lt;span d=&quot;编辑本段技术发展将人工分离和修饰过的基因导入到生物体基因组中，由于导入基因的表达，引起生物体的性状的可遗传的修饰，这一技术称之为转基因技术（Transgene technology）。&quot; f=&quot;Edit this paragraph technology development will manually separated and the modified gene is introduced into the organisms genome, expression of the introduced gene, causing the traits of the organism a genetic modification, this technique is called transgenic technology (at Transgene technology). &quot; title=&quot;编辑本段技术发展将人工分离和修饰过的基因导入到生物体基因组中，由于导入基因的表达，引起生物体的性状的可遗传的修饰，这一技术称之为转基因技术（Transgene technology）。&quot;&gt;Edit this paragraph technology development will manually separated and the modified gene is introduced into the organisms genome, expression of the introduced gene, causing the traits of the organism a genetic modification, this technique is called transgenic technology (at Transgene technology). &lt;/span&gt;&lt;span d=&quot;人们常说的&amp;quot;遗传工程&amp;quot;、&amp;quot;基因工程&amp;quot;、&amp;quot;遗传转化&amp;quot;均为转基因的同义词。&quot; f=&quot;Commonly known as &amp;quot;genetic engineering, genetic engineering, genetic transformation are transgenic synonym. &quot; title=&quot;人们常说的&amp;quot;遗传工程&amp;quot;、&amp;quot;基因工程&amp;quot;、&amp;quot;遗传转化&amp;quot;均为转基因的同义词。&quot;&gt;Commonly known as &quot;genetic engineering, genetic engineering, genetic transformation are transgenic synonym. &lt;/span&gt;&lt;span d=&quot;经转基因技术修饰的生物体在媒体上常被称为&amp;quot;遗传修饰过的生物体&amp;quot;（Genetically modified organism，简称GMO）。&quot; f=&quot;Modified organisms by transgenic technology is often referred to in the media &amp;quot;genetically modified organisms&amp;quot; (Genetically modified organism, GMO). &quot; title=&quot;经转基因技术修饰的生物体在媒体上常被称为&amp;quot;遗传修饰过的生物体&amp;quot;（Genetically modified organism，简称GMO）。&quot;&gt;Modified organisms by transgenic technology is often referred to in the media &quot;genetically modified organisms&quot; (Genetically modified organism, GMO). &lt;/span&gt;&lt;span d=&quot;转基因&quot; f=&quot;Transgenic
&quot; title=&quot;转基因&quot;&gt;Transgenic&lt;/span&gt;&lt;span d=&quot;1974年，波兰遗传学家斯吉巴尔斯基（Waclaw Szybalski）称基因重组技术为合成生物学概念，1978年，诺贝尔生医奖颁给发现DNA 限制酶的纳森斯（Daniel Nathans）、亚&quot; f=&quot;In 1974, the Polish geneticist Gerais Barr Sharansky (Waclaw Szybalski) known as recombinant DNA technology to the concept of synthetic biology, in 1978, the Nobel Prize to biomedical discovery of DNA restriction enzyme Na Sensi (Daniel Nathans), Asia &quot; title=&quot;1974年，波兰遗传学家斯吉巴尔斯基（Waclaw Szybalski）称基因重组技术为合成生物学概念，1978年，诺贝尔生医奖颁给发现DNA 限制酶的纳森斯（Daniel Nathans）、亚&quot;&gt;In 1974, the Polish geneticist Gerais Barr Sharansky (Waclaw Szybalski) known as recombinant DNA technology to the concept of synthetic biology, in 1978, the Nobel Prize to biomedical discovery of DNA restriction enzyme Na Sensi (Daniel Nathans), Asia &lt;/span&gt;&lt;span d=&quot;伯（Werner Arber）与史密斯（Hamilton Smith）时，斯吉巴尔斯基在《基因》期刊中写道：限制酶将带领我们进入合成生物学的新时代。&quot; f=&quot;Bo (Werner Arber) and Smith (Hamilton Smith) Gerais Barr Sharansky wrote in the journal &amp;quot;Gene&amp;quot;: the restriction enzyme will lead us into a new era of synthetic biology. &quot; title=&quot;伯（Werner Arber）与史密斯（Hamilton Smith）时，斯吉巴尔斯基在《基因》期刊中写道：限制酶将带领我们进入合成生物学的新时代。&quot;&gt;Bo (Werner Arber) and Smith (Hamilton Smith) Gerais Barr Sharansky wrote in the journal &quot;Gene&quot;: the restriction enzyme will lead us into a new era of synthetic biology. &lt;/span&gt;&lt;span d=&quot;转基因技术，包括外源基因的克隆、表达载体、受体细胞，以及转基因途径等，外源基因的人工合成技术、基因调控网络的人工设计发展，导致了21世纪的转基因技术将走向转基因系统生物&quot; f=&quot;Transferred gene technology, including exogenous gene cloning, expression vector, recipient cells transfected gene pathway, exogenous gene artificial synthesis technology, gene regulatory networks artificial design development, led to a 21st century turn gene technology will move towards transgenic systems biological &quot; title=&quot;转基因技术，包括外源基因的克隆、表达载体、受体细胞，以及转基因途径等，外源基因的人工合成技术、基因调控网络的人工设计发展，导致了21世纪的转基因技术将走向转基因系统生物&quot;&gt;Transferred gene technology, including exogenous gene cloning, expression vector, recipient cells transfected gene pathway, exogenous gene artificial synthesis technology, gene regulatory networks artificial design development, led to a 21st century turn gene technology will move towards transgenic systems biological &lt;/span&gt;&lt;span d=&quot;技术-2000年国际上重新提出合成生物学概念，并定义为基于系统生物学原理的基因工程与转基因技术。&quot; f=&quot;Technology - 2000 reintroduced the concept of synthetic biology, and defined as based on the principles of genetic engineering of systems biology and transgenic technology. &quot; title=&quot;技术-2000年国际上重新提出合成生物学概念，并定义为基于系统生物学原理的基因工程与转基因技术。&quot;&gt;Technology - 2000 reintroduced the concept of synthetic biology, and defined as based on the principles of genetic engineering of systems biology and transgenic technology. &lt;/span&gt;&lt;span d=&quot;编辑本段植物常用方法遗传转化的方法按其是否需要通过组织培养、再生植株可分成两大类，第一类需要通过组织培养再生植株，常用的方法有农杆菌介导转化法、基因枪法；&quot; f=&quot;Edit this paragraph plants commonly used method of genetic transformation methods according to their need to through tissue culture, plant regeneration can be divided into two categories, the first category need to be regenerated plants by tissue culture, the common method of Agrobacterium mediated transformation, particle bombardment; &quot; title=&quot;编辑本段植物常用方法遗传转化的方法按其是否需要通过组织培养、再生植株可分成两大类，第一类需要通过组织培养再生植株，常用的方法有农杆菌介导转化法、基因枪法；&quot;&gt;Edit this paragraph plants commonly used method of genetic transformation methods according to their need to through tissue culture, plant regeneration can be divided into two categories, the first category need to be regenerated plants by tissue culture, the common method of Agrobacterium mediated transformation, particle bombardment; &lt;/span&gt;&lt;span d=&quot;另一类方法不需要通过组织培养，目前比较成熟的主要有花粉管通道法，花粉管通道法是中国科学家提出的。&quot; f=&quot;another type of approach does not require training through the organization, the more mature the major pollen tube pathway, the pollen tube pathway proposed by Chinese scientists.
&quot; title=&quot;另一类方法不需要通过组织培养，目前比较成熟的主要有花粉管通道法，花粉管通道法是中国科学家提出的。&quot;&gt;another type of approach does not require training through the organization, the more mature the major pollen tube pathway, the pollen tube pathway proposed by Chinese scientists.&lt;/span&gt;&lt;span d=&quot;农杆菌介导转化法&quot; f=&quot;Agrobacterium-mediated transformation method
&quot; title=&quot;农杆菌介导转化法&quot;&gt;Agrobacterium-mediated transformation method&lt;/span&gt;&lt;span d=&quot;农杆菌是普遍存在于土壤中的一种革兰氏阴性细菌，它能在自然条件下趋化性地感染大多数双子叶植物的受伤部位，并诱导产生冠瘿瘤或发状根。&quot; f=&quot;Agrobacterium is widespread in a gram-negative bacteria in the soil, can most dicotyledonous plants infected under natural conditions chemotaxis injured parts, and induce crown gall tumors or hairy roots. &quot; title=&quot;农杆菌是普遍存在于土壤中的一种革兰氏阴性细菌，它能在自然条件下趋化性地感染大多数双子叶植物的受伤部位，并诱导产生冠瘿瘤或发状根。&quot;&gt;Agrobacterium is widespread in a gram-negative bacteria in the soil, can most dicotyledonous plants infected under natural conditions chemotaxis injured parts, and induce crown gall tumors or hairy roots. &lt;/span&gt;&lt;span d=&quot;根癌农杆菌和发根农杆菌中细胞中分别含有Ti质粒和Ri质粒，其上有一段T-DNA，农杆菌通过侵染植物伤口进入细胞后，可将T-DNA插入到植物基因组中。&quot; f=&quot;Agrobacterium tumefaciens and hair roots in the cells of Agrobacterium containing a Ti plasmid and the Ri plasmid, on the section of the T-DNA to the infested plants wound into cells, Agrobacterium T-DNA insertion into the plant genome. &quot; title=&quot;根癌农杆菌和发根农杆菌中细胞中分别含有Ti质粒和Ri质粒，其上有一段T-DNA，农杆菌通过侵染植物伤口进入细胞后，可将T-DNA插入到植物基因组中。&quot;&gt;Agrobacterium tumefaciens and hair roots in the cells of Agrobacterium containing a Ti plasmid and the Ri plasmid, on the section of the T-DNA to the infested plants wound into cells, Agrobacterium T-DNA insertion into the plant genome. &lt;/span&gt;&lt;span d=&quot;因此，农杆菌是一种天然的植物遗传转化体系。&quot; f=&quot;Therefore, Agrobacterium is a natural plant genetic transformation system. &quot; title=&quot;因此，农杆菌是一种天然的植物遗传转化体系。&quot;&gt;Therefore, Agrobacterium is a natural plant genetic transformation system. &lt;/span&gt;&lt;span d=&quot;人们将目的基因插入到经过改造的T-DNA区，借助农杆菌的感染实现外源基因向植物细胞的转移与整合，然后通过细胞和组织培养技术，再生出转基因植株。&quot; f=&quot;People inserted into the target gene after transformation of the T-DNA region, to achieve the transfer and integration of exogenous genes into plant cells by means of Agrobacterium infection, and then through the cell and tissue culture techniques, regeneration of transgenic plants. &quot; title=&quot;人们将目的基因插入到经过改造的T-DNA区，借助农杆菌的感染实现外源基因向植物细胞的转移与整合，然后通过细胞和组织培养技术，再生出转基因植株。&quot;&gt;People inserted into the target gene after transformation of the T-DNA region, to achieve the transfer and integration of exogenous genes into plant cells by means of Agrobacterium infection, and then through the cell and tissue culture techniques, regeneration of transgenic plants. &lt;/span&gt;&lt;span d=&quot;农杆菌介导法起初只被用于双子叶植物中，自从技术瓶颈被打破之后，农杆菌介导转化在单子叶植物中也得到了广泛应用，其中水稻已经被当作模式植物进行研究。&quot; f=&quot;Agrobacterium-mediated transformation was initially only used for dicots, since the technical bottleneck is broken, Agrobacterium mediated transformation has also been widely used in monocots, including rice has been studied as a model plant.
&quot; title=&quot;农杆菌介导法起初只被用于双子叶植物中，自从技术瓶颈被打破之后，农杆菌介导转化在单子叶植物中也得到了广泛应用，其中水稻已经被当作模式植物进行研究。&quot;&gt;Agrobacterium-mediated transformation was initially only used for dicots, since the technical bottleneck is broken, Agrobacterium mediated transformation has also been widely used in monocots, including rice has been studied as a model plant.&lt;/span&gt;&lt;span d=&quot;花粉管通道法&quot; f=&quot;Pollen tube pathway
&quot; title=&quot;花粉管通道法&quot;&gt;Pollen tube pathway&lt;/span&gt;&lt;span d=&quot;在授粉后向子房注射含目的基因的DNA溶液，利用植物在开花、受精过程中形成的花粉管通道，将外源DNA导入受精卵细胞，并进一步地被整合到受体细胞的基因组中，随&quot; f=&quot;After pollination ovary injection of the DNA solution containing the objective gene, the use of plants in bloom, pollen tube pathway formed in the process of fertilization, the exogenous DNA is introduced into a fertilized egg cell, and further been integrated into the genome of the receptor cells, with &quot; title=&quot;在授粉后向子房注射含目的基因的DNA溶液，利用植物在开花、受精过程中形成的花粉管通道，将外源DNA导入受精卵细胞，并进一步地被整合到受体细胞的基因组中，随&quot;&gt;After pollination ovary injection of the DNA solution containing the objective gene, the use of plants in bloom, pollen tube pathway formed in the process of fertilization, the exogenous DNA is introduced into a fertilized egg cell, and further been integrated into the genome of the receptor cells, with &lt;/span&gt;&lt;span d=&quot;着受精卵的发育而成为带转基因的新个体。&quot; f=&quot;forward to the development of fertilized eggs become new individuals with genetically modified. &quot; title=&quot;着受精卵的发育而成为带转基因的新个体。&quot;&gt;forward to the development of fertilized eggs become new individuals with genetically modified. &lt;/span&gt;&lt;span d=&quot;该方法于80年代初期由中国学者周光宇提出，中国目前推广面积最大的转基因抗虫棉就是用花粉管通道法培育出来的。&quot; f=&quot;The method in the early 1980s by the Chinese scholar Zhou Guangyu, promote the largest area of ​​transgenic cotton is cultivated with pollen tube pathway out. &quot; title=&quot;该方法于80年代初期由中国学者周光宇提出，中国目前推广面积最大的转基因抗虫棉就是用花粉管通道法培育出来的。&quot;&gt;The method in the early 1980s by the Chinese scholar Zhou Guangyu, promote the largest area of ​​transgenic cotton is cultivated with pollen tube pathway out. &lt;/span&gt;&lt;span d=&quot;该法的最大优点是不依赖组织培养人工再生植株，技术简单，不需要装备精良的实验室，常规育种工作者易于掌握。&quot; f=&quot;The biggest advantage of this method is not dependent on tissue culture artificial plant regeneration technique is simple and does not require well-equipped laboratories, conventional breeding workers is easy to grasp.
&quot; title=&quot;该法的最大优点是不依赖组织培养人工再生植株，技术简单，不需要装备精良的实验室，常规育种工作者易于掌握。&quot;&gt;The biggest advantage of this method is not dependent on tissue culture artificial plant regeneration technique is simple and does not require well-equipped laboratories, conventional breeding workers is easy to grasp.&lt;/span&gt;&lt;span d=&quot;基因枪法&quot; f=&quot;Biolistic
&quot; title=&quot;基因枪法&quot;&gt;Biolistic&lt;/span&gt;&lt;span d=&quot;利用火药爆炸或高压气体加速（这一加速设备被称为基因枪），将包裹了带目的基因的DNA溶液的高速微弹直接送入完整的植物组织和细胞中，然后通过细胞和组织培养技术&quot; f=&quot;Fed directly to the high-speed micro bomb explode gunpowder or high pressure gas acceleration (the acceleration device is referred to as gene gun), the parcel with the desired gene DNA solution the complete plant tissues and cells, and then through the cell and tissue culture techniques. &quot; title=&quot;利用火药爆炸或高压气体加速（这一加速设备被称为基因枪），将包裹了带目的基因的DNA溶液的高速微弹直接送入完整的植物组织和细胞中，然后通过细胞和组织培养技术&quot;&gt;Fed directly to the high-speed micro bomb explode gunpowder or high pressure gas acceleration (the acceleration device is referred to as gene gun), the parcel with the desired gene DNA solution the complete plant tissues and cells, and then through the cell and tissue culture techniques. &lt;/span&gt;&lt;span d=&quot;，再生出植株，选出其中转基因阳性植株即为转基因植株。&quot; f=&quot;regenerated plants selected positive transgenic plants is the transgenic plants. &quot; title=&quot;，再生出植株，选出其中转基因阳性植株即为转基因植株。&quot;&gt;regenerated plants selected positive transgenic plants is the transgenic plants. &lt;/span&gt;&lt;span d=&quot;与农杆菌转化相比，基因枪法转化的一个主要优点是不受受体植物范围的限制。&quot; f=&quot;Compared with the Agrobacterium transformation, Biolistic transformation of a major advantage is to limit the scope of not recipient plant. &quot; title=&quot;与农杆菌转化相比，基因枪法转化的一个主要优点是不受受体植物范围的限制。&quot;&gt;Compared with the Agrobacterium transformation, Biolistic transformation of a major advantage is to limit the scope of not recipient plant. &lt;/span&gt;&lt;span d=&quot;而且其载体质粒的构建也相对简单，因此也是目前转基因研究中应用较为广泛的一种方法。&quot; f=&quot;And its carrier plasmid is relatively simple and therefore turn is widely used in the genetic study of a method. &quot; title=&quot;而且其载体质粒的构建也相对简单，因此也是目前转基因研究中应用较为广泛的一种方法。&quot;&gt;And its carrier plasmid is relatively simple and therefore turn is widely used in the genetic study of a method. &lt;/span&gt;&lt;span d=&quot;[5]编辑本段动物常用技术核显微注射法&quot; f=&quot;[5] Edit this paragraph animals commonly used technology nuclear microinjection method
&quot; title=&quot;[5]编辑本段动物常用技术核显微注射法&quot;&gt;[5] Edit this paragraph animals commonly used technology nuclear microinjection method&lt;/span&gt;&lt;span d=&quot;核显微注射法是动物转基因技术中最常用的方法。&quot; f=&quot;Nuclear microinjection method is the most commonly used method in the animal transgenic technology. &quot; title=&quot;核显微注射法是动物转基因技术中最常用的方法。&quot;&gt;Nuclear microinjection method is the most commonly used method in the animal transgenic technology. &lt;/span&gt;&lt;span d=&quot;它是在显微镜下将外源基因注射到受精卵细胞的原核内，注射的外源基因与胚胎基因组融合，然后进行体外培养，最后移植到受体母畜子宫内发育，这样分娩的动物体内的每一个&quot; f=&quot;It is under the microscope exogenous gene injected into the fertilized egg cell of the original nucleus, the injection of exogenous genes with embryonic gene group fusion, and then cultured in vitro, the last transplant to receptor dams uterine development, such maternity of the animal body of each one &quot; title=&quot;它是在显微镜下将外源基因注射到受精卵细胞的原核内，注射的外源基因与胚胎基因组融合，然后进行体外培养，最后移植到受体母畜子宫内发育，这样分娩的动物体内的每一个&quot;&gt;It is under the microscope exogenous gene injected into the fertilized egg cell of the original nucleus, the injection of exogenous genes with embryonic gene group fusion, and then cultured in vitro, the last transplant to receptor dams uterine development, such maternity of the animal body of each one &lt;/span&gt;&lt;span d=&quot;细胞都含有新的DNA片段。&quot; f=&quot;The cells contain a new DNA fragment. &quot; title=&quot;细胞都含有新的DNA片段。&quot;&gt;The cells contain a new DNA fragment. &lt;/span&gt;&lt;span d=&quot;-这种方法的缺点是效率低、位置效应(外源基因插入位点随机性)造成的表达结果的不确定性、动物利用率低等，在反刍动物还存在着繁殖周期长，有较强&quot; f=&quot;- The disadvantage of this method is low efficiency expression of uncertainty in the results caused by the position effect (exogenous gene insertion sites randomness), animals low utilization that in ruminants there is still a long reproductive cycle, and have strong &quot; title=&quot;-这种方法的缺点是效率低、位置效应(外源基因插入位点随机性)造成的表达结果的不确定性、动物利用率低等，在反刍动物还存在着繁殖周期长，有较强&quot;&gt;- The disadvantage of this method is low efficiency expression of uncertainty in the results caused by the position effect (exogenous gene insertion sites randomness), animals low utilization that in ruminants there is still a long reproductive cycle, and have strong &lt;/span&gt;&lt;span d=&quot;的时间限制、需要大量的供体和受体动物等特点。&quot; f=&quot;The time limit, the characteristics of a large number of donor and recipient animals, etc. is required. &quot; title=&quot;的时间限制、需要大量的供体和受体动物等特点。&quot;&gt;The time limit, the characteristics of a large number of donor and recipient animals, etc. is required. &lt;/span&gt;&lt;span d=&quot;详细步骤：在显微镜下，用一根极细的玻璃针（直径1-2微米）直接将DNA注射到胚胎的细胞核内，再把注射过DNA的胚胎移植到动物体内，使之发育成正常的&quot; f=&quot;Detailed steps: Under the microscope, with a very fine glass needle (1-2 microns in diameter) directly to the DNA injected into the nucleus of the embryo, then the injected DNA of the embryo is transplanted into an animal, so that develop into normal &quot; title=&quot;详细步骤：在显微镜下，用一根极细的玻璃针（直径1-2微米）直接将DNA注射到胚胎的细胞核内，再把注射过DNA的胚胎移植到动物体内，使之发育成正常的&quot;&gt;Detailed steps: Under the microscope, with a very fine glass needle (1-2 microns in diameter) directly to the DNA injected into the nucleus of the embryo, then the injected DNA of the embryo is transplanted into an animal, so that develop into normal &lt;/span&gt;&lt;span d=&quot;幼仔。&quot; f=&quot;pups. &quot; title=&quot;幼仔。&quot;&gt;pups. &lt;/span&gt;&lt;span d=&quot;用这种方法生产的动物约有十分之一是整合外源基因的转基因动物。&quot; f=&quot;About one tenth of the animals produced in this way integration of exogenous gene in transgenic animals.
&quot; title=&quot;用这种方法生产的动物约有十分之一是整合外源基因的转基因动物。&quot;&gt;About one tenth of the animals produced in this way integration of exogenous gene in transgenic animals.&lt;/span&gt;&lt;span d=&quot;精子介导转基因法&quot; f=&quot;Sperm-mediated gene transfection
  &quot; title=&quot;精子介导转基因法&quot;&gt;Sperm-mediated gene transfection&lt;br /&gt;&amp;nbsp;&amp;nbsp;&lt;/span&gt;&lt;span d=&quot;转基因技术图示&quot; f=&quot;Transgenic technology icon
&quot; title=&quot;转基因技术图示&quot;&gt;Transgenic technology icon&lt;/span&gt;&lt;span d=&quot;精子介导的基因转移是把精子作适当处理后，使其具有携带外源基因的能力。&quot; f=&quot;Sperm-mediated gene transfer is the sperm for proper treatment, it has the ability to carry exogenous gene. &quot; title=&quot;精子介导的基因转移是把精子作适当处理后，使其具有携带外源基因的能力。&quot;&gt;Sperm-mediated gene transfer is the sperm for proper treatment, it has the ability to carry exogenous gene. &lt;/span&gt;&lt;span d=&quot;然后，用携带有外源基因的精子给发情母畜授精。&quot; f=&quot;Then carrying exogenous genes sperm to estrus females inseminated. &quot; title=&quot;然后，用携带有外源基因的精子给发情母畜授精。&quot;&gt;Then carrying exogenous genes sperm to estrus females inseminated. &lt;/span&gt;&lt;span d=&quot;在母畜所生的后代中，就有一定比例的动物是整合外源基因的转基因动物。&quot; f=&quot;In the offspring of dams, there is a certain proportion of animals are integrated exogenous gene transgenic animals. &quot; title=&quot;在母畜所生的后代中，就有一定比例的动物是整合外源基因的转基因动物。&quot;&gt;In the offspring of dams, there is a certain proportion of animals are integrated exogenous gene transgenic animals. &lt;/span&gt;&lt;span d=&quot;同显微注射方法相比，精子介导的基因转移有两个优点：首先是它的成本很低，只有显微注射法成本的1/10。&quot; f=&quot;Compared with the microinjection method, sperm-mediated gene transfer has two advantages: First, its low cost, only the microinjection cost 1/10. &quot; title=&quot;同显微注射方法相比，精子介导的基因转移有两个优点：首先是它的成本很低，只有显微注射法成本的1/10。&quot;&gt;Compared with the microinjection method, sperm-mediated gene transfer has two advantages: First, its low cost, only the microinjection cost 1/10. &lt;/span&gt;&lt;span d=&quot;其次，由于它不涉及对动物进行处理，因此，可以用生产牛群或羊群进行实验，以保证每次实验都能够获得成功。&quot; f=&quot;Secondly, because it does not involve the processing of animals, therefore, you can experiment with the production of the herd or flock to each experiment can be successful.
&quot; title=&quot;其次，由于它不涉及对动物进行处理，因此，可以用生产牛群或羊群进行实验，以保证每次实验都能够获得成功。&quot;&gt;Secondly, because it does not involve the processing of animals, therefore, you can experiment with the production of the herd or flock to each experiment can be successful.&lt;/span&gt;&lt;span d=&quot;核移植转基因法&quot; f=&quot;Nuclear transplant transgenic method
&quot; title=&quot;核移植转基因法&quot;&gt;Nuclear transplant transgenic method&lt;/span&gt;&lt;span d=&quot;体细胞核移植是近年来新出现的一种转基因技术。&quot; f=&quot;SCNT is emerging in recent years, a transgenic technology. &quot; title=&quot;体细胞核移植是近年来新出现的一种转基因技术。&quot;&gt;SCNT is emerging in recent years, a transgenic technology. &lt;/span&gt;&lt;span d=&quot;该方法是先把外源基因与供体细胞在培养基中培养，使外源基因整合到供体细胞上，然后将供体细胞细胞核移植到受体细胞——去核卵母细胞，构成重建&quot; f=&quot;The method is first exogenous gene, and the donor cells cultured in a medium, so that the exogenous gene into the donor cells, the donor cells are then transplanted into recipient cells nucleus - enucleated oocytes, constitutes reconstruction &quot; title=&quot;该方法是先把外源基因与供体细胞在培养基中培养，使外源基因整合到供体细胞上，然后将供体细胞细胞核移植到受体细胞——去核卵母细胞，构成重建&quot;&gt;The method is first exogenous gene, and the donor cells cultured in a medium, so that the exogenous gene into the donor cells, the donor cells are then transplanted into recipient cells nucleus - enucleated oocytes, constitutes reconstruction &lt;/span&gt;&lt;span d=&quot;胚，再把其移植到假孕母体，待其妊娠、分娩，便可得到转基因的克隆动物。&quot; f=&quot;embryo, and then transplanted into pseudopregnant maternal transgenic cloned animals until their pregnancy, childbirth, can be obtained.
&quot; title=&quot;胚，再把其移植到假孕母体，待其妊娠、分娩，便可得到转基因的克隆动物。&quot;&gt;embryo, and then transplanted into pseudopregnant maternal transgenic cloned animals until their pregnancy, childbirth, can be obtained.&lt;/span&gt;&lt;span d=&quot;体细胞核移植法&quot; f=&quot;Somatic cell nuclear transplantation
&quot; title=&quot;体细胞核移植法&quot;&gt;Somatic cell nuclear transplantation&lt;/span&gt;&lt;span d=&quot;先在体外培养的体细胞中进行基因导入，筛选获得带转基因的细胞。&quot; f=&quot;The first gene into somatic cells in vitro, and screened with genetically modified cells. &quot; title=&quot;先在体外培养的体细胞中进行基因导入，筛选获得带转基因的细胞。&quot;&gt;The first gene into somatic cells in vitro, and screened with genetically modified cells. &lt;/span&gt;&lt;span d=&quot;然后，将带转基因体细胞核移植到去掉细胞核的卵细胞中，生产重构胚胎。&quot; f=&quot;Then, with the transgenic body to remove the nucleus of the egg cell nuclear transplantation in the production of reconstructed embryos. &quot; title=&quot;然后，将带转基因体细胞核移植到去掉细胞核的卵细胞中，生产重构胚胎。&quot;&gt;Then, with the transgenic body to remove the nucleus of the egg cell nuclear transplantation in the production of reconstructed embryos. &lt;/span&gt;&lt;span d=&quot;重构胚胎经移植到母体中，产生的仔畜百分之百是转基因动物。&quot; f=&quot;Reconstructed embryos via transplanted to the mother, the newborn animal produced 100% of transgenic animals. &quot; title=&quot;重构胚胎经移植到母体中，产生的仔畜百分之百是转基因动物。&quot;&gt;Reconstructed embryos via transplanted to the mother, the newborn animal produced 100% of transgenic animals. &lt;/span&gt;&lt;span d=&quot;编辑本段转基因技术与传统技术自从人类耕种作物以来，我们的祖先就从未停止过作物的遗传改良。&quot; f=&quot;Edit this paragraph transgenic technology with traditional technology since the human cultivated crops, our ancestors never stopped the genetic improvement of crops. &quot; title=&quot;编辑本段转基因技术与传统技术自从人类耕种作物以来，我们的祖先就从未停止过作物的遗传改良。&quot;&gt;Edit this paragraph transgenic technology with traditional technology since the human cultivated crops, our ancestors never stopped the genetic improvement of crops. &lt;/span&gt;&lt;span d=&quot;过去的几千年里农作物改良的方式主要是对自然突变产生的优良基因和重组体的选择和利用，通过随机和自然的方式来积累优良基因。&quot; f=&quot;Crops improved in the past few thousand years is mainly the selection and use of the natural mutation good genes and recombinant accumulated through random and natural way to good genes. &quot; title=&quot;过去的几千年里农作物改良的方式主要是对自然突变产生的优良基因和重组体的选择和利用，通过随机和自然的方式来积累优良基因。&quot;&gt;Crops improved in the past few thousand years is mainly the selection and use of the natural mutation good genes and recombinant accumulated through random and natural way to good genes. &lt;/span&gt;&lt;span d=&quot;遗传学创立后近百年的动植物育种则是采用人工杂交的方法，进行优良基因的重组和外源基因的导入而实现遗传改良。&quot; f=&quot;Genetics was founded nearly a century of animal and plant breeding using artificial hybridization method excellent gene recombination and exogenous gene into the genetic improvement. &quot; title=&quot;遗传学创立后近百年的动植物育种则是采用人工杂交的方法，进行优良基因的重组和外源基因的导入而实现遗传改良。&quot;&gt;Genetics was founded nearly a century of animal and plant breeding using artificial hybridization method excellent gene recombination and exogenous gene into the genetic improvement. &lt;/span&gt;&lt;span d=&quot;因此，转基因技术与传统技术是一脉相承的，其本质都是通过获得优良基因进行遗传改良。&quot; f=&quot;Thus, transgenic technology with traditional technology can be traced to the same origin, and its essence is to obtain good genes for genetic improvement. &quot; title=&quot;因此，转基因技术与传统技术是一脉相承的，其本质都是通过获得优良基因进行遗传改良。&quot;&gt;Thus, transgenic technology with traditional technology can be traced to the same origin, and its essence is to obtain good genes for genetic improvement. &lt;/span&gt;&lt;span d=&quot;但在基因转移的范围和效率上，转基因技术与传统育种技术有两点重要区别。&quot; f=&quot;However, the scope and efficiency of gene transfer, transgenic technology and traditional breeding techniques, there are two important differences. &quot; title=&quot;但在基因转移的范围和效率上，转基因技术与传统育种技术有两点重要区别。&quot;&gt;However, the scope and efficiency of gene transfer, transgenic technology and traditional breeding techniques, there are two important differences. &lt;/span&gt;&lt;span d=&quot;第一，传统技术一般只能在生物种内个体间实现基因转移，而转基因技术所转移的基因则不受生物体间亲缘关系的限制。&quot; f=&quot;First, the traditional technology generally only between individuals within a species gene transfer switch gene transfer in gene technology are excluded from the limit of kinship between organisms. &quot; title=&quot;第一，传统技术一般只能在生物种内个体间实现基因转移，而转基因技术所转移的基因则不受生物体间亲缘关系的限制。&quot;&gt;First, the traditional technology generally only between individuals within a species gene transfer switch gene transfer in gene technology are excluded from the limit of kinship between organisms. &lt;/span&gt;&lt;span d=&quot;第二，传统的杂交和选择技术一般是在生物个体水平上进行，操作对象是整个基因组，所转移的是大量的基因，不可能准确地对某个基因进行操作和选择，对后代的表现预见&quot; f=&quot;Second, conventional hybridization and selection techniques are generally on the level of individual organisms, the operation whole genome, the transfer of a large number of genes, not possible to accurately operate and select a gene, predictable performance of offspring &quot; title=&quot;第二，传统的杂交和选择技术一般是在生物个体水平上进行，操作对象是整个基因组，所转移的是大量的基因，不可能准确地对某个基因进行操作和选择，对后代的表现预见&quot;&gt;Second, conventional hybridization and selection techniques are generally on the level of individual organisms, the operation whole genome, the transfer of a large number of genes, not possible to accurately operate and select a gene, predictable performance of offspring &lt;/span&gt;&lt;span d=&quot;性较差。&quot; f=&quot;poor. &quot; title=&quot;性较差。&quot;&gt;poor. &lt;/span&gt;&lt;span d=&quot;而转基因技术所操作和转移的一般是经过明确定义的基因，功能清楚，后代表现可准确预期。&quot; f=&quot;Transgenic technology operation and transfer of general after a clear definition of gene function clear, offspring performance can be accurately expected. &quot; title=&quot;而转基因技术所操作和转移的一般是经过明确定义的基因，功能清楚，后代表现可准确预期。&quot;&gt;Transgenic technology operation and transfer of general after a clear definition of gene function clear, offspring performance can be accurately expected. &lt;/span&gt;&lt;span d=&quot;因此，转基因技术是对传统技术的发展和补充。&quot; f=&quot;Therefore, transgenic technology development and complement the traditional technology. &quot; title=&quot;因此，转基因技术是对传统技术的发展和补充。&quot;&gt;Therefore, transgenic technology development and complement the traditional technology. &lt;/span&gt;&lt;span d=&quot;将两者紧密结合，可相得益彰，大大地提高动植物品种改良的效率。&quot; f=&quot;Closely integrate the two can complement each other, and greatly improve the efficiency of plant and animal species improvement. &quot; title=&quot;将两者紧密结合，可相得益彰，大大地提高动植物品种改良的效率。&quot;&gt;Closely integrate the two can complement each other, and greatly improve the efficiency of plant and animal species improvement. &lt;/span&gt;&lt;span d=&quot;下面分别对转基因动物和转基因植物来进行描述。&quot; f=&quot;Below, respectively, of transgenic animals and transgenic plants described.
&quot; title=&quot;下面分别对转基因动物和转基因植物来进行描述。&quot;&gt;Below, respectively, of transgenic animals and transgenic plants described.&lt;/span&gt;&lt;span d=&quot;转基因植物&quot; f=&quot;Transgenic plants
&quot; title=&quot;转基因植物&quot;&gt;Transgenic plants&lt;/span&gt;&lt;span d=&quot;转基因植物是基因组中含有外源基因的植物。&quot; f=&quot;The transgenic plant is a plant containing a foreign gene in the genome. &quot; title=&quot;转基因植物是基因组中含有外源基因的植物。&quot;&gt;The transgenic plant is a plant containing a foreign gene in the genome. &lt;/span&gt;&lt;span d=&quot;它可通过原生质体融合、细胞重组、遗传物质转移、染色体工程技术获得，有可能改变植物的某些遗传特性，培育高产、优质、抗病毒、抗虫、抗寒、抗旱、抗涝、抗盐&quot; f=&quot;By protoplast fusion and cell reorganization, transfer of genetic material, chromosome engineering technology, it is possible to change some of the genetic characteristics of the plant, cultivate high-yield, high-quality, anti-viral, insect resistance, cold, drought, waterlogging, salt &quot; title=&quot;它可通过原生质体融合、细胞重组、遗传物质转移、染色体工程技术获得，有可能改变植物的某些遗传特性，培育高产、优质、抗病毒、抗虫、抗寒、抗旱、抗涝、抗盐&quot;&gt;By protoplast fusion and cell reorganization, transfer of genetic material, chromosome engineering technology, it is possible to change some of the genetic characteristics of the plant, cultivate high-yield, high-quality, anti-viral, insect resistance, cold, drought, waterlogging, salt &lt;/span&gt;&lt;span d=&quot;碱、抗除草剂等的作物新品种。&quot; f=&quot;alkali, such as herbicide-resistant crop varieties. &quot; title=&quot;碱、抗除草剂等的作物新品种。&quot;&gt;alkali, such as herbicide-resistant crop varieties. &lt;/span&gt;&lt;span d=&quot;而且可用转基因植物或离体培养的细胞，来生产外源基因的表达产物，如人的生长素、胰岛素、干扰素、白介素2、表皮生长因子、乙型肝炎疫苗等基因已在转基因植物中得到&quot; f=&quot;And can be used to genetically modified plants or cultured cells in vitro, and the production of exogenous gene expression products, such as human growth hormone, insulin, interferon, interleukin-2, epidermal growth factor, hepatitis B vaccine and other genes in transgenic plants &quot; title=&quot;而且可用转基因植物或离体培养的细胞，来生产外源基因的表达产物，如人的生长素、胰岛素、干扰素、白介素2、表皮生长因子、乙型肝炎疫苗等基因已在转基因植物中得到&quot;&gt;And can be used to genetically modified plants or cultured cells in vitro, and the production of exogenous gene expression products, such as human growth hormone, insulin, interferon, interleukin-2, epidermal growth factor, hepatitis B vaccine and other genes in transgenic plants &lt;/span&gt;&lt;span d=&quot;表达。&quot; f=&quot;expressed. &quot; title=&quot;表达。&quot;&gt;expressed. &lt;/span&gt;&lt;span d=&quot;在过去的二十年里，随着分子生物学各领域的不断发展，植物基因的分离、基因工程载体的构建、细胞的基因转化、转化细胞的组织培养、植株再生及外源基因表达的检测&quot; f=&quot;With the continuous development of the field of molecular biology in the past two decades, the separation of plant genes, genetic engineering carrier build the cell&#39;s genetic transformation of transformed cells in tissue culture, plant regeneration and exogenous gene expression detection &quot; title=&quot;在过去的二十年里，随着分子生物学各领域的不断发展，植物基因的分离、基因工程载体的构建、细胞的基因转化、转化细胞的组织培养、植株再生及外源基因表达的检测&quot;&gt;With the continuous development of the field of molecular biology in the past two decades, the separation of plant genes, genetic engineering carrier build the cell&#39;s genetic transformation of transformed cells in tissue culture, plant regeneration and exogenous gene expression detection &lt;/span&gt;&lt;span d=&quot;等各项技术日趋成熟和完善，有关植物基因工程的研究日新月异，许多以前根本不可能的基因转化工作在越来越多的植物上获得成功。&quot; f=&quot;and other various technology matures and improve plant genetic engineering research advances, many previously impossible gene conversion work to be successful in a growing number of plants. &quot; title=&quot;等各项技术日趋成熟和完善，有关植物基因工程的研究日新月异，许多以前根本不可能的基因转化工作在越来越多的植物上获得成功。&quot;&gt;and other various technology matures and improve plant genetic engineering research advances, many previously impossible gene conversion work to be successful in a growing number of plants. &lt;/span&gt;&lt;span d=&quot;研究转基因植物的主要目的是提高用多肽或工业用酶的产量，改善食品质量，提高农作物对虫害及病原体的抵抗力。&quot; f=&quot;The main purpose is to improve the transgenic plants The polypeptide or industrial enzyme production, improve food quality, increase crop resistance to pests and pathogens. &quot; title=&quot;研究转基因植物的主要目的是提高用多肽或工业用酶的产量，改善食品质量，提高农作物对虫害及病原体的抵抗力。&quot;&gt;The main purpose is to improve the transgenic plants The polypeptide or industrial enzyme production, improve food quality, increase crop resistance to pests and pathogens. &lt;/span&gt;&lt;span d=&quot;常规的药用蛋白大部分是利用生化的方法提取或微生物发酵获得的，这类活性物质一般在活细胞中含量甚微，且提取过程复杂，成本高，远远满足不了社会的需要。&quot; f=&quot;Most of the conventional pharmaceutical proteins using biochemical methods to extract or obtained by microbial fermentation, such active substances are generally extremely small amounts in living cells, and the extraction process is complex, high-cost, far failed to meet the needs of the community. &quot; title=&quot;常规的药用蛋白大部分是利用生化的方法提取或微生物发酵获得的，这类活性物质一般在活细胞中含量甚微，且提取过程复杂，成本高，远远满足不了社会的需要。&quot;&gt;Most of the conventional pharmaceutical proteins using biochemical methods to extract or obtained by microbial fermentation, such active substances are generally extremely small amounts in living cells, and the extraction process is complex, high-cost, far failed to meet the needs of the community. &lt;/span&gt;&lt;span d=&quot;应用转基因植物来生产这些药用蛋白，包括疫苗、抗体、干扰素等细胞因子，可以利用植物大田栽种的方式大量生产，大幅度降低生产成本，提高产量，还可以获得常规手段无法获得的药物。&quot; f=&quot;Application of transgenic plants to produce pharmaceutical proteins, including vaccines, antibodies, interferon and other cytokines, can take advantage of a large number of plant Ota plant production, significantly reduce production costs, increase production, and can also be obtained by conventional means can not be obtained drugs. &quot; title=&quot;应用转基因植物来生产这些药用蛋白，包括疫苗、抗体、干扰素等细胞因子，可以利用植物大田栽种的方式大量生产，大幅度降低生产成本，提高产量，还可以获得常规手段无法获得的药物。&quot;&gt;Application of transgenic plants to produce pharmaceutical proteins, including vaccines, antibodies, interferon and other cytokines, can take advantage of a large number of plant Ota plant production, significantly reduce production costs, increase production, and can also be obtained by conventional means can not be obtained drugs. &lt;/span&gt;&lt;span d=&quot;利用植物来生产疫苗的最大优点是他可以作为食品直接口服。&quot; f=&quot;The biggest advantage is the use of plants to produce the vaccine can be used as food direct oral. &quot; title=&quot;利用植物来生产疫苗的最大优点是他可以作为食品直接口服。&quot;&gt;The biggest advantage is the use of plants to produce the vaccine can be used as food direct oral. &lt;/span&gt;&lt;span d=&quot;通过各种植物转基因技术将多台疫苗基因转入植物，从而得到表达多肽疫苗的转基因植物。&quot; f=&quot;Through a variety of plant transgenic technology the multiple vaccine gene into the plant, thereby obtaining a transgenic plant expressing the polypeptide vaccines. &quot; title=&quot;通过各种植物转基因技术将多台疫苗基因转入植物，从而得到表达多肽疫苗的转基因植物。&quot;&gt;Through a variety of plant transgenic technology the multiple vaccine gene into the plant, thereby obtaining a transgenic plant expressing the polypeptide vaccines. &lt;/span&gt;&lt;span d=&quot;随着抗体基因工程能将抗体基因（从小的活性单位到完整抗体的重轻链基因）从单抗杂交瘤中分离出来，人们就开始想办法利用转基因植物来表达这些抗体。&quot; f=&quot;With the antibody genetically engineered antibody genes can be (small active units to complete antibody light and heavy chain gene) is separated from the monoclonal antibody hybridoma, people began to think of ways to make use of transgenic plants to express these antibodies. &quot; title=&quot;随着抗体基因工程能将抗体基因（从小的活性单位到完整抗体的重轻链基因）从单抗杂交瘤中分离出来，人们就开始想办法利用转基因植物来表达这些抗体。&quot;&gt;With the antibody genetically engineered antibody genes can be (small active units to complete antibody light and heavy chain gene) is separated from the monoclonal antibody hybridoma, people began to think of ways to make use of transgenic plants to express these antibodies. &lt;/span&gt;&lt;span d=&quot;1989年Hiatt将鼠杂交瘤细胞产生的抗体基因转入烟草细胞获得了植物抗体，并且发现植物抗体具有杂交瘤来源抗体同样的抗原结合能力，既有功能性。&quot; f=&quot;1989 Hiatt antibody produced by murine hybridoma gene into tobacco cells obtain plants antibody, and found that the plant antibodies having the same antigen-binding ability of the hybridoma sources antibody, both functional. &quot; title=&quot;1989年Hiatt将鼠杂交瘤细胞产生的抗体基因转入烟草细胞获得了植物抗体，并且发现植物抗体具有杂交瘤来源抗体同样的抗原结合能力，既有功能性。&quot;&gt;1989 Hiatt antibody produced by murine hybridoma gene into tobacco cells obtain plants antibody, and found that the plant antibodies having the same antigen-binding ability of the hybridoma sources antibody, both functional. &lt;/span&gt;&lt;span d=&quot;在这之后，全长抗体、单域抗体和单链抗体在转基因植物中均获得成功表达。&quot; f=&quot;After this, the full-length antibodies, single domain antibodies and single-chain antibody in transgenic plants for successful expression. &quot; title=&quot;在这之后，全长抗体、单域抗体和单链抗体在转基因植物中均获得成功表达。&quot;&gt;After this, the full-length antibodies, single domain antibodies and single-chain antibody in transgenic plants for successful expression. &lt;/span&gt;&lt;span d=&quot;用植物抗体进行局部免疫治疗将是一个引人瞩目的领域，应用高亲和性抗体进行局部治疗可以治愈龋齿及其它一些常见病。&quot; f=&quot;Local plants antibody immunotherapy will be a compelling areas, local treatment can cure tooth decay and other common applications of high-affinity antibody. &quot; title=&quot;用植物抗体进行局部免疫治疗将是一个引人瞩目的领域，应用高亲和性抗体进行局部治疗可以治愈龋齿及其它一些常见病。&quot;&gt;Local plants antibody immunotherapy will be a compelling areas, local treatment can cure tooth decay and other common applications of high-affinity antibody. &lt;/span&gt;&lt;span d=&quot;植物转基因可获得更多的新品种，蔬菜，水果，花卉都能够在保留其优良品质的情况下优化&quot; f=&quot;The plant transgenic available more new varieties of vegetables, fruits, flowers are able to retain their good quality optimization
&quot; title=&quot;植物转基因可获得更多的新品种，蔬菜，水果，花卉都能够在保留其优良品质的情况下优化&quot;&gt;The plant transgenic available more new varieties of vegetables, fruits, flowers are able to retain their good quality optimization&lt;/span&gt;&lt;span d=&quot;转基因动物&quot; f=&quot;Transgenic animals
&quot; title=&quot;转基因动物&quot;&gt;Transgenic animals&lt;/span&gt;&lt;span d=&quot;转基因动物就是基因组中含有外源基因的动物。&quot; f=&quot;Transgenic animals animals containing exogenous gene in the genome. &quot; title=&quot;转基因动物就是基因组中含有外源基因的动物。&quot;&gt;Transgenic animals animals containing exogenous gene in the genome. &lt;/span&gt;&lt;span d=&quot;它是按照预先的设计，通过细胞融合、细胞重组、遗传物质转移、染色体工程和基因工程技术将外源基因导入精子、卵细胞或受精卵，再以生殖工程技术，有可能育成转基因动物。&quot; f=&quot;It is in accordance with the pre-design through cell fusion and cell reorganization, transfer of genetic material, chromosome engineering and genetic engineering techniques exogenous gene into sperm, egg or fertilized reproductive engineering, bred transgenic animals. &quot; title=&quot;它是按照预先的设计，通过细胞融合、细胞重组、遗传物质转移、染色体工程和基因工程技术将外源基因导入精子、卵细胞或受精卵，再以生殖工程技术，有可能育成转基因动物。&quot;&gt;It is in accordance with the pre-design through cell fusion and cell reorganization, transfer of genetic material, chromosome engineering and genetic engineering techniques exogenous gene into sperm, egg or fertilized reproductive engineering, bred transgenic animals. &lt;/span&gt;&lt;span d=&quot;通过生长素基因、多产基因、促卵素基因、高泌乳量基因、瘦肉型基因、角蛋白基因、抗寄生虫基因、抗病毒基因等基因转移，可能育成生长周期短，产仔、生&quot; f=&quot;Auxin genes, prolific gene, promote egg gene, high milk yield gene, lean type gene, keratin genes, anti-parasite genes, gene transfer of antiviral genes, may be bred short growth cycle, calving, Health &quot; title=&quot;通过生长素基因、多产基因、促卵素基因、高泌乳量基因、瘦肉型基因、角蛋白基因、抗寄生虫基因、抗病毒基因等基因转移，可能育成生长周期短，产仔、生&quot;&gt;Auxin genes, prolific gene, promote egg gene, high milk yield gene, lean type gene, keratin genes, anti-parasite genes, gene transfer of antiviral genes, may be bred short growth cycle, calving, Health &lt;/span&gt;&lt;span d=&quot;蛋多和泌乳量高，转基因超级鼠比普通老鼠大约一倍。&quot; f=&quot;more eggs, and milk yield, genetically modified super rat than ordinary mice approximately doubled. &quot; title=&quot;蛋多和泌乳量高，转基因超级鼠比普通老鼠大约一倍。&quot;&gt;more eggs, and milk yield, genetically modified super rat than ordinary mice approximately doubled. &lt;/span&gt;&lt;span d=&quot;生产的肉类、皮毛品质与加工性能好，并具有抗病性，已在牛、羊、猪、鸡、鱼等家养动物中取得一定成果。&quot; f=&quot;Meat production, good the fur quality with processing performance and resistance, and has made some achievements in domestic animals such as cattle, sheep, pigs, chickens, fish. &quot; title=&quot;生产的肉类、皮毛品质与加工性能好，并具有抗病性，已在牛、羊、猪、鸡、鱼等家养动物中取得一定成果。&quot;&gt;Meat production, good the fur quality with processing performance and resistance, and has made some achievements in domestic animals such as cattle, sheep, pigs, chickens, fish. &lt;/span&gt;&lt;span d=&quot;基因动物是指用实验导入的方法将外源基因在染色体基因内稳定整合并能稳定表达的一类动物。&quot; f=&quot;Gene animal refers to the experimental method of importing exogenous genes in the chromosomal gene within the stable integration and stable expression of an animal. &quot; title=&quot;基因动物是指用实验导入的方法将外源基因在染色体基因内稳定整合并能稳定表达的一类动物。&quot;&gt;Gene animal refers to the experimental method of importing exogenous genes in the chromosomal gene within the stable integration and stable expression of an animal. &lt;/span&gt;&lt;span d=&quot;1974年，Jaenisch应用显微注射法，在世界上首次成功地获得了SV40DNA转基因小鼠。&quot; f=&quot;In 1974, Jaenisch application microinjection, the world&#39;s first successful the SV40DNA transgenic mice. &quot; title=&quot;1974年，Jaenisch应用显微注射法，在世界上首次成功地获得了SV40DNA转基因小鼠。&quot;&gt;In 1974, Jaenisch application microinjection, the world&#39;s first successful the SV40DNA transgenic mice. &lt;/span&gt;&lt;span d=&quot;其后，Costantini将兔-珠蛋白基因注入小鼠的受精卵，使受精卵发育成小鼠，表达出了兔卜珠蛋白；Palmiter等把大鼠的生长激素基因导人小鼠受精卵内，&quot; f=&quot;Subsequently, Costantini rabbit - globin gene into the fertilized eggs of mice, the fertilized egg develops into mice express rabbit Bu globin; Palmiter rat growth hormone gene introduced mouse zygotes, &quot; title=&quot;其后，Costantini将兔-珠蛋白基因注入小鼠的受精卵，使受精卵发育成小鼠，表达出了兔卜珠蛋白；Palmiter等把大鼠的生长激素基因导人小鼠受精卵内，&quot;&gt;Subsequently, Costantini rabbit - globin gene into the fertilized eggs of mice, the fertilized egg develops into mice express rabbit Bu globin; Palmiter rat growth hormone gene introduced mouse zygotes, &lt;/span&gt;&lt;span d=&quot;获得“超级”小鼠；Church获得了首例转基因牛。&quot; f=&quot;&amp;quot;super&amp;quot; mice; Church was the first case of transgenic cattle. &quot; title=&quot;获得“超级”小鼠；Church获得了首例转基因牛。&quot;&gt;&quot;super&quot; mice; Church was the first case of transgenic cattle. &lt;/span&gt;&lt;span d=&quot;到目前为止，人们已经成功地获得了转基因鼠、鸡、山羊、猪、绵羊、牛、蛙以及多种转基因鱼。&quot; f=&quot;So far, it has succeeded in obtaining the transferred gene mice, chickens, goats, pigs, sheep, cows, frogs, and a variety of turn transgenic fish. &quot; title=&quot;到目前为止，人们已经成功地获得了转基因鼠、鸡、山羊、猪、绵羊、牛、蛙以及多种转基因鱼。&quot;&gt;So far, it has succeeded in obtaining the transferred gene mice, chickens, goats, pigs, sheep, cows, frogs, and a variety of turn transgenic fish. &lt;/span&gt;&lt;span d=&quot;还可将转基因动物作为生物工厂（Biofactories），包括，乳腺生物反应器和输卵管生物反应器等，如以转基因小鼠生产凝血因子IX、组织型血纤维溶酶原激活因子（t-PA）、&quot; f=&quot;Can also be genetically modified animals as biological factories (Biofactories), including the mammary gland bioreactor and tubal biological reactor, such as the production of clotting factor IX in transgenic mice, tissue-type fiber plasminogen activator (t-PA) &quot; title=&quot;还可将转基因动物作为生物工厂（Biofactories），包括，乳腺生物反应器和输卵管生物反应器等，如以转基因小鼠生产凝血因子IX、组织型血纤维溶酶原激活因子（t-PA）、&quot;&gt;Can also be genetically modified animals as biological factories (Biofactories), including the mammary gland bioreactor and tubal biological reactor, such as the production of clotting factor IX in transgenic mice, tissue-type fiber plasminogen activator (t-PA) &lt;/span&gt;&lt;span d=&quot;白细胞介素2、α1-抗胰蛋白酶，以转基因绵羊生产人的α1-抗胰蛋白酶，以转基因山羊、奶牛生产LAt-PA，以转基因猪生产人血红蛋白等，这些基因产品具有高效、优质、廉价&quot; f=&quot;interleukin-2, of α1-anti-trypsin, to turn gene sheep production people of α1-anti-trypsin proteinase, to turn genes goats, cows production LAt-PA, to turn genes pig production human hemoglobin, etc., these gene products with a highly efficient, high-quality, low-cost &quot; title=&quot;白细胞介素2、α1-抗胰蛋白酶，以转基因绵羊生产人的α1-抗胰蛋白酶，以转基因山羊、奶牛生产LAt-PA，以转基因猪生产人血红蛋白等，这些基因产品具有高效、优质、廉价&quot;&gt;interleukin-2, of α1-anti-trypsin, to turn gene sheep production people of α1-anti-trypsin proteinase, to turn genes goats, cows production LAt-PA, to turn genes pig production human hemoglobin, etc., these gene products with a highly efficient, high-quality, low-cost &lt;/span&gt;&lt;span d=&quot;与相应的人体蛋白具有同样的生物活性，且多随乳汁分泌，便于分离纯化，基于系统生物学的发展，转基因系统生物技术- 合成生物学成为不仅单基因而且多基因乃至基因组设计、合成与转基因&quot; f=&quot;with the corresponding human protein having the same biological activity, and multi with milk secretion, ease of separation and purification, based on the development of systems biology, transfected gene system biological technology - synthetic biology become not only a single gene but the design of multi-gene even gene group, the synthesis and transfer gene &quot; title=&quot;与相应的人体蛋白具有同样的生物活性，且多随乳汁分泌，便于分离纯化，基于系统生物学的发展，转基因系统生物技术- 合成生物学成为不仅单基因而且多基因乃至基因组设计、合成与转基因&quot;&gt;with the corresponding human protein having the same biological activity, and multi with milk secretion, ease of separation and purification, based on the development of systems biology, transfected gene system biological technology - synthetic biology become not only a single gene but the design of multi-gene even gene group, the synthesis and transfer gene &lt;/span&gt;&lt;span d=&quot;的新一代生物技术。&quot; f=&quot;a new generation of biotechnology. &quot; title=&quot;的新一代生物技术。&quot;&gt;a new generation of biotechnology. &lt;/span&gt;&lt;span d=&quot;但由于转基因动物受遗传镶嵌性和杂合性的影响，其有性生殖后代变异较大，难以形成稳定遗传的转基因品系。&quot; f=&quot;Transgenic animals by genetic mosaic and heterozygous sexual reproduction offspring variation, it is difficult to form a stable transgenic lines of genetic. &quot; title=&quot;但由于转基因动物受遗传镶嵌性和杂合性的影响，其有性生殖后代变异较大，难以形成稳定遗传的转基因品系。&quot;&gt;Transgenic animals by genetic mosaic and heterozygous sexual reproduction offspring variation, it is difficult to form a stable transgenic lines of genetic. &lt;/span&gt;&lt;span d=&quot;因而，尝试从受体动物细胞中分离出线粒体，以外源基因对其进行离体转化，再将转基因线粒体导入受精卵，所发育成的转基因动物雌性个体外培养的卵细胞与任一雄性个体交配或&quot; f=&quot;Thus, try out of mitochondria isolated from the recipient animal cells, the exogenous gene be transformed in vitro, and then transgenic mitochondrial import fertilized eggs develop into a transgenic animal females cultured egg and Renyi Xiong individual mating or &quot; title=&quot;因而，尝试从受体动物细胞中分离出线粒体，以外源基因对其进行离体转化，再将转基因线粒体导入受精卵，所发育成的转基因动物雌性个体外培养的卵细胞与任一雄性个体交配或&quot;&gt;Thus, try out of mitochondria isolated from the recipient animal cells, the exogenous gene be transformed in vitro, and then transgenic mitochondrial import fertilized eggs develop into a transgenic animal females cultured egg and Renyi Xiong individual mating or &lt;/span&gt;&lt;span d=&quot;体外人工授精，由于线粒体的细胞质遗传，其有性后代可能全都是转基因个体。&quot; f=&quot;artificial insemination, in vitro, mitochondrial cytoplasmic sexual offspring may all transgenic individuals. &quot; title=&quot;体外人工授精，由于线粒体的细胞质遗传，其有性后代可能全都是转基因个体。&quot;&gt;artificial insemination, in vitro, mitochondrial cytoplasmic sexual offspring may all transgenic individuals. &lt;/span&gt;&lt;span d=&quot;编辑本段重要影响对现实生活&quot; f=&quot;Edit this paragraph an important impact on the real life
&quot; title=&quot;编辑本段重要影响对现实生活&quot;&gt;Edit this paragraph an important impact on the real life&lt;/span&gt;&lt;span d=&quot;2000年3月，克隆小猪“横空出世”。&quot; f=&quot;In March 2000, the cloned piglets &amp;quot;turned out.&amp;quot; &quot; title=&quot;2000年3月，克隆小猪“横空出世”。&quot;&gt;In March 2000, the cloned piglets &quot;turned out.&quot; &lt;/span&gt;&lt;span d=&quot;随之而来，欧美之间也为转基因食品吃与不吃的问题争论不休。&quot; f=&quot;Followed by Europe and the United States between genetically modified foods to eat and do not eat the issues debated. &quot; title=&quot;随之而来，欧美之间也为转基因食品吃与不吃的问题争论不休。&quot;&gt;Followed by Europe and the United States between genetically modified foods to eat and do not eat the issues debated. &lt;/span&gt;&lt;span d=&quot;90年代初，市场上第一个转基因食品出现在美国，是一种保鲜番茄，这项研究成果本是在英国研究成功的，转基因食品一发不可收。&quot; f=&quot;The early 1990s, the first to market a genetically modified foods in the United States, is a fresh tomato, the study results of this successful study in the United Kingdom, genetically modified foods became even more rampant. &quot; title=&quot;90年代初，市场上第一个转基因食品出现在美国，是一种保鲜番茄，这项研究成果本是在英国研究成功的，转基因食品一发不可收。&quot;&gt;The early 1990s, the first to market a genetically modified foods in the United States, is a fresh tomato, the study results of this successful study in the United Kingdom, genetically modified foods became even more rampant. &lt;/span&gt;&lt;span d=&quot;据统计，美国食品和药物管理局确定的转基因品种已有43种。&quot; f=&quot;According to statistics, 43 kinds of transgenic varieties have been identified by the U.S. Food and Drug Administration (FDA). &quot; title=&quot;据统计，美国食品和药物管理局确定的转基因品种已有43种。&quot;&gt;According to statistics, 43 kinds of transgenic varieties have been identified by the U.S. Food and Drug Administration (FDA). &lt;/span&gt;&lt;span d=&quot;美国是转基因食品最多的国家，60%以上的加工食品含有转基因成分，90%以上的大豆、50%以上的玉米、小麦是转基因的。&quot; f=&quot;The United States is the most genetically modified foods, and more than 60 percent of processed foods contain genetically modified ingredients, more than 90% of the soybeans, 50% corn, genetically modified wheat. &quot; title=&quot;美国是转基因食品最多的国家，60%以上的加工食品含有转基因成分，90%以上的大豆、50%以上的玉米、小麦是转基因的。&quot;&gt;The United States is the most genetically modified foods, and more than 60 percent of processed foods contain genetically modified ingredients, more than 90% of the soybeans, 50% corn, genetically modified wheat. &lt;/span&gt;&lt;span d=&quot;转基因食品有转基因植物，如：西红柿、土豆、玉米等，还有转基因动物，如：鱼、牛、羊等。&quot; f=&quot;Genetically modified foods genetically modified plants, such as: tomatoes, potatoes, corn and other transgenic animals, such as: fish, cattle, sheep. &quot; title=&quot;转基因食品有转基因植物，如：西红柿、土豆、玉米等，还有转基因动物，如：鱼、牛、羊等。&quot;&gt;Genetically modified foods genetically modified plants, such as: tomatoes, potatoes, corn and other transgenic animals, such as: fish, cattle, sheep. &lt;/span&gt;&lt;span d=&quot;虽然转基因食品与普通食品在口感上没有多大差别，但转基因的植物、动物有明显的优势：优质高产、抗虫、抗病毒、抗除草剂、改良品质、抗逆境生存等。&quot; f=&quot;Although the conversion genetically modified food and ordinary food is not much difference in the taste, but genetically modified plants, animals have a distinct advantage: high-quality high-yielding, insect-resistant, anti-viral, anti-herbicide, improved quality, and tolerance to survive.
&quot; title=&quot;虽然转基因食品与普通食品在口感上没有多大差别，但转基因的植物、动物有明显的优势：优质高产、抗虫、抗病毒、抗除草剂、改良品质、抗逆境生存等。&quot;&gt;Although the conversion genetically modified food and ordinary food is not much difference in the taste, but genetically modified plants, animals have a distinct advantage: high-quality high-yielding, insect-resistant, anti-viral, anti-herbicide, improved quality, and tolerance to survive.&lt;/span&gt;&lt;span d=&quot;对生态物种&quot; f=&quot;Ecological species
&quot; title=&quot;对生态物种&quot;&gt;Ecological species&lt;/span&gt;&lt;span d=&quot;转基因作物因为是人工制造的品种，我们可以把这些品种看作为自然界原来不存在的外来种。&quot; f=&quot;Transgenic crops is artificial varieties, we can put these varieties look as natural exotic species does not exist. &quot; title=&quot;转基因作物因为是人工制造的品种，我们可以把这些品种看作为自然界原来不存在的外来种。&quot;&gt;Transgenic crops is artificial varieties, we can put these varieties look as natural exotic species does not exist. &lt;/span&gt;&lt;span d=&quot;一般说来，外来种对环境或生物多样性造成威胁或危险会有一段较长的时间。&quot; f=&quot;In general, foreign species threat or danger to the environment or biological diversity, there will be a long period of time. &quot; title=&quot;一般说来，外来种对环境或生物多样性造成威胁或危险会有一段较长的时间。&quot;&gt;In general, foreign species threat or danger to the environment or biological diversity, there will be a long period of time. &lt;/span&gt;&lt;span d=&quot;有时需10年的时间，或更长的时间。&quot; f=&quot;Sometimes need 10 years or longer. &quot; title=&quot;有时需10年的时间，或更长的时间。&quot;&gt;Sometimes need 10 years or longer. &lt;/span&gt;&lt;span d=&quot;转基因作物商品化种植至今最长也就是5～6年的时间，一些潜在风险在这么短的时间内不一定能表现出来。&quot; f=&quot;Transgenic crop commercialization planting has the longest is 5-6 years, some of the potential risk in such a short period of time may not be able to show it. &quot; title=&quot;转基因作物商品化种植至今最长也就是5～6年的时间，一些潜在风险在这么短的时间内不一定能表现出来。&quot;&gt;Transgenic crop commercialization planting has the longest is 5-6 years, some of the potential risk in such a short period of time may not be able to show it. &lt;/span&gt;&lt;span d=&quot;可是有些风险在实验室水平上已经证实。&quot; f=&quot;But some risk has been confirmed in the laboratory level. &quot; title=&quot;可是有些风险在实验室水平上已经证实。&quot;&gt;But some risk has been confirmed in the laboratory level. &lt;/span&gt;&lt;span d=&quot;如Mikkelsen等证实抗除草剂转基因油菜的抗除草剂基因可以通过基因流在一次杂交、一次回交的过程已转到其野生近缘种中（Mikkelsen et al., 1996）。&quot; f=&quot;Mikkelsen confirmed transgenic herbicide-resistant oilseed rape herbicide-resistant gene by gene flow in a hybrid, once the process of backcross has been transferred to its wild relatives (Mikkelsen, et al, 1996).
&quot; title=&quot;如Mikkelsen等证实抗除草剂转基因油菜的抗除草剂基因可以通过基因流在一次杂交、一次回交的过程已转到其野生近缘种中（Mikkelsen et al., 1996）。&quot;&gt;Mikkelsen confirmed transgenic herbicide-resistant oilseed rape herbicide-resistant gene by gene flow in a hybrid, once the process of backcross has been transferred to its wild relatives (Mikkelsen, et al, 1996).&lt;/span&gt;&lt;span d=&quot;对环境系统&quot; f=&quot;Environmental Systems
&quot; title=&quot;对环境系统&quot;&gt;Environmental Systems&lt;/span&gt;&lt;span d=&quot;农田生态系统Agro-ecosystem 增加杀虫剂的使用——抗性的选择和转运到可相容的其它植物中产生新的农田杂草——基因流和杂交转基因植物自身变为杂草——插入&quot; f=&quot;Farmland ecosystems Agro-ecosystem to increase the use of pesticides - resistance to the selection and transshipment to other compatible plants produce new farmland weeds - gene flow and hybridization of transgenic plants become weeds - Insert &quot; title=&quot;农田生态系统Agro-ecosystem 增加杀虫剂的使用——抗性的选择和转运到可相容的其它植物中产生新的农田杂草——基因流和杂交转基因植物自身变为杂草——插入&quot;&gt;Farmland ecosystems Agro-ecosystem to increase the use of pesticides - resistance to the selection and transshipment to other compatible plants produce new farmland weeds - gene flow and hybridization of transgenic plants become weeds - Insert &lt;/span&gt;&lt;span d=&quot;性状的竞争产生新的病毒——不同病毒基因组和转基因作物的病毒外壳蛋白的重组产生新的作物害虫病原体——植物相互作用食草动物——植物相互作用对非目标生物的伤害——食草&quot; f=&quot;the traits competition new virus - different viral genome and the reorganization of the viral coat protein transgenic crops generate new crop pest pathogens - the plant interactions herbivores - plant interactions damage to non-target organisms - herbivorous &quot; title=&quot;性状的竞争产生新的病毒——不同病毒基因组和转基因作物的病毒外壳蛋白的重组产生新的作物害虫病原体——植物相互作用食草动物——植物相互作用对非目标生物的伤害——食草&quot;&gt;the traits competition new virus - different viral genome and the reorganization of the viral coat protein transgenic crops generate new crop pest pathogens - the plant interactions herbivores - plant interactions damage to non-target organisms - herbivorous &lt;/span&gt;&lt;span d=&quot;动物的误食编辑本段技术应用自1996年首例转基因农作物产业化应用以来，全球转基因技术研究与产业应用快速发展。&quot; f=&quot;this paragraph animals eating editing technology applications since 1996, the first case since the industrial applications of transgenic crops, the global rapid development of transgenic technology research and industrial applications. &quot; title=&quot;动物的误食编辑本段技术应用自1996年首例转基因农作物产业化应用以来，全球转基因技术研究与产业应用快速发展。&quot;&gt;this paragraph animals eating editing technology applications since 1996, the first case since the industrial applications of transgenic crops, the global rapid development of transgenic technology research and industrial applications. &lt;/span&gt;&lt;span d=&quot;发达国家纷纷把发展转基因技术作为抢占未来科技制高点和增强农业国际竞争力的战略重点，发展中国家也积极跟进，并呈现以下发展态势： 一是品种培育速度加快。&quot; f=&quot;Strategic focus of the developed countries have the development of transgenic technology as to seize the high ground for the technologies of the future and to enhance the international competitiveness of agriculture, developing countries are also actively follow up and show the following trend: First, the breeding of speed. &quot; title=&quot;发达国家纷纷把发展转基因技术作为抢占未来科技制高点和增强农业国际竞争力的战略重点，发展中国家也积极跟进，并呈现以下发展态势： 一是品种培育速度加快。&quot;&gt;Strategic focus of the developed countries have the development of transgenic technology as to seize the high ground for the technologies of the future and to enhance the international competitiveness of agriculture, developing countries are also actively follow up and show the following trend: First, the breeding of speed. &lt;/span&gt;&lt;span d=&quot;随着生命科学、基因组学、信息学等学科的发展，转基因技术研究日新月异，研究手段、装备水平不断提高，基因克隆技术突飞猛进，一些新基因、新性状和新产品不断涌现。&quot; f=&quot;With the development of the life sciences, genomics, bioinformatics, and other disciplines, transgenic technology with each passing day, research tools, equipment has improved continuously, cloning technology are advancing by leaps and bounds, some new genes, new characters and new products continue to emerge. &quot; title=&quot;随着生命科学、基因组学、信息学等学科的发展，转基因技术研究日新月异，研究手段、装备水平不断提高，基因克隆技术突飞猛进，一些新基因、新性状和新产品不断涌现。&quot;&gt;With the development of the life sciences, genomics, bioinformatics, and other disciplines, transgenic technology with each passing day, research tools, equipment has improved continuously, cloning technology are advancing by leaps and bounds, some new genes, new characters and new products continue to emerge. &lt;/span&gt;&lt;span d=&quot;品种培育呈代际特征，目前全球转基因生物新品种已从抗虫和抗除草剂等第一代产品，向改善营养品质和提高产量的第二代产品，以及工业、医药和生物反应器等第&quot; f=&quot;Variety cultivation was intergenerational characteristics of the world of new varieties of genetically modified organisms from the first generation of insect-resistant and herbicide-resistant products, to improve the nutritional quality and increase the production of second-generation products, as well as industrial, pharmaceutical and bio-reactor rankings &quot; title=&quot;品种培育呈代际特征，目前全球转基因生物新品种已从抗虫和抗除草剂等第一代产品，向改善营养品质和提高产量的第二代产品，以及工业、医药和生物反应器等第&quot;&gt;Variety cultivation was intergenerational characteristics of the world of new varieties of genetically modified organisms from the first generation of insect-resistant and herbicide-resistant products, to improve the nutritional quality and increase the production of second-generation products, as well as industrial, pharmaceutical and bio-reactor rankings &lt;/span&gt;&lt;span d=&quot;三代产品转变，多基因聚合的复合性状正成为转基因技术研究与应用的重点。&quot; f=&quot;changes in three generations of products, the polymerization of the composite multi-gene traits is becoming the focus of research and application of transgenic technology. &quot; title=&quot;三代产品转变，多基因聚合的复合性状正成为转基因技术研究与应用的重点。&quot;&gt;changes in three generations of products, the polymerization of the composite multi-gene traits is becoming the focus of research and application of transgenic technology. &lt;/span&gt;&lt;span d=&quot;二是产业化应用规模迅速扩大。&quot; f=&quot;Industrial applications has expanded rapidly. &quot; title=&quot;二是产业化应用规模迅速扩大。&quot;&gt;Industrial applications has expanded rapidly. &lt;/span&gt;&lt;span d=&quot;截至2009年底，全球已有25个国家批准了24种转基因作物的商业化应用。&quot; f=&quot;As of the end of 2009, 25 countries around the world have approved the commercial application of the 24 kinds of genetically modified crops. &quot; title=&quot;截至2009年底，全球已有25个国家批准了24种转基因作物的商业化应用。&quot;&gt;As of the end of 2009, 25 countries around the world have approved the commercial application of the 24 kinds of genetically modified crops. &lt;/span&gt;&lt;span d=&quot;以转基因大豆、棉花、玉米、油菜为代表的转基因作物种植面积，由1996年的2550万亩发展到2009年的20亿亩，14年间增长了79倍。&quot; f=&quot;Transfer of genetically modified soybeans, cotton, corn, canola acreage of genetically modified crops, 2550 mu development by 1996 to 20 million hectares in 2009, 14 years, an increase of 79 times. &quot; title=&quot;以转基因大豆、棉花、玉米、油菜为代表的转基因作物种植面积，由1996年的2550万亩发展到2009年的20亿亩，14年间增长了79倍。&quot;&gt;Transfer of genetically modified soybeans, cotton, corn, canola acreage of genetically modified crops, 2550 mu development by 1996 to 20 million hectares in 2009, 14 years, an increase of 79 times. &lt;/span&gt;&lt;span d=&quot;美国仍然是最大的种植国，2009年种植面积9.6亿亩；其次是巴西，3.21亿亩；阿根廷，3.195亿亩；印度，1.26亿亩；加拿大，1.23亿亩；中国，5550万亩；巴拉圭，&quot; f=&quot;The United States is still the largest-growing countries, the planting area of ​​9.6 million hectares in 2009; followed by Brazil, 3.21 million hectares; Argentina, 3.195 million hectares; India, 1.26 million hectares; Canada, 1.23 million hectares; China, 5550 mu; Paraguay &quot; title=&quot;美国仍然是最大的种植国，2009年种植面积9.6亿亩；其次是巴西，3.21亿亩；阿根廷，3.195亿亩；印度，1.26亿亩；加拿大，1.23亿亩；中国，5550万亩；巴拉圭，&quot;&gt;The United States is still the largest-growing countries, the planting area of ​​9.6 million hectares in 2009; followed by Brazil, 3.21 million hectares; Argentina, 3.195 million hectares; India, 1.26 million hectares; Canada, 1.23 million hectares; China, 5550 mu; Paraguay &lt;/span&gt;&lt;span d=&quot;3300万亩；南非，3150万亩。&quot; f=&quot;3300 mu; South Africa, 3150 mu. &quot; title=&quot;3300万亩；南非，3150万亩。&quot;&gt;3300 mu; South Africa, 3150 mu. &lt;/span&gt;&lt;span d=&quot;值得一提的是，2000年以来，美国先后批准了6个抗除草剂和药用转基因水稻、伊朗批准了1个转基因抗虫水稻商业化种植；加拿大、墨西哥、澳大利亚、哥伦比亚4国批准了转基因&quot; f=&quot;It is worth mentioning, since 2000, the United States has approved a six herbicide-resistant transgenic rice and medicinal Iran approved a transgenic rice commercial cultivation; Canada, Mexico, Australia, Colombia 4 approved genetically modified &quot; title=&quot;值得一提的是，2000年以来，美国先后批准了6个抗除草剂和药用转基因水稻、伊朗批准了1个转基因抗虫水稻商业化种植；加拿大、墨西哥、澳大利亚、哥伦比亚4国批准了转基因&quot;&gt;It is worth mentioning, since 2000, the United States has approved a six herbicide-resistant transgenic rice and medicinal Iran approved a transgenic rice commercial cultivation; Canada, Mexico, Australia, Colombia 4 approved genetically modified &lt;/span&gt;&lt;span d=&quot;水稻进口，允许食用。&quot; f=&quot;rice imports, allowing consumption. &quot; title=&quot;水稻进口，允许食用。&quot;&gt;rice imports, allowing consumption. &lt;/span&gt;&lt;span d=&quot;三是生态和经济效益十分显著。&quot; f=&quot;Ecological and economic benefits are very significant. &quot; title=&quot;三是生态和经济效益十分显著。&quot;&gt;Ecological and economic benefits are very significant. &lt;/span&gt;&lt;span d=&quot;1996至2007年，全球转基因作物的累计收益高达440亿美元，累计减少杀虫剂使用35.9万吨。&quot; f=&quot;In 1996-2007, the global transgenic crops cumulative gain of up to 44 billion U.S. dollars, the cumulative reduction of pesticide use 359,000 tons. &quot; title=&quot;1996至2007年，全球转基因作物的累计收益高达440亿美元，累计减少杀虫剂使用35.9万吨。&quot;&gt;In 1996-2007, the global transgenic crops cumulative gain of up to 44 billion U.S. dollars, the cumulative reduction of pesticide use 359,000 tons. &lt;/span&gt;&lt;span d=&quot;2008年，全球转基因产品市场价值达到75亿美元。&quot; f=&quot;In 2008, the the the global GMO market value of $ 7.5 billion. &quot; title=&quot;2008年，全球转基因产品市场价值达到75亿美元。&quot;&gt;In 2008, the the the global GMO market value of $ 7.5 billion. &lt;/span&gt;&lt;span d=&quot;编辑本段谣言及辟谣谣言一1997-1998年，英国等实验分析发现转基因食品导致某些动物健康异常和种植区域出现异常。&quot; f=&quot;Edit this paragraph rumors and rumor rumors 1997-1998, Britain and experimental analysis found that genetically modified foods abnormal result in certain abnormal animal health and the planting area. &quot; title=&quot;编辑本段谣言及辟谣谣言一1997-1998年，英国等实验分析发现转基因食品导致某些动物健康异常和种植区域出现异常。&quot;&gt;Edit this paragraph rumors and rumor rumors 1997-1998, Britain and experimental analysis found that genetically modified foods abnormal result in certain abnormal animal health and the planting area. &lt;/span&gt;&lt;span d=&quot;英国政府资助的研究显示，食用了转基因土豆的老鼠出现了肝脏癌症早期症状、睾丸发育不全、免疫系统和神经系统部分萎缩等异常现象。&quot; f=&quot;The British government-funded studies have shown that consumption of genetically modified potatoes rat liver cancer early symptoms, testicular dysgenesis, part of the immune system and the nervous system atrophy anomalies. &quot; title=&quot;英国政府资助的研究显示，食用了转基因土豆的老鼠出现了肝脏癌症早期症状、睾丸发育不全、免疫系统和神经系统部分萎缩等异常现象。&quot;&gt;The British government-funded studies have shown that consumption of genetically modified potatoes rat liver cancer early symptoms, testicular dysgenesis, part of the immune system and the nervous system atrophy anomalies. &lt;/span&gt;&lt;span d=&quot;【真相】见下文食用安全争议事件4：转基因玉米事件之二。&quot; f=&quot;[Truth] see below the food safety controversy: turn the events of the genetically modified corn. &quot; title=&quot;【真相】见下文食用安全争议事件4：转基因玉米事件之二。&quot;&gt;[Truth] see below the food safety controversy: turn the events of the genetically modified corn. &lt;/span&gt;&lt;span d=&quot;处理数据方法不科学。&quot; f=&quot;Method of processing data unscientific. &quot; title=&quot;处理数据方法不科学。&quot;&gt;Method of processing data unscientific. &lt;/span&gt;&lt;span d=&quot;谣言二1997德国农民克劳纳开始种植先正达Bt－176玉米试验田，头三年，玉米长势喜人、毫无虫害，当2001年，他将这种玉米用来喂养母牛时，牛开始剧烈&quot; f=&quot;The rumors two 1997 Ke Laona German farmers start planting Syngenta Bt-176 maize experimental plot, the first three years, corn gratifying, no pests, 2001, when he was this corn is used to feed the cow, the cow began to violently &quot; title=&quot;谣言二1997德国农民克劳纳开始种植先正达Bt－176玉米试验田，头三年，玉米长势喜人、毫无虫害，当2001年，他将这种玉米用来喂养母牛时，牛开始剧烈&quot;&gt;The rumors two 1997 Ke Laona German farmers start planting Syngenta Bt-176 maize experimental plot, the first three years, corn gratifying, no pests, 2001, when he was this corn is used to feed the cow, the cow began to violently &lt;/span&gt;&lt;span d=&quot;腹泻并停止产奶，最后，他总共损失了70头牛。&quot; f=&quot;diarrhea and stop milk production, and finally, he lost a total of 70 cattle. &quot; title=&quot;腹泻并停止产奶，最后，他总共损失了70头牛。&quot;&gt;diarrhea and stop milk production, and finally, he lost a total of 70 cattle. &lt;/span&gt;&lt;span d=&quot;【真相】克劳纳一共损失了12头奶牛，并且7头死在停用转基因饲料之后。&quot; f=&quot;[Truth] Ke Laona a total loss of 12 cows, and seven died after disable GM feed. &quot; title=&quot;【真相】克劳纳一共损失了12头奶牛，并且7头死在停用转基因饲料之后。&quot;&gt;[Truth] Ke Laona a total loss of 12 cows, and seven died after disable GM feed. &lt;/span&gt;&lt;span d=&quot;他家奶牛会死是因为饲料发霉。&quot; f=&quot;His house cows will die because feed moldy. &quot; title=&quot;他家奶牛会死是因为饲料发霉。&quot;&gt;His house cows will die because feed moldy. &lt;/span&gt;&lt;span d=&quot;在西班牙，Bt176至少种植了22000公顷，西班牙环境部证实从未发现任何吃bt转基因玉米的动物产生明显疾病或死亡。&quot; f=&quot;In Spain, Bt176 least planting 22,000 hectares, the Ministry of Environment of Spain confirmed never found any animals eat bt transgenic maize to produce evidence of disease or death. &quot; title=&quot;在西班牙，Bt176至少种植了22000公顷，西班牙环境部证实从未发现任何吃bt转基因玉米的动物产生明显疾病或死亡。&quot;&gt;In Spain, Bt176 least planting 22,000 hectares, the Ministry of Environment of Spain confirmed never found any animals eat bt transgenic maize to produce evidence of disease or death. &lt;/span&gt;&lt;span d=&quot;[6] 谣言三1998年秋，苏格兰Rowett研究所的普兹泰教授（Pusztai）就在电视上公开宣称，他的实验证明，实验鼠肾脏、胸腺和脾脏生长异常或萎缩或生长不当，脑部萎缩&quot; f=&quot;[6] rumors three autumn 1998, Pusztai of the Rowett Research Institute, Professor of Scotland (Pusztai) on TV publicly declared his experiments proved mice kidneys, thymus and spleen growth abnormality or atrophy or growth improper brain atrophy &quot; title=&quot;[6] 谣言三1998年秋，苏格兰Rowett研究所的普兹泰教授（Pusztai）就在电视上公开宣称，他的实验证明，实验鼠肾脏、胸腺和脾脏生长异常或萎缩或生长不当，脑部萎缩&quot;&gt;[6] rumors three autumn 1998, Pusztai of the Rowett Research Institute, Professor of Scotland (Pusztai) on TV publicly declared his experiments proved mice kidneys, thymus and spleen growth abnormality or atrophy or growth improper brain atrophy &lt;/span&gt;&lt;span d=&quot;，多个重要器官也遭到破坏，免疫系统变弱。&quot; f=&quot;several vital organs were also damaged, the immune system is weakened. &quot; title=&quot;，多个重要器官也遭到破坏，免疫系统变弱。&quot;&gt;several vital organs were also damaged, the immune system is weakened. &lt;/span&gt;&lt;span d=&quot;【真相】见下文食用安全争议事件2：普斯泰（Pusztai）事件，实验结果无法重复。&quot; f=&quot;[Truth] see below the food safety controversy: Pusi Tai (Pusztai) event, the experimental results can not be repeated. &quot; title=&quot;【真相】见下文食用安全争议事件2：普斯泰（Pusztai）事件，实验结果无法重复。&quot;&gt;[Truth] see below the food safety controversy: Pusi Tai (Pusztai) event, the experimental results can not be repeated. &lt;/span&gt;&lt;span d=&quot;谣言四1998年，欧盟国家通过法律，把转基因农产品作业严格限制在实验室环境或封闭区域之内。&quot; f=&quot;Rumor 1998 four EU countries pass laws, job strictly limited to genetically modified agricultural products in a lab environment or enclosed area. &quot; title=&quot;谣言四1998年，欧盟国家通过法律，把转基因农产品作业严格限制在实验室环境或封闭区域之内。&quot;&gt;Rumor 1998 four EU countries pass laws, job strictly limited to genetically modified agricultural products in a lab environment or enclosed area. &lt;/span&gt;&lt;span d=&quot;【真相】欧盟从未禁止转基因作物。&quot; f=&quot;[Truth] EU never prohibited genetically modified crops. &quot; title=&quot;【真相】欧盟从未禁止转基因作物。&quot;&gt;[Truth] EU never prohibited genetically modified crops. &lt;/span&gt;&lt;span d=&quot;[7] 谣言五1999年，美国康耐尔大学的研究者John Losey在英国《自然》杂志上发表报告，用涂有转Bt基因玉米花粉的叶片喂养斑蝶，导致44%的幼虫死亡。&quot; f=&quot;[7] rumors Five 1999 John Losey, Cornell University researchers published in the British magazine &amp;quot;Nature&amp;quot; report coated leaves of transgenic Bt corn pollen feeding monarch butterflies, leading to the death of 44% of the larvae. &quot; title=&quot;[7] 谣言五1999年，美国康耐尔大学的研究者John Losey在英国《自然》杂志上发表报告，用涂有转Bt基因玉米花粉的叶片喂养斑蝶，导致44%的幼虫死亡。&quot;&gt;[7] rumors Five 1999 John Losey, Cornell University researchers published in the British magazine &quot;Nature&quot; report coated leaves of transgenic Bt corn pollen feeding monarch butterflies, leading to the death of 44% of the larvae. &lt;/span&gt;&lt;span d=&quot;【真相】请见下文，生态安全争议事件1：帝王蝶事件。&quot; f=&quot;[Truth] see below, ecological safety controversy: the monarch butterfly event. &quot; title=&quot;【真相】请见下文，生态安全争议事件1：帝王蝶事件。&quot;&gt;[Truth] see below, ecological safety controversy: the monarch butterfly event. &lt;/span&gt;&lt;span d=&quot;实验室有威胁，田间无问题谣言六2000年到2001年，转基因种植区域发现生态环境出现异常获得更多证实，譬如，转基因玉米品种本身尚未发现异常，但其周围野生生态环境出现异常，而转基因&quot; f=&quot;Laboratory has-threatening, field no problem rumors six 2000 Nian to 2001 Nian turn genes planting area found abnormal get more confirmed in the ecological environment, for example, turn modified maize varieties itself has not yet found an exception, but its surrounding wild ecological environment appear abnormal, the transgenic &quot; title=&quot;实验室有威胁，田间无问题谣言六2000年到2001年，转基因种植区域发现生态环境出现异常获得更多证实，譬如，转基因玉米品种本身尚未发现异常，但其周围野生生态环境出现异常，而转基因&quot;&gt;Laboratory has-threatening, field no problem rumors six 2000 Nian to 2001 Nian turn genes planting area found abnormal get more confirmed in the ecological environment, for example, turn modified maize varieties itself has not yet found an exception, but its surrounding wild ecological environment appear abnormal, the transgenic &lt;/span&gt;&lt;span d=&quot;甜菜等品种的野外试验显示其本身和环境都发现异常。&quot; f=&quot;varieties of sugar beet and other field tests show itself and the environment are abnormal. &quot; title=&quot;甜菜等品种的野外试验显示其本身和环境都发现异常。&quot;&gt;varieties of sugar beet and other field tests show itself and the environment are abnormal. &lt;/span&gt;&lt;span d=&quot;为此，美国、加拿大、英国和欧盟国家的政府农业部门紧急成立农业生态环境保护工作组，对转基因种植区开始全天候的严密监控措施。&quot; f=&quot;To this end, the Government of the United States, Canada, the United Kingdom and the European Union countries the agricultural sector the urgent establishment of agro-ecological environmental protection working group, began to closely monitor weather measures transgenic planting area. &quot; title=&quot;为此，美国、加拿大、英国和欧盟国家的政府农业部门紧急成立农业生态环境保护工作组，对转基因种植区开始全天候的严密监控措施。&quot;&gt;To this end, the Government of the United States, Canada, the United Kingdom and the European Union countries the agricultural sector the urgent establishment of agro-ecological environmental protection working group, began to closely monitor weather measures transgenic planting area. &lt;/span&gt;&lt;span d=&quot;【真相】查无此事，纯属编造。&quot; f=&quot;[Truth] check this matter is purely fabricated. &quot; title=&quot;【真相】查无此事，纯属编造。&quot;&gt;[Truth] check this matter is purely fabricated. &lt;/span&gt;&lt;span d=&quot;谣言七2004年先正达研发的转基因Bt-176玉米爆发丑闻，德国黑森州北部农民从1997年开始试种Bt-176玉米，并用作奶牛的补充饲料，2000年当农民开始提高该玉米在&quot; f=&quot;The rumors seven 2004 Syngenta research and development of genetically modified Bt-176 maize scandals, northern Hesse, Germany farmers from 1997 to try to grow Bt-176 corn and used as cow feed supplements, 2000, when farmers began to raise the corn in &quot; title=&quot;谣言七2004年先正达研发的转基因Bt-176玉米爆发丑闻，德国黑森州北部农民从1997年开始试种Bt-176玉米，并用作奶牛的补充饲料，2000年当农民开始提高该玉米在&quot;&gt;The rumors seven 2004 Syngenta research and development of genetically modified Bt-176 maize scandals, northern Hesse, Germany farmers from 1997 to try to grow Bt-176 corn and used as cow feed supplements, 2000, when farmers began to raise the corn in &lt;/span&gt;&lt;span d=&quot;饲料中的比例后，所有的牛都死了。&quot; f=&quot;proportion of the feed, the cattle are dead. &quot; title=&quot;饲料中的比例后，所有的牛都死了。&quot;&gt;proportion of the feed, the cattle are dead. &lt;/span&gt;&lt;span d=&quot;2004年瑞士联邦技术研究院地球植物学研究所海尔比克教授发现，Bt-176中的用来毒杀欧洲玉米螟的Bt毒素，无法分解，最终毒死了奶牛。&quot; f=&quot;Haier BAK, Swiss Federal Institute of Technology Institute of Earth botany professor found in 2004, used to poison the European corn borer Bt toxin in Bt-176, can not break down, eventually poisoned cows. &quot; title=&quot;2004年瑞士联邦技术研究院地球植物学研究所海尔比克教授发现，Bt-176中的用来毒杀欧洲玉米螟的Bt毒素，无法分解，最终毒死了奶牛。&quot;&gt;Haier BAK, Swiss Federal Institute of Technology Institute of Earth botany professor found in 2004, used to poison the European corn borer Bt toxin in Bt-176, can not break down, eventually poisoned cows. &lt;/span&gt;&lt;span d=&quot;【真相】和谣言二是同一件事。&quot; f=&quot;[Truth] and rumors, the second is the same thing. &quot; title=&quot;【真相】和谣言二是同一件事。&quot;&gt;[Truth] and rumors, the second is the same thing. &lt;/span&gt;&lt;span d=&quot;至于这个海尔比克教授，在苏黎世联邦理工学院（←“瑞士联邦技术研究院”的正确翻译）的教授名单中没见到有类似名字的教授。&quot; f=&quot;As for the Haier BAK Professor Professor List of the ETH Zurich (← &amp;quot;correct translation of the Swiss Federal Institute of Technology&amp;quot;) did not see a similar name professor. &quot; title=&quot;至于这个海尔比克教授，在苏黎世联邦理工学院（←“瑞士联邦技术研究院”的正确翻译）的教授名单中没见到有类似名字的教授。&quot;&gt;As for the Haier BAK Professor Professor List of the ETH Zurich (← &quot;correct translation of the Swiss Federal Institute of Technology&quot;) did not see a similar name professor. &lt;/span&gt;&lt;span d=&quot;而所谓“地球植物学研究所”……该学院根本就没这个所。&quot; f=&quot;The so-called &amp;quot;Earth Geobotany ... the college did not even this by. &quot; title=&quot;而所谓“地球植物学研究所”……该学院根本就没这个所。&quot;&gt;The so-called &quot;Earth Geobotany ... the college did not even this by. &lt;/span&gt;&lt;span d=&quot;谣言八2005年5月22日，英国《独立报》又披露了知名生物技术公司“孟山都”的一份报告，以转基因食品喂养的老鼠出现器官变异和血液成份改变的现象。&quot; f=&quot;Rumors eight May 22, 2005, the British newspaper &amp;quot;Independent&amp;quot; and disclosed in a report in a leading biotechnology company Monsanto &amp;quot;to genetically modified food to feed the mice appear the organ variability and blood components change phenomenon. &quot; title=&quot;谣言八2005年5月22日，英国《独立报》又披露了知名生物技术公司“孟山都”的一份报告，以转基因食品喂养的老鼠出现器官变异和血液成份改变的现象。&quot;&gt;Rumors eight May 22, 2005, the British newspaper &quot;Independent&quot; and disclosed in a report in a leading biotechnology company Monsanto &quot;to genetically modified food to feed the mice appear the organ variability and blood components change phenomenon. &lt;/span&gt;&lt;span d=&quot;【真相】和谣言一是同一件事。&quot; f=&quot;[Truth] and rumors First, the same thing. &quot; title=&quot;【真相】和谣言一是同一件事。&quot;&gt;[Truth] and rumors First, the same thing. &lt;/span&gt;&lt;span d=&quot;见下文食用安全争议事件4：转基因玉米事件之二。&quot; f=&quot;See below the food safety controversy: turn the events of the genetically modified corn. &quot; title=&quot;见下文食用安全争议事件4：转基因玉米事件之二。&quot;&gt;See below the food safety controversy: turn the events of the genetically modified corn. &lt;/span&gt;&lt;span d=&quot;处理数据方法不科学。&quot; f=&quot;Method of processing data unscientific. &quot; title=&quot;处理数据方法不科学。&quot;&gt;Method of processing data unscientific. &lt;/span&gt;&lt;span d=&quot;谣言九2005年11月16日，澳大利亚联邦科学与工业研究组织（CSIRO）发表的一篇研究报告显示，一项持续4个星期的实验表明，被喂食了转基因豌豆的小白鼠的肺部产生了&quot; f=&quot;Rumors nine November 16, 2005, a research report published by the Australian Commonwealth Scientific and Industrial Research Organisation (CSIRO), a continuing four weeks of the experiment show that the lungs of mice fed GM peas generated &quot; title=&quot;谣言九2005年11月16日，澳大利亚联邦科学与工业研究组织（CSIRO）发表的一篇研究报告显示，一项持续4个星期的实验表明，被喂食了转基因豌豆的小白鼠的肺部产生了&quot;&gt;Rumors nine November 16, 2005, a research report published by the Australian Commonwealth Scientific and Industrial Research Organisation (CSIRO), a continuing four weeks of the experiment show that the lungs of mice fed GM peas generated &lt;/span&gt;&lt;span d=&quot;炎症，小白鼠发生过敏反应，并对其他过敏原更加敏感，并据此叫停了历时10年、耗资300万美元的转基因项目。&quot; f=&quot;inflammation, mice allergic reaction, and more sensitive to other allergens, which halted transgenic project lasted 10 years and cost $ 3 million. &quot; title=&quot;炎症，小白鼠发生过敏反应，并对其他过敏原更加敏感，并据此叫停了历时10年、耗资300万美元的转基因项目。&quot;&gt;inflammation, mice allergic reaction, and more sensitive to other allergens, which halted transgenic project lasted 10 years and cost $ 3 million. &lt;/span&gt;&lt;span d=&quot;【真相】事实。&quot; f=&quot;[Truth】 fact. &quot; title=&quot;【真相】事实。&quot;&gt;[Truth】 fact. &lt;/span&gt;&lt;span d=&quot;因此类似这种会造成问题的转基因成果都不会被大面积应用，即使耗资巨大也会停掉。&quot; f=&quot;Therefore, the outcome of the transgenic similar to this will cause problems will not be a large area of ​​the application, even if costly also stopped. &quot; title=&quot;因此类似这种会造成问题的转基因成果都不会被大面积应用，即使耗资巨大也会停掉。&quot;&gt;Therefore, the outcome of the transgenic similar to this will cause problems will not be a large area of ​​the application, even if costly also stopped. &lt;/span&gt;&lt;span d=&quot;真的能拿来应用的都是安全的。&quot; f=&quot;Really can bring applications are safe. &quot; title=&quot;真的能拿来应用的都是安全的。&quot;&gt;Really can bring applications are safe. &lt;/span&gt;&lt;span d=&quot;谣言十2006年，俄罗斯科学院高级神经活动和神经生理研究所科学家伊琳娜艾尔马科娃博士研究发现，食用转基因大豆食物的老鼠，其幼鼠一半以上在出生后头三个星期死亡，是没有&quot; f=&quot;Rumors ten in 2006, higher nervous activity of the Russian Academy of Sciences and the Institute of Neurophysiology scientist Dr. Ma Kewa Irina Al found eating mice transgenic soybean food, more than half of its pups born during the first three weeks of death is not &quot; title=&quot;谣言十2006年，俄罗斯科学院高级神经活动和神经生理研究所科学家伊琳娜艾尔马科娃博士研究发现，食用转基因大豆食物的老鼠，其幼鼠一半以上在出生后头三个星期死亡，是没有&quot;&gt;Rumors ten in 2006, higher nervous activity of the Russian Academy of Sciences and the Institute of Neurophysiology scientist Dr. Ma Kewa Irina Al found eating mice transgenic soybean food, more than half of its pups born during the first three weeks of death is not &lt;/span&gt;&lt;span d=&quot;食用转基因大豆老鼠死亡率的6倍。&quot; f=&quot;eat genetically modified soybeans the rat mortality of 6 times. &quot; title=&quot;食用转基因大豆老鼠死亡率的6倍。&quot;&gt;eat genetically modified soybeans the rat mortality of 6 times. &lt;/span&gt;&lt;span d=&quot;【真相】见下文食用安全争议事件5：俄罗斯转基因食品事件谣言十一2007年，在奥地利政府的资助下，泽特克教授及其研究小组对孟都山公司研发的“转基因玉米NK603（抗除草&quot; f=&quot;The Truth] see below food safety controversy: genetically modified food events in Russia rumors eleven in 2007, funded by the Austrian government, Ze Teke professor and his research team developed Mengdou Mountain genetically modified maize NK603 (anti weeding &quot; title=&quot;【真相】见下文食用安全争议事件5：俄罗斯转基因食品事件谣言十一2007年，在奥地利政府的资助下，泽特克教授及其研究小组对孟都山公司研发的“转基因玉米NK603（抗除草&quot;&gt;The Truth] see below food safety controversy: genetically modified food events in Russia rumors eleven in 2007, funded by the Austrian government, Ze Teke professor and his research team developed Mengdou Mountain genetically modified maize NK603 (anti weeding &lt;/span&gt;&lt;span d=&quot;剂）和转基因玉米MON810（Bt抗虫）的杂交品种”进行了实验。&quot; f=&quot;agent) and hybrid varieties of genetically modified maize MON810 (Bt insect-resistant) &amp;quot;experimental. &quot; title=&quot;剂）和转基因玉米MON810（Bt抗虫）的杂交品种”进行了实验。&quot;&gt;agent) and hybrid varieties of genetically modified maize MON810 (Bt insect-resistant) &quot;experimental. &lt;/span&gt;&lt;span d=&quot;在经过长达20周的观察之后，发现转基因产品影响了小鼠的生殖能力。&quot; f=&quot;After up to 20 weeks of observation, found that genetically modified mice affects the reproductive capacity. &quot; title=&quot;在经过长达20周的观察之后，发现转基因产品影响了小鼠的生殖能力。&quot;&gt;After up to 20 weeks of observation, found that genetically modified mice affects the reproductive capacity. &lt;/span&gt;&lt;span d=&quot;【真相】见下文食用安全争议事件4：转基因玉米事件之二谣言十二2007年10月和11月，美国《纽约时报》等媒体报道，经过长期周密跟踪观察，发现有两种转基因玉米种植&quot; f=&quot;The Truth] see below the food safety controversy: turn modified maize events rumor on twelve October 2007 and November, &amp;quot;The New York Times and other media reported, after a long and meticulous tracking observation, found that there are two kinds of genetically modified corn planting &quot; title=&quot;【真相】见下文食用安全争议事件4：转基因玉米事件之二谣言十二2007年10月和11月，美国《纽约时报》等媒体报道，经过长期周密跟踪观察，发现有两种转基因玉米种植&quot;&gt;The Truth] see below the food safety controversy: turn modified maize events rumor on twelve October 2007 and November, &quot;The New York Times and other media reported, after a long and meticulous tracking observation, found that there are two kinds of genetically modified corn planting &lt;/span&gt;&lt;span d=&quot;导致伤害蝴蝶生存，对生态环境安全的威胁程度已经超出可接受水平。&quot; f=&quot;The cause harm Butterfly survival, the level of threat to the ecological environment security is beyond the acceptable level. &quot; title=&quot;导致伤害蝴蝶生存，对生态环境安全的威胁程度已经超出可接受水平。&quot;&gt;The cause harm Butterfly survival, the level of threat to the ecological environment security is beyond the acceptable level. &lt;/span&gt;&lt;span d=&quot;为此，欧盟已经做出了初步决定、禁止该转基因玉米的种子销售使用。&quot; f=&quot;To this end, the EU has made a preliminary decision to prohibit the use of the genetically modified corn seed sales. &quot; title=&quot;为此，欧盟已经做出了初步决定、禁止该转基因玉米的种子销售使用。&quot;&gt;To this end, the EU has made a preliminary decision to prohibit the use of the genetically modified corn seed sales. &lt;/span&gt;&lt;span d=&quot;【真相】请见下文，生态安全争议事件1：帝王蝶事件。&quot; f=&quot;[Truth] see below, ecological safety controversy: the monarch butterfly event. &quot; title=&quot;【真相】请见下文，生态安全争议事件1：帝王蝶事件。&quot;&gt;[Truth] see below, ecological safety controversy: the monarch butterfly event. &lt;/span&gt;&lt;span d=&quot;另外欧盟从未禁止过转基因作物[7] 谣言十三2007年，法国科学家证实，孟山都公司出产的一种转基因玉米对人体肝脏和肾脏具有毒性。&quot; f=&quot;In addition, the EU has never banned genetically modified crops [7] rumors thirteen in 2007, French scientists confirmed, Monsanto produced a genetically modified corn is toxic to the human liver and kidney. &quot; title=&quot;另外欧盟从未禁止过转基因作物[7] 谣言十三2007年，法国科学家证实，孟山都公司出产的一种转基因玉米对人体肝脏和肾脏具有毒性。&quot;&gt;In addition, the EU has never banned genetically modified crops [7] rumors thirteen in 2007, French scientists confirmed, Monsanto produced a genetically modified corn is toxic to the human liver and kidney. &lt;/span&gt;&lt;span d=&quot;【真相】查无此文。&quot; f=&quot;Truth] where no article. &quot; title=&quot;【真相】查无此文。&quot;&gt;Truth] where no article. &lt;/span&gt;&lt;span d=&quot;只有对老鼠相关消息，可见下文，食用安全争议事件3：转基因玉米事件之一谣言十四2009年12月22日，法国生物技术委员会最终宣布，转基因玉米&amp;quot;弊大于利&amp;quot;，这等于转基因作物&quot; f=&quot;Only mouse related messages seen below, the food safety controversy: turn one of the events of the genetically modified corn rumors fourteen December 22, 2009, the French biotechnology Commission finally announced, &amp;quot;do more harm than good&amp;quot; of genetically modified corn, which is equal to genetically modified crops &quot; title=&quot;只有对老鼠相关消息，可见下文，食用安全争议事件3：转基因玉米事件之一谣言十四2009年12月22日，法国生物技术委员会最终宣布，转基因玉米&amp;quot;弊大于利&amp;quot;，这等于转基因作物&quot;&gt;Only mouse related messages seen below, the food safety controversy: turn one of the events of the genetically modified corn rumors fourteen December 22, 2009, the French biotechnology Commission finally announced, &quot;do more harm than good&quot; of genetically modified corn, which is equal to genetically modified crops &lt;/span&gt;&lt;span d=&quot;种植在法国的永久废除。&quot; f=&quot;planting permanent abolition in France. &quot; title=&quot;种植在法国的永久废除。&quot;&gt;planting permanent abolition in France. &lt;/span&gt;&lt;span d=&quot;【真相】法国从未成功废除，至今仍在种植[8] 谣言十五2009年12月一期《生物科学国际期刊》上发表的研究结果表明，三种孟山都公司的转基因玉米能让老鼠的肝脏&quot; f=&quot;[Truth] France never succeeded in abolishing the still planting [8] rumors fifteen December 2009 &amp;quot;Bioscience International Journal published a study results showed that three kinds of Monsanto&#39;s genetically modified corn make rat liver &quot; title=&quot;【真相】法国从未成功废除，至今仍在种植[8] 谣言十五2009年12月一期《生物科学国际期刊》上发表的研究结果表明，三种孟山都公司的转基因玉米能让老鼠的肝脏&quot;&gt;[Truth] France never succeeded in abolishing the still planting [8] rumors fifteen December 2009 &quot;Bioscience International Journal published a study results showed that three kinds of Monsanto&#39;s genetically modified corn make rat liver &lt;/span&gt;&lt;span d=&quot;、肾脏和其它器官受损。&quot; f=&quot;, damage to the kidneys and other organs. &quot; title=&quot;、肾脏和其它器官受损。&quot;&gt;, damage to the kidneys and other organs. &lt;/span&gt;&lt;span d=&quot;三种转基因玉米品种，一种设计能抗广谱除草剂（即所谓的Roundup-ready），另外两种含有细菌衍生蛋白质，具有杀虫剂特性。&quot; f=&quot;Three genetically modified corn varieties, a design resistant to broad-spectrum herbicides (the so-called Roundup-ready), and the other two contain bacteria-derived protein, has insecticidal properties. &quot; title=&quot;三种转基因玉米品种，一种设计能抗广谱除草剂（即所谓的Roundup-ready），另外两种含有细菌衍生蛋白质，具有杀虫剂特性。&quot;&gt;Three genetically modified corn varieties, a design resistant to broad-spectrum herbicides (the so-called Roundup-ready), and the other two contain bacteria-derived protein, has insecticidal properties. &lt;/span&gt;&lt;span d=&quot;这项研究利用了孟山都自己的原始数据。&quot; f=&quot;The study used a Monsanto raw data. &quot; title=&quot;这项研究利用了孟山都自己的原始数据。&quot;&gt;The study used a Monsanto raw data. &lt;/span&gt;&lt;span d=&quot;【真相】见下文食用安全争议事件3：转基因玉米事件之一谣言十六据中华人民共和国科学技术部官方网站报道，“为把2010年上海世博会办成一届成功、精彩、难忘的世博会，科技&quot; f=&quot;Truth] see below food safety controversy: turn one of the events of the genetically modified corn rumors and 16, according to the official website of the Ministry of Science and Technology of the People&#39;s Republic of China reported, &amp;quot;In order to make the new success of the 2010 Shanghai World Expo, splendid and unforgettable World Expo, Technology &quot; title=&quot;【真相】见下文食用安全争议事件3：转基因玉米事件之一谣言十六据中华人民共和国科学技术部官方网站报道，“为把2010年上海世博会办成一届成功、精彩、难忘的世博会，科技&quot;&gt;Truth] see below food safety controversy: turn one of the events of the genetically modified corn rumors and 16, according to the official website of the Ministry of Science and Technology of the People&#39;s Republic of China reported, &quot;In order to make the new success of the 2010 Shanghai World Expo, splendid and unforgettable World Expo, Technology &lt;/span&gt;&lt;span d=&quot;部、上海市政府联合教育部、中国科学院、中国工程学院等10个部门和单位专门成立世博科技领导小组，启动实施世博科技专项行动，组织和动员全国科技力量和科技资源，开展联合公关，为&quot; f=&quot;10 departments and units of the Ministry, a joint Ministry of Education of the Shanghai Municipal Government, the Chinese Academy of Sciences, China Academy of Engineering College set up a special Expo Technology leadership team to start the implementation of the Technology Expo special action, organization and mobilization of the national scientific and technological strength and technological resources, conduct joint public relations, as &quot; title=&quot;部、上海市政府联合教育部、中国科学院、中国工程学院等10个部门和单位专门成立世博科技领导小组，启动实施世博科技专项行动，组织和动员全国科技力量和科技资源，开展联合公关，为&quot;&gt;10 departments and units of the Ministry, a joint Ministry of Education of the Shanghai Municipal Government, the Chinese Academy of Sciences, China Academy of Engineering College set up a special Expo Technology leadership team to start the implementation of the Technology Expo special action, organization and mobilization of the national scientific and technological strength and technological resources, conduct joint public relations, as &lt;/span&gt;&lt;span d=&quot;上海世博会的成功筹办提供科技支撑。”其中，在食品安全方面，已成功开发出了快速检测“食品中的病原体、有毒有害物质、转基因成分”等“多个食品安全检测产品，并已在上海&quot; f=&quot;Shanghai World Expo successfully organized to provide scientific and technological support. &amp;quot;which, in terms of food security, has successfully developed a rapid detection of food pathogens, toxic and hazardous substances, genetically modified ingredients&amp;quot; &amp;quot;food safety testing products, and has been in Shanghai &quot; title=&quot;上海世博会的成功筹办提供科技支撑。”其中，在食品安全方面，已成功开发出了快速检测“食品中的病原体、有毒有害物质、转基因成分”等“多个食品安全检测产品，并已在上海&quot;&gt;Shanghai World Expo successfully organized to provide scientific and technological support. &quot;which, in terms of food security, has successfully developed a rapid detection of food pathogens, toxic and hazardous substances, genetically modified ingredients&quot; &quot;food safety testing products, and has been in Shanghai &lt;/span&gt;&lt;span d=&quot;及周边地区检测机构示范使用。” 【真相】官网原文并无【转基因成分】字样，为别有用心的谣言制造者添加。&quot; f=&quot;testing agencies demonstration and the surrounding areas. &amp;quot;[Truth] official website original no genetically modified] words, add rumors manufacturer for ulterior motives. &quot; title=&quot;及周边地区检测机构示范使用。” 【真相】官网原文并无【转基因成分】字样，为别有用心的谣言制造者添加。&quot;&gt;testing agencies demonstration and the surrounding areas. &quot;[Truth] official website original no genetically modified] words, add rumors manufacturer for ulterior motives. &lt;/span&gt;&lt;span d=&quot;[9] 谣言十七科学家已经证明，食用转基因食物会导致后代的生育能力丧失！&quot; f=&quot;[9] rumors seventeen scientists have proved that the GM diet will lead to the loss of fertility of the offspring! &quot; title=&quot;[9] 谣言十七科学家已经证明，食用转基因食物会导致后代的生育能力丧失！&quot;&gt;[9] rumors seventeen scientists have proved that the GM diet will lead to the loss of fertility of the offspring! &lt;/span&gt;&lt;span d=&quot;并且发现实验中食用转基因食物的第三代仓鼠有畸形，嘴里竟然长毛了！&quot; f=&quot;And found that the consumption of genetically modified food, the third generation of hamsters deformity, his mouth turned long-haired! &quot; title=&quot;并且发现实验中食用转基因食物的第三代仓鼠有畸形，嘴里竟然长毛了！&quot;&gt;And found that the consumption of genetically modified food, the third generation of hamsters deformity, his mouth turned long-haired! &lt;/span&gt;&lt;span d=&quot;转基因食物绝对有害！&quot; f=&quot;Genetically modified food is absolutely harmful! &quot; title=&quot;转基因食物绝对有害！&quot;&gt;Genetically modified food is absolutely harmful! &lt;/span&gt;&lt;span d=&quot;【真相】未发表论文，作者自己都只是“猜测”而已[10]编辑本段存在争议争议报道&quot; f=&quot;[Truth] unpublished papers of their own are just &amp;quot;guess&amp;quot;. [10] Edit this paragraph controversial controversy reported
&quot; title=&quot;【真相】未发表论文，作者自己都只是“猜测”而已[10]编辑本段存在争议争议报道&quot;&gt;[Truth] unpublished papers of their own are just &quot;guess&quot;. [10] Edit this paragraph controversial controversy reported&lt;/span&gt;&lt;span d=&quot;法国拍摄记录片《孟山都的转基因世界》（另译：孟山都公司眼中的世界，孟山都的首创：毒剂和基因）The World According To Monsanto (2008) 美国拍摄纪录片《食品公司》Food Inc. (2008)&quot; f=&quot;France shooting the documentary &amp;quot;Monsanto are the transferred genes World&amp;quot; (another translation: The World According to Monsanto, Monsanto are the first: agents and genes) of The World According To Monsanto (2008) United States shooting the documentary &amp;quot;Food Company&amp;quot; Food Inc.. (2008)
&quot; title=&quot;法国拍摄记录片《孟山都的转基因世界》（另译：孟山都公司眼中的世界，孟山都的首创：毒剂和基因）The World According To Monsanto (2008) 美国拍摄纪录片《食品公司》Food Inc. (2008)&quot;&gt;France shooting the documentary &quot;Monsanto are the transferred genes World&quot; (another translation: The World According to Monsanto, Monsanto are the first: agents and genes) of The World According To Monsanto (2008) United States shooting the documentary &quot;Food Company&quot; Food Inc.. (2008)&lt;/span&gt;&lt;span d=&quot;学者批评&quot; f=&quot;Scholars criticized
&quot; title=&quot;学者批评&quot;&gt;Scholars criticized&lt;/span&gt;&lt;span d=&quot;威廉·恩道尔（F. William Engdahl），旅德经济学家、地缘政治学者，著有《石油战争：石油政治决定世界新秩序》、《粮食危机：一场不为人知的阴谋》等多&quot; f=&quot;William Grace Doyle (F. William Engdahl), Tour de economists, geopolitics, with a &amp;quot;war for oil: oil politics decide the new world order&amp;quot; food crisis: a dark conspiracy &amp;quot; &quot; title=&quot;威廉·恩道尔（F. William Engdahl），旅德经济学家、地缘政治学者，著有《石油战争：石油政治决定世界新秩序》、《粮食危机：一场不为人知的阴谋》等多&quot;&gt;William Grace Doyle (F. William Engdahl), Tour de economists, geopolitics, with a &quot;war for oil: oil politics decide the new world order&quot; food crisis: a dark conspiracy &quot; &lt;/span&gt;&lt;span d=&quot;部畅销书。&quot; f=&quot;best-selling books. &quot; title=&quot;部畅销书。&quot;&gt;best-selling books. &lt;/span&gt;&lt;span d=&quot;在《粮食危机》一书中，恩道尔表示少数人正围绕粮食进行一场不为多数人所察觉的阴谋，他们以转基因工程研究为手段，实现对大豆、水稻等大规模农作物和鸡、&quot; f=&quot;&amp;quot;Food crisis,&amp;quot; a book, ex Doyle said a small number of people being around food for a not for most people aware of the conspiracy, and their the the transgenic engineering studies as a means to achieve large-scale soybean, rice and other crops and chicken &quot; title=&quot;在《粮食危机》一书中，恩道尔表示少数人正围绕粮食进行一场不为多数人所察觉的阴谋，他们以转基因工程研究为手段，实现对大豆、水稻等大规模农作物和鸡、&quot;&gt;&quot;Food crisis,&quot; a book, ex Doyle said a small number of people being around food for a not for most people aware of the conspiracy, and their the the transgenic engineering studies as a means to achieve large-scale soybean, rice and other crops and chicken &lt;/span&gt;&lt;span d=&quot;奶牛等重要家禽家畜产品的控制。&quot; f=&quot;cows and other important control of poultry and livestock products. &quot; title=&quot;奶牛等重要家禽家畜产品的控制。&quot;&gt;cows and other important control of poultry and livestock products. &lt;/span&gt;&lt;span d=&quot;他还说：“没有证据表明转基因种子及与其配套的农药能够提高产量，种植转基因作物也不会减少农药的使用量，实际上栽培转基因作物一段时间以后，除草剂的使用量不是减少而是增多&quot; f=&quot;He added: &amp;quot;There is no evidence that genetically modified seeds and its supporting pesticide to increase production, the cultivation of genetically modified crops will not reduce the amount of pesticide use, cultivation actually turn after a period of time of genetically modified crops, herbicide use is not reduced but increased &quot; title=&quot;他还说：“没有证据表明转基因种子及与其配套的农药能够提高产量，种植转基因作物也不会减少农药的使用量，实际上栽培转基因作物一段时间以后，除草剂的使用量不是减少而是增多&quot;&gt;He added: &quot;There is no evidence that genetically modified seeds and its supporting pesticide to increase production, the cultivation of genetically modified crops will not reduce the amount of pesticide use, cultivation actually turn after a period of time of genetically modified crops, herbicide use is not reduced but increased &lt;/span&gt;&lt;span d=&quot;。[11]&quot; f=&quot;[11]
&quot; title=&quot;。[11]&quot;&gt;[11]&lt;/span&gt;&lt;span d=&quot;争议事件&quot; f=&quot;Controversy
&quot; title=&quot;争议事件&quot;&gt;Controversy&lt;/span&gt;&lt;span d=&quot;转基因水稻争议转基因水稻从实验室走向田野广受世人关注的转基因水稻研究正从实验室走向田野，记者最近从中国水稻研究所获悉，转基因水稻已进入大田释放阶段，现正申请商品化生产。&quot; f=&quot;The the transgenic rice controversial genetically modified rice from the laboratory to the field wide world attention transgenic rice research from the laboratory to the field, reporter recently learned from the China National Rice Research Institute, transgenic rice has entered the stage of field release, is applying for commercial production. &quot; title=&quot;转基因水稻争议转基因水稻从实验室走向田野广受世人关注的转基因水稻研究正从实验室走向田野，记者最近从中国水稻研究所获悉，转基因水稻已进入大田释放阶段，现正申请商品化生产。&quot;&gt;The the transgenic rice controversial genetically modified rice from the laboratory to the field wide world attention transgenic rice research from the laboratory to the field, reporter recently learned from the China National Rice Research Institute, transgenic rice has entered the stage of field release, is applying for commercial production. &lt;/span&gt;&lt;span d=&quot;1996年，中国水稻研究所以黄大年研究员为首的课题组，在世界上首次研究出了抗除草剂转基因杂交稻，为解决长期以来困扰杂交稻制种纯度问题提供了新方法。&quot; f=&quot;In 1996, China National Rice Research Task Force, led by researcher Huang Danian, the first time in the world developed herbicide-resistant transgenic hybrid rice, hybrid rice seed production purity is to address the long-troubled provides a new method. &quot; title=&quot;1996年，中国水稻研究所以黄大年研究员为首的课题组，在世界上首次研究出了抗除草剂转基因杂交稻，为解决长期以来困扰杂交稻制种纯度问题提供了新方法。&quot;&gt;In 1996, China National Rice Research Task Force, led by researcher Huang Danian, the first time in the world developed herbicide-resistant transgenic hybrid rice, hybrid rice seed production purity is to address the long-troubled provides a new method. &lt;/span&gt;&lt;span d=&quot;这项成果名列由中国500位两院院士评选出的“1997年中国十大科技进展”榜首。&quot; f=&quot;This achievement among the top 500 academicians from China selected the &amp;quot;1997 China&#39;s top ten scientific and technological progress. &quot; title=&quot;这项成果名列由中国500位两院院士评选出的“1997年中国十大科技进展”榜首。&quot;&gt;This achievement among the top 500 academicians from China selected the &quot;1997 China&#39;s top ten scientific and technological progress. &lt;/span&gt;&lt;span d=&quot;之后，课题组又成功配制出抗除草剂转基因直播水稻，可省工省时除尽稻田杂草。&quot; f=&quot;After that, the research group&#39;s successful preparation of a herbicide-resistant transgenic seeded rice, saving time and labor divisible weeds. &quot; title=&quot;之后，课题组又成功配制出抗除草剂转基因直播水稻，可省工省时除尽稻田杂草。&quot;&gt;After that, the research group&#39;s successful preparation of a herbicide-resistant transgenic seeded rice, saving time and labor divisible weeds. &lt;/span&gt;&lt;span d=&quot;中国水稻所与浙江钱江生物化学股份有限公司联合组建了浙江金穗农业基因工程有限公司，正式拉开了将转基因水稻推向产业化的序幕。&quot; f=&quot;Chinese rice and Zhejiang Qianjiang Biochemical Co., Ltd. jointly set up by the Zhejiang Golden Harvest Agricultural Genetic Engineering Co., Ltd., officially opened the transgenic rice to industrialization prelude. &quot; title=&quot;中国水稻所与浙江钱江生物化学股份有限公司联合组建了浙江金穗农业基因工程有限公司，正式拉开了将转基因水稻推向产业化的序幕。&quot;&gt;Chinese rice and Zhejiang Qianjiang Biochemical Co., Ltd. jointly set up by the Zhejiang Golden Harvest Agricultural Genetic Engineering Co., Ltd., officially opened the transgenic rice to industrialization prelude. &lt;/span&gt;&lt;span d=&quot;黄大年等人已选育出一批优良的转基因水稻组合和新品系，经农业部基因产品安全委员会的安全审定和批准，这些新品种已开始在浙江的富阳、临安、丽水等地进行继实验室&quot; f=&quot;Huang Danian et al has bred a number of excellent transgenic rice mix and new lines, following laboratory validated and approved by the the Gene Product Safety Commission, the Ministry of Agriculture, security, these new varieties has begun in Fuyang, Lin&#39;an of Zhejiang, Lishui &quot; title=&quot;黄大年等人已选育出一批优良的转基因水稻组合和新品系，经农业部基因产品安全委员会的安全审定和批准，这些新品种已开始在浙江的富阳、临安、丽水等地进行继实验室&quot;&gt;Huang Danian et al has bred a number of excellent transgenic rice mix and new lines, following laboratory validated and approved by the the Gene Product Safety Commission, the Ministry of Agriculture, security, these new varieties has begun in Fuyang, Lin&#39;an of Zhejiang, Lishui &lt;/span&gt;&lt;span d=&quot;研究和中间试验后的大田释放和试种示范，并正在向有关部门申请商品化生产。&quot; f=&quot;Research and intermediate test field release and try to grow demonstration, and are to apply to the authorities for commercial production. &quot; title=&quot;研究和中间试验后的大田释放和试种示范，并正在向有关部门申请商品化生产。&quot;&gt;Research and intermediate test field release and try to grow demonstration, and are to apply to the authorities for commercial production. &lt;/span&gt;&lt;span d=&quot;转基因食品你敢吃吗？&quot; f=&quot;You dare eat genetically modified foods? &quot; title=&quot;转基因食品你敢吃吗？&quot;&gt;You dare eat genetically modified foods? &lt;/span&gt;&lt;span d=&quot;2000年3月，克隆小猪“横空出世”。&quot; f=&quot;In March 2000, the cloned piglets &amp;quot;turned out.&amp;quot; &quot; title=&quot;2000年3月，克隆小猪“横空出世”。&quot;&gt;In March 2000, the cloned piglets &quot;turned out.&quot; &lt;/span&gt;&lt;span d=&quot;随之而来，欧美之间也为转基因食品吃与不吃的问题争论不休。&quot; f=&quot;Followed by Europe and the United States between genetically modified foods to eat and do not eat the issues debated. &quot; title=&quot;随之而来，欧美之间也为转基因食品吃与不吃的问题争论不休。&quot;&gt;Followed by Europe and the United States between genetically modified foods to eat and do not eat the issues debated. &lt;/span&gt;&lt;span d=&quot;随着中国加入WTO和全球经济一体化的到来，转基因食品已经被不知不觉渗透到人民生活的各个部分。&quot; f=&quot;With the arrival of China&#39;s accession to the WTO and global economic integration, the genetically modified foods have been unknowingly penetrate into the various parts of the life of the people. &quot; title=&quot;随着中国加入WTO和全球经济一体化的到来，转基因食品已经被不知不觉渗透到人民生活的各个部分。&quot;&gt;With the arrival of China&#39;s accession to the WTO and global economic integration, the genetically modified foods have been unknowingly penetrate into the various parts of the life of the people. &lt;/span&gt;&lt;span d=&quot;那么，什么是转基因食品？&quot; f=&quot;So, what are genetically modified foods? &quot; title=&quot;那么，什么是转基因食品？&quot;&gt;So, what are genetically modified foods? &lt;/span&gt;&lt;span d=&quot;转基因食品到底能不能吃？&quot; f=&quot;Genetically modified foods in the end can not eat? &quot; title=&quot;转基因食品到底能不能吃？&quot;&gt;Genetically modified foods in the end can not eat? &lt;/span&gt;&lt;span d=&quot;巴西坚果事件巴西坚果（Bertholletia excelsa）中有一种富含甲硫氨酸和半胱氨酸的蛋白质2S albumin。&quot; f=&quot;Brazil nuts, Brazil nuts events (Bertholletia excelsa) rich in methionine and cysteine ​​protein 2S albumin. &quot; title=&quot;巴西坚果事件巴西坚果（Bertholletia excelsa）中有一种富含甲硫氨酸和半胱氨酸的蛋白质2S albumin。&quot;&gt;Brazil nuts, Brazil nuts events (Bertholletia excelsa) rich in methionine and cysteine ​​protein 2S albumin. &lt;/span&gt;&lt;span d=&quot;为提高大豆的营养品质，1994年1月，美国先锋（Pioneer）种子公司的科研人员尝试了将巴西坚果中编码蛋白质2S albumin的基因转入大豆中（文章摘要发表于《细胞生物化学杂志》Journal&quot; f=&quot;In order to improve the nutritional quality of soybeans, in January 1994, the American Pioneer (Pioneer) seed company researchers try Brazil nuts encoded protein 2S albumin gene into soybean (Abstract published in the Journal of Cellular Biochemistry Journal &quot; title=&quot;为提高大豆的营养品质，1994年1月，美国先锋（Pioneer）种子公司的科研人员尝试了将巴西坚果中编码蛋白质2S albumin的基因转入大豆中（文章摘要发表于《细胞生物化学杂志》Journal&quot;&gt;In order to improve the nutritional quality of soybeans, in January 1994, the American Pioneer (Pioneer) seed company researchers try Brazil nuts encoded protein 2S albumin gene into soybean (Abstract published in the Journal of Cellular Biochemistry Journal &lt;/span&gt;&lt;span d=&quot;of Cellular Biochemistry,1994,Suppl 18A: 78）。&quot; f=&quot;of Cellular Biochemistry, 1994, Suppl 18A: 78). &quot; title=&quot;of Cellular Biochemistry,1994,Suppl 18A: 78）。&quot;&gt;of Cellular Biochemistry, 1994, Suppl 18A: 78). &lt;/span&gt;&lt;span d=&quot;但是，他们意识到一些人对巴西坚果有过敏反应，随即对转入编码蛋白质2S albumin的基因的大豆进行了测试，发现对巴西坚果过敏的人同样会对这种大豆过敏，蛋白质2S albumin可能正&quot; f=&quot;However, they realize that some people are allergic to Brazil nuts, then transferred to the encoded protein soybean 2S albumin gene testing, found that people allergic to Brazil nuts also may be soy allergies, protein 2S albumin positive &quot; title=&quot;但是，他们意识到一些人对巴西坚果有过敏反应，随即对转入编码蛋白质2S albumin的基因的大豆进行了测试，发现对巴西坚果过敏的人同样会对这种大豆过敏，蛋白质2S albumin可能正&quot;&gt;However, they realize that some people are allergic to Brazil nuts, then transferred to the encoded protein soybean 2S albumin gene testing, found that people allergic to Brazil nuts also may be soy allergies, protein 2S albumin positive &lt;/span&gt;&lt;span d=&quot;是巴西坚果中的主要过敏原（研究结果发表于《新英格兰医学杂志》The New England Journal of Medicine,1996,334:688-692 ）。&quot; f=&quot;major allergen Brazil nuts (findings published in the New England Journal of Medicine The New England Journal of Medicine ,1996,334:688-692). &quot; title=&quot;是巴西坚果中的主要过敏原（研究结果发表于《新英格兰医学杂志》The New England Journal of Medicine,1996,334:688-692 ）。&quot;&gt;major allergen Brazil nuts (findings published in the New England Journal of Medicine The New England Journal of Medicine ,1996,334:688-692). &lt;/span&gt;&lt;span d=&quot;于是先锋种子公司取消了这项研究计划。&quot; f=&quot;So the Pioneer seed company canceled the plan of this study. &quot; title=&quot;于是先锋种子公司取消了这项研究计划。&quot;&gt;So the Pioneer seed company canceled the plan of this study. &lt;/span&gt;&lt;span d=&quot;此事却被说成是“转基因大豆引起食物过敏”。&quot; f=&quot;The matter but it is said to be &amp;quot;genetically modified soybeans cause food allergies. &quot; title=&quot;此事却被说成是“转基因大豆引起食物过敏”。&quot;&gt;The matter but it is said to be &quot;genetically modified soybeans cause food allergies. &lt;/span&gt;&lt;span d=&quot;“巴西坚果事件”也是迄今所发现的唯一因过敏而未被商业化的转基因食品案例。&quot; f=&quot;Brazil nuts events and so far found only not been commercialized due to allergies and genetically modified foods case. &quot; title=&quot;“巴西坚果事件”也是迄今所发现的唯一因过敏而未被商业化的转基因食品案例。&quot;&gt;Brazil nuts events and so far found only not been commercialized due to allergies and genetically modified foods case. &lt;/span&gt;&lt;span d=&quot;其实，国际上已有关于产生过敏反应的食品及其有关基因的清单。&quot; f=&quot;In fact, there produce allergic reaction to food and its related gene list. &quot; title=&quot;其实，国际上已有关于产生过敏反应的食品及其有关基因的清单。&quot;&gt;In fact, there produce allergic reaction to food and its related gene list. &lt;/span&gt;&lt;span d=&quot;在研究转基因作物时，研究人员首先不能采用这些过敏性食品的基因；对转基因作物制造的新蛋白质，需对其化学成分和结构与已知500多种过敏原作对比，如果具有相似性，也将&quot; f=&quot;The study of genetically modified crops, the researchers first used the genes of these allergic food; manufacture of new proteins of genetically modified crops, the need of their chemical composition and structure of the known 500 allergy original comparison with similar, &quot; title=&quot;在研究转基因作物时，研究人员首先不能采用这些过敏性食品的基因；对转基因作物制造的新蛋白质，需对其化学成分和结构与已知500多种过敏原作对比，如果具有相似性，也将&quot;&gt;The study of genetically modified crops, the researchers first used the genes of these allergic food; manufacture of new proteins of genetically modified crops, the need of their chemical composition and structure of the known 500 allergy original comparison with similar, &lt;/span&gt;&lt;span d=&quot;会被放弃；另外，对外源基因形成的新蛋白要进行消化速度检测，如果不能快速地被消化，也不能供食用。&quot; f=&quot;will be abandoned; addition, exogenous gene formed protein digestion speed detection, if you can not be digested quickly, can not for human consumption. &quot; title=&quot;会被放弃；另外，对外源基因形成的新蛋白要进行消化速度检测，如果不能快速地被消化，也不能供食用。&quot;&gt;will be abandoned; addition, exogenous gene formed protein digestion speed detection, if you can not be digested quickly, can not for human consumption. &lt;/span&gt;&lt;span d=&quot;普斯泰事件“普斯泰（Pusztai）”事件，被认为是引爆转基因农作物安全性激辩的舆论转折点。&quot; f=&quot;Pu Sitai event Pusi Tai (Pusztai) &amp;quot;event, that is detonated the safety of genetically modified crops and robust debate of public opinion turning point. &quot; title=&quot;普斯泰事件“普斯泰（Pusztai）”事件，被认为是引爆转基因农作物安全性激辩的舆论转折点。&quot;&gt;Pu Sitai event Pusi Tai (Pusztai) &quot;event, that is detonated the safety of genetically modified crops and robust debate of public opinion turning point. &lt;/span&gt;&lt;span d=&quot;1998年秋天，苏格兰Rowett研究所的科学家阿帕得·普斯泰（Arpad Pusztai）通过电视台发表讲话，称他在实验中用转雪花莲凝集素基因的马铃薯喂食大鼠，随后，大鼠“体重&quot; f=&quot;The fall of 1998, Scotland Rowett Research Institute scientist ARPANET was Pusi Tai (Arpad Pusztai) through the television speech, said his turn in the experiment with snowdrop lectin gene of potato feeding rats, Subsequently, the rats&#39; body weight &quot; title=&quot;1998年秋天，苏格兰Rowett研究所的科学家阿帕得·普斯泰（Arpad Pusztai）通过电视台发表讲话，称他在实验中用转雪花莲凝集素基因的马铃薯喂食大鼠，随后，大鼠“体重&quot;&gt;The fall of 1998, Scotland Rowett Research Institute scientist ARPANET was Pusi Tai (Arpad Pusztai) through the television speech, said his turn in the experiment with snowdrop lectin gene of potato feeding rats, Subsequently, the rats&#39; body weight &lt;/span&gt;&lt;span d=&quot;和器官重量严重减轻，免疫系统受到破坏”。&quot; f=&quot;and organ weights seriously mitigate the damage to the immune system. &amp;quot; &quot; title=&quot;和器官重量严重减轻，免疫系统受到破坏”。&quot;&gt;and organ weights seriously mitigate the damage to the immune system. &quot; &lt;/span&gt;&lt;span d=&quot;此言一出，即引起国际轰动，在绿色和平等环保NGO的推动下，欧洲掀起反转基因食物热潮。&quot; f=&quot;Remark, that caused an international sensation a green and environmental NGO&#39;s to promote equality, Europe set off the anti-GM food craze. &quot; title=&quot;此言一出，即引起国际轰动，在绿色和平等环保NGO的推动下，欧洲掀起反转基因食物热潮。&quot;&gt;Remark, that caused an international sensation a green and environmental NGO&#39;s to promote equality, Europe set off the anti-GM food craze. &lt;/span&gt;&lt;span d=&quot;然而时隔不久，普斯泰的实验遭到了质疑。&quot; f=&quot;However long after Pusi Tai experiment was questioned. &quot; title=&quot;然而时隔不久，普斯泰的实验遭到了质疑。&quot;&gt;However long after Pusi Tai experiment was questioned. &lt;/span&gt;&lt;span d=&quot;据称，他是在尚未完成实验，并且没有发表数据的情况下，就贸然通过媒体向公众传播其结论的。&quot; f=&quot;Allegedly, he is not yet completed the experiment, and no published data on the rush to the public through the media to disseminate their conclusions. &quot; title=&quot;据称，他是在尚未完成实验，并且没有发表数据的情况下，就贸然通过媒体向公众传播其结论的。&quot;&gt;Allegedly, he is not yet completed the experiment, and no published data on the rush to the public through the media to disseminate their conclusions. &lt;/span&gt;&lt;span d=&quot;他研究的转基因土豆是由他自己构建的，在当时根本没有上市的可能，不存在宣传实验的任何紧迫性。&quot; f=&quot;He studied transgenic potatoes is to build his own, did not listed may not exist any publicity experiments urgency. &quot; title=&quot;他研究的转基因土豆是由他自己构建的，在当时根本没有上市的可能，不存在宣传实验的任何紧迫性。&quot;&gt;He studied transgenic potatoes is to build his own, did not listed may not exist any publicity experiments urgency. &lt;/span&gt;&lt;span d=&quot;英国皇家学会对“普斯泰事件”高度重视，组织专家对该实验展开同行评审。&quot; f=&quot;Royal Society Pusi Tai event &amp;quot;attaches great importance to the organization of expert peer review of the experiment commenced. &quot; title=&quot;英国皇家学会对“普斯泰事件”高度重视，组织专家对该实验展开同行评审。&quot;&gt;Royal Society Pusi Tai event &quot;attaches great importance to the organization of expert peer review of the experiment commenced. &lt;/span&gt;&lt;span d=&quot;1999年5月，评审报告指出普斯泰的实验包含6方面的失误和缺陷：不能确定转基因与非转基因马铃薯的化学成分有差异；对食用转基因马铃薯的大鼠，未补充蛋白质以防止饥饿；供&quot; f=&quot;In May 1999, the assessment report that Pu Sitai the experiment contains 6 of mistakes and defects: can not determine transgenic there are differences in the chemical composition of non-transgenic potato; rats of eating genetically modified potatoes, add protein to prevent hunger; for &quot; title=&quot;1999年5月，评审报告指出普斯泰的实验包含6方面的失误和缺陷：不能确定转基因与非转基因马铃薯的化学成分有差异；对食用转基因马铃薯的大鼠，未补充蛋白质以防止饥饿；供&quot;&gt;In May 1999, the assessment report that Pu Sitai the experiment contains 6 of mistakes and defects: can not determine transgenic there are differences in the chemical composition of non-transgenic potato; rats of eating genetically modified potatoes, add protein to prevent hunger; for &lt;/span&gt;&lt;span d=&quot;实验用的动物数量少，饲喂几种不同的食物，且都不是大鼠的标准食物，欠缺统计学意义；实验设计差，未作双盲测定；统计方法不当；实验结果无一致性。&quot; f=&quot;small number of experimental animals fed several different foods, and not the standard of food rats, the lack of statistical significance; poor experimental design, and not a double-blind determination; inappropriate statistical methods; consistency with the experimental results. &quot; title=&quot;实验用的动物数量少，饲喂几种不同的食物，且都不是大鼠的标准食物，欠缺统计学意义；实验设计差，未作双盲测定；统计方法不当；实验结果无一致性。&quot;&gt;small number of experimental animals fed several different foods, and not the standard of food rats, the lack of statistical significance; poor experimental design, and not a double-blind determination; inappropriate statistical methods; consistency with the experimental results. &lt;/span&gt;&lt;span d=&quot;不久之后，Rowett研究所宣布普斯泰提前退休，并不再对其言论负责。&quot; f=&quot;Soon after, Rowett Institute announced Pu Sitai early retirement, and no longer his remarks. &quot; title=&quot;不久之后，Rowett研究所宣布普斯泰提前退休，并不再对其言论负责。&quot;&gt;Soon after, Rowett Institute announced Pu Sitai early retirement, and no longer his remarks. &lt;/span&gt;&lt;span d=&quot;转基因玉米事件（一） 法国分子内分泌学家Seralini及其同事在2009年第7期《国际生物科学学报》上发表文章，讨论给老鼠喂食三种孟山都（Monsanto）公司转基因玉米的实验和分析结论。&quot; f=&quot;Transferred gene maize events (a) France molecular endocrinology scientist Seralini their colleagues 7th, 2009 international biological science of &amp;quot;published articles, discuss to mice fed three kinds Meng Mountain are (Monsanto) turn modified corn of experiments and analysis conclusions. &quot; title=&quot;转基因玉米事件（一） 法国分子内分泌学家Seralini及其同事在2009年第7期《国际生物科学学报》上发表文章，讨论给老鼠喂食三种孟山都（Monsanto）公司转基因玉米的实验和分析结论。&quot;&gt;Transferred gene maize events (a) France molecular endocrinology scientist Seralini their colleagues 7th, 2009 international biological science of &quot;published articles, discuss to mice fed three kinds Meng Mountain are (Monsanto) turn modified corn of experiments and analysis conclusions. &lt;/span&gt;&lt;span d=&quot;文中指出，老鼠在食用转基因玉米三个月后，其肝脏、肾脏和心脏功能均受到一定程度的不良影响。&quot; f=&quot;The article pointed out that the mice eating GM corn for three months, his liver, kidney and heart functions are subject to some degree of adverse effects. &quot; title=&quot;文中指出，老鼠在食用转基因玉米三个月后，其肝脏、肾脏和心脏功能均受到一定程度的不良影响。&quot;&gt;The article pointed out that the mice eating GM corn for three months, his liver, kidney and heart functions are subject to some degree of adverse effects. &lt;/span&gt;&lt;span d=&quot;该文章发表后，很快便受到了一些同行科学家及监管机构的批评。&quot; f=&quot;This article was published soon after they has been criticized by some fellow scientists and regulatory agencies. &quot; title=&quot;该文章发表后，很快便受到了一些同行科学家及监管机构的批评。&quot;&gt;This article was published soon after they has been criticized by some fellow scientists and regulatory agencies. &lt;/span&gt;&lt;span d=&quot;最大的质疑在于，Seralini等人的实验结果并非建立在亲自对老鼠进行独立实验的基础之上，文中进行统计分析的数据，其实来源自孟山都公司之前的实验，他们仅仅是对数据选择了不合适&quot; f=&quot;The biggest challenge is that the experimental results, etc. According to Seralini, one of the scientists who are not established the basis of person independent experiments on rats, the statistical analysis of the data in the text, in fact, derived from Monsanto before the experiment, they just select an inappropriate data&quot; title=&quot;最大的质疑在于，Seralini等人的实验结果并非建立在亲自对老鼠进行独立实验的基础之上，文中进行统计分析的数据，其实来源自孟山都公司之前的实验，他们仅仅是对数据选择了不合适&quot;&gt;The biggest challenge is that the experimental results, etc. According to Seralini, one of the scientists who are not established the basis of person independent experiments on rats, the statistical analysis of the data in the text, in fact, derived from Monsanto before the experiment, they just select an inappropriate data&lt;/span&gt;</content><link rel='replies' type='application/atom+xml' href='http://lewisjohn001.blogspot.com/feeds/557763497980675475/comments/default' title='博文评论'/><link rel='replies' type='text/html' href='http://lewisjohn001.blogspot.com/2012/09/transgenic-technology.html#comment-form' title='0 条评论'/><link rel='edit' type='application/atom+xml' href='http://www.blogger.com/feeds/6102065772563696208/posts/default/557763497980675475'/><link rel='self' type='application/atom+xml' href='http://www.blogger.com/feeds/6102065772563696208/posts/default/557763497980675475'/><link rel='alternate' type='text/html' href='http://lewisjohn001.blogspot.com/2012/09/transgenic-technology.html' title='Transgenic technology'/><author><name>Anonymous</name><uri>http://www.blogger.com/profile/16940981728739398495</uri><email>noreply@blogger.com</email><gd:image rel='http://schemas.google.com/g/2005#thumbnail' width='16' height='16' src='https://img1.blogblog.com/img/b16-rounded.gif'/></author><thr:total>0</thr:total></entry><entry><id>tag:blogger.com,1999:blog-6102065772563696208.post-3348817533681048606</id><published>2012-09-07T04:09:00.002-07:00</published><updated>2012-09-07T04:09:43.158-07:00</updated><title type='text'>disorders of purine metabolism</title><content type='html'>&lt;div id=&quot;trans-result-content&quot;&gt;
&lt;div src=&quot;痛风又称“高尿酸血症”，嘌呤代谢障碍，属于关节炎一种。痛风是人体内嘌呤的物质的新陈代谢发生紊乱，尿酸的合成增加或排出减少，造成高尿酸血症，血尿酸浓度过高时，尿酸以钠盐的形式沉积在关节、软骨和肾脏中，引起组织异物炎性反应，即痛风。&quot;&gt;
&lt;span leftzone=&quot;0|6&quot; rightzone=&quot;0|6&quot; space=&quot;space&quot;&gt;Gout&lt;/span&gt;&lt;span leftzone=&quot;6|6&quot; rightzone=&quot;6|6&quot; space=&quot;0| &quot;&gt; is also called&lt;/span&gt;&lt;span leftzone=&quot;12|3&quot; rightzone=&quot;12|3&quot; space=&quot;0| &quot;&gt; &quot;&lt;/span&gt;&lt;span leftzone=&quot;15|15&quot; rightzone=&quot;15|15&quot; space=&quot;0| &quot;&gt; high&lt;/span&gt;&lt;span leftzone=&quot;30|3&quot; rightzone=&quot;30|3&quot; space=&quot;0| &quot;&gt; &quot;&lt;/span&gt;&lt;span leftzone=&quot;33|3&quot; rightzone=&quot;33|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;36|18&quot; rightzone=&quot;36|18&quot; space=&quot;0| &quot;&gt; disorders of purine metabolism&lt;/span&gt;&lt;span leftzone=&quot;54|3&quot; rightzone=&quot;54|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;57|6&quot; rightzone=&quot;57|6&quot; space=&quot;0| &quot;&gt; which belongs to&lt;/span&gt;&lt;span leftzone=&quot;72|3&quot; rightzone=&quot;72|3&quot; space=&quot;0| &quot;&gt; a&lt;/span&gt;&lt;span leftzone=&quot;75|3&quot; rightzone=&quot;75|3&quot; space=&quot;0| &quot;&gt; kind&lt;/span&gt;&lt;span leftzone=&quot;63|9&quot; rightzone=&quot;63|9&quot; space=&quot;0| &quot;&gt; of arthritis&lt;/span&gt;&lt;span leftzone=&quot;78|3&quot; rightzone=&quot;78|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;81|6&quot; rightzone=&quot;81|6&quot; space=&quot;0| &quot;&gt; Gout&lt;/span&gt;&lt;span leftzone=&quot;87|12&quot; rightzone=&quot;87|12&quot; space=&quot;0| &quot;&gt; is the body of&lt;/span&gt;&lt;span leftzone=&quot;99|6&quot; rightzone=&quot;99|6&quot; space=&quot;0| &quot;&gt; purine&lt;/span&gt;&lt;span leftzone=&quot;105|12&quot; rightzone=&quot;105|12&quot; space=&quot;0| &quot;&gt; material&lt;/span&gt;&lt;span leftzone=&quot;117|12&quot; rightzone=&quot;117|12&quot; space=&quot;0| &quot;&gt; the new supersedes the old.&lt;/span&gt;&lt;span leftzone=&quot;129|15&quot; rightzone=&quot;129|15&quot; space=&quot;0| &quot;&gt; Disorders,&lt;/span&gt;&lt;span leftzone=&quot;144|6&quot; rightzone=&quot;144|6&quot; space=&quot;0| &quot;&gt; uric acid&lt;/span&gt;&lt;span leftzone=&quot;150|15&quot; rightzone=&quot;150|15&quot; space=&quot;0| &quot;&gt; synthesis is increased&lt;/span&gt;&lt;span leftzone=&quot;165|3&quot; rightzone=&quot;165|3&quot; space=&quot;0| &quot;&gt; or&lt;/span&gt;&lt;span leftzone=&quot;168|12&quot; rightzone=&quot;168|12&quot; space=&quot;0| &quot;&gt; discharged is reduced&lt;/span&gt;&lt;span leftzone=&quot;180|3&quot; rightzone=&quot;180|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;183|21&quot; rightzone=&quot;183|21&quot; space=&quot;0| &quot;&gt; hyperuricemia&lt;/span&gt;&lt;span leftzone=&quot;204|3&quot; rightzone=&quot;204|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;207|3&quot; rightzone=&quot;207|3&quot; space=&quot;0| &quot;&gt; blood&lt;/span&gt;&lt;span leftzone=&quot;210|6&quot; rightzone=&quot;210|6&quot; space=&quot;0| &quot;&gt; uric acid&lt;/span&gt;&lt;span leftzone=&quot;216|15&quot; rightzone=&quot;216|15&quot; space=&quot;0| &quot;&gt; concentration is too high&lt;/span&gt;&lt;span leftzone=&quot;231|3&quot; rightzone=&quot;231|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;234|6&quot; rightzone=&quot;234|6&quot; space=&quot;0| &quot;&gt; uric acid&lt;/span&gt;&lt;span leftzone=&quot;240|3&quot; rightzone=&quot;240|3&quot; space=&quot;0| &quot;&gt; with&lt;/span&gt;&lt;span leftzone=&quot;243|15&quot; rightzone=&quot;243|15&quot; space=&quot;0| &quot;&gt; sodium in the form of&lt;/span&gt;&lt;span leftzone=&quot;258|15&quot; rightzone=&quot;258|15&quot; space=&quot;0| &quot;&gt; deposits in joints&lt;/span&gt;&lt;span leftzone=&quot;273|3&quot; rightzone=&quot;273|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;276|6&quot; rightzone=&quot;276|6&quot; space=&quot;0| &quot;&gt; cartilage&lt;/span&gt;&lt;span leftzone=&quot;282|9&quot; rightzone=&quot;282|9&quot; space=&quot;0| &quot;&gt; and kidneys&lt;/span&gt;&lt;span leftzone=&quot;291|6&quot; rightzone=&quot;291|6&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;297|6&quot; rightzone=&quot;297|6&quot; space=&quot;0| &quot;&gt; causing&lt;/span&gt;&lt;span leftzone=&quot;303|12&quot; rightzone=&quot;303|12&quot; space=&quot;0| &quot;&gt; tissue foreign body&lt;/span&gt;&lt;span leftzone=&quot;315|12&quot; rightzone=&quot;315|12&quot; space=&quot;0| &quot;&gt; inflammatory reaction&lt;/span&gt;&lt;span leftzone=&quot;327|3&quot; rightzone=&quot;327|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;330|6&quot; rightzone=&quot;330|6&quot; space=&quot;0| &quot;&gt; i.e. pain&lt;/span&gt;&lt;span leftzone=&quot;336|3&quot; rightzone=&quot;336|3&quot; space=&quot;0| &quot;&gt; wind&lt;/span&gt;&lt;span leftzone=&quot;339|3&quot; rightzone=&quot;339|3&quot; space=&quot;1|
&quot;&gt;.&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;西医学名： 痛风 &quot;&gt;
&lt;span leftzone=&quot;346|9&quot; rightzone=&quot;0|9&quot; space=&quot;space&quot;&gt;Western medicine&lt;/span&gt;&lt;span leftzone=&quot;355|6&quot; rightzone=&quot;9|6&quot; space=&quot;space&quot;&gt;:&lt;/span&gt;&lt;span leftzone=&quot;362|6&quot; rightzone=&quot;16|6&quot; space=&quot;0| ,1|
&quot;&gt; Gout&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;英文名称： gout &quot;&gt;
&lt;span leftzone=&quot;371|6&quot; rightzone=&quot;0|6&quot; space=&quot;space&quot;&gt;English&lt;/span&gt;&lt;span leftzone=&quot;377|14&quot; rightzone=&quot;6|14&quot; space=&quot;0| ,1|
&quot;&gt; Name: Gout&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;所属科室： 外科 - 骨科 &quot;&gt;
&lt;span leftzone=&quot;394|6&quot; rightzone=&quot;0|6&quot; space=&quot;space&quot;&gt;Subordinate&lt;/span&gt;&lt;span leftzone=&quot;400|9&quot; rightzone=&quot;6|9&quot; space=&quot;0| &quot;&gt; departments:&lt;/span&gt;&lt;span leftzone=&quot;410|8&quot; rightzone=&quot;16|8&quot; space=&quot;0| &quot;&gt; Surgery&lt;/span&gt;&lt;span leftzone=&quot;419|6&quot; rightzone=&quot;25|6&quot; space=&quot;0| ,1|
&quot;&gt; Department of orthopedics&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;发病部位： 全身 &quot;&gt;
&lt;span leftzone=&quot;428|12&quot; rightzone=&quot;0|12&quot; space=&quot;space&quot;&gt;Incidence of parts&lt;/span&gt;&lt;span leftzone=&quot;440|3&quot; rightzone=&quot;12|3&quot; space=&quot;space&quot;&gt;:&lt;/span&gt;&lt;span leftzone=&quot;444|6&quot; rightzone=&quot;16|6&quot; space=&quot;0| ,1|
&quot;&gt; systemic&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;主要症状： 关节炎 &quot;&gt;
&lt;span leftzone=&quot;453|15&quot; rightzone=&quot;0|15&quot; space=&quot;space&quot;&gt;The main symptoms:&lt;/span&gt;&lt;span leftzone=&quot;469|9&quot; rightzone=&quot;16|9&quot; space=&quot;0| ,1|
&quot;&gt; Arthritis&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot; 主要病因： 嘌呤代谢紊乱 &quot;&gt;
&lt;span leftzone=&quot;482|6&quot; rightzone=&quot;1|6&quot; space=&quot;space&quot;&gt;The main&lt;/span&gt;&lt;span leftzone=&quot;488|6&quot; rightzone=&quot;7|6&quot; space=&quot;0| &quot;&gt; etiology&lt;/span&gt;&lt;span leftzone=&quot;494|3&quot; rightzone=&quot;13|3&quot; space=&quot;space&quot;&gt;:&lt;/span&gt;&lt;span leftzone=&quot;498|18&quot; rightzone=&quot;17|18&quot; space=&quot;0| ,1|
&quot;&gt; purine metabolic disorder&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;多发群体： 所有人群 &quot;&gt;
&lt;span leftzone=&quot;519|6&quot; rightzone=&quot;0|6&quot; space=&quot;space&quot;&gt;Multiple&lt;/span&gt;&lt;span leftzone=&quot;525|16&quot; rightzone=&quot;6|16&quot; space=&quot;0| &quot;&gt; groups: all&lt;/span&gt;&lt;span leftzone=&quot;541|6&quot; rightzone=&quot;22|6&quot; space=&quot;0| ,1|
&quot;&gt; groups&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;传染性： 无传染性 &quot;&gt;
&lt;span leftzone=&quot;550|9&quot; rightzone=&quot;0|9&quot; space=&quot;space&quot;&gt;Contagious&lt;/span&gt;&lt;span leftzone=&quot;559|3&quot; rightzone=&quot;9|3&quot; space=&quot;space&quot;&gt;:&lt;/span&gt;&lt;span leftzone=&quot;563|3&quot; rightzone=&quot;13|3&quot; space=&quot;0| &quot;&gt; no&lt;/span&gt;&lt;span leftzone=&quot;566|9&quot; rightzone=&quot;16|9&quot; space=&quot;0| ,1|
&quot;&gt; infectious&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;是否进入医保： 是 &quot;&gt;
&lt;span leftzone=&quot;578|12&quot; rightzone=&quot;0|12&quot; space=&quot;space&quot;&gt;Whether to enter the&lt;/span&gt;&lt;span leftzone=&quot;590|6&quot; rightzone=&quot;12|6&quot; space=&quot;0| &quot;&gt; medical insurance&lt;/span&gt;&lt;span leftzone=&quot;596|7&quot; rightzone=&quot;18|7&quot; space=&quot;0| ,1|
&quot;&gt; : Yes&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;目录&quot;&gt;
&lt;span leftzone=&quot;611|6&quot; rightzone=&quot;0|6&quot; space=&quot;1|
&quot;&gt;Catalog&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;疾病简介 &quot;&gt;
&lt;span leftzone=&quot;621|12&quot; rightzone=&quot;0|12&quot; space=&quot;1|
&quot;&gt;Disease profile&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;发病原因 &quot;&gt;
&lt;span leftzone=&quot;636|12&quot; rightzone=&quot;0|12&quot; space=&quot;1|
&quot;&gt;Cause of disease&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;病理生理 &quot;&gt;
&lt;span leftzone=&quot;651|6&quot; rightzone=&quot;0|6&quot; space=&quot;space&quot;&gt;Pathological&lt;/span&gt;&lt;span leftzone=&quot;657|6&quot; rightzone=&quot;6|6&quot; space=&quot;0| ,1|
&quot;&gt; physiology&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;发病机制 &quot;&gt;
&lt;span leftzone=&quot;666|12&quot; rightzone=&quot;0|12&quot; space=&quot;1|
&quot;&gt;Pathogenesis&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;临床表现 症状体征 &quot;&gt;
&lt;span leftzone=&quot;681|19&quot; rightzone=&quot;0|19&quot; space=&quot;space&quot;&gt;Clinical symptoms and&lt;/span&gt;&lt;span leftzone=&quot;700|6&quot; rightzone=&quot;19|6&quot; space=&quot;0| ,1|
&quot;&gt; signs&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;化验检查 &quot;&gt;
&lt;span leftzone=&quot;709|12&quot; rightzone=&quot;0|12&quot; space=&quot;1|
&quot;&gt;Laboratory examination&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;疾病分类 &quot;&gt;
&lt;span leftzone=&quot;724|12&quot; rightzone=&quot;0|12&quot; space=&quot;1|
&quot;&gt;Classification of diseases&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;并发症 &quot;&gt;
&lt;span leftzone=&quot;739|9&quot; rightzone=&quot;0|9&quot; space=&quot;1|
&quot;&gt;Complication&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;诊断 西医诊断 &quot;&gt;
&lt;span leftzone=&quot;751|6&quot; rightzone=&quot;0|6&quot; space=&quot;space&quot;&gt;Diagnosis&lt;/span&gt;&lt;span leftzone=&quot;758|12&quot; rightzone=&quot;7|12&quot; space=&quot;0| ,1|
&quot;&gt; of Western medicine diagnosis&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;中医诊断 &quot;&gt;
&lt;span leftzone=&quot;773|12&quot; rightzone=&quot;0|12&quot; space=&quot;1|
&quot;&gt;Diagnosis of traditional Chinese Medicine&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;鉴别诊断 &quot;&gt;
&lt;span leftzone=&quot;788|12&quot; rightzone=&quot;0|12&quot; space=&quot;1|
&quot;&gt;Differential diagnosis&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;早期发现 &quot;&gt;
&lt;span leftzone=&quot;803|12&quot; rightzone=&quot;0|12&quot; space=&quot;1|
&quot;&gt;Early detection&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;高发人群 &quot;&gt;
&lt;span leftzone=&quot;818|12&quot; rightzone=&quot;0|12&quot; space=&quot;1|
&quot;&gt;High risk population&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;疾病治疗 早治疗 &quot;&gt;
&lt;span leftzone=&quot;833|12&quot; rightzone=&quot;0|12&quot; space=&quot;space&quot;&gt;Disease treatment&lt;/span&gt;&lt;span leftzone=&quot;846|9&quot; rightzone=&quot;13|9&quot; space=&quot;0| ,1|
&quot;&gt; and early treatment&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;药物治疗 &quot;&gt;
&lt;span leftzone=&quot;858|12&quot; rightzone=&quot;0|12&quot; space=&quot;1|
&quot;&gt;Medication&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;中医治疗 &quot;&gt;
&lt;span leftzone=&quot;873|12&quot; rightzone=&quot;0|12&quot; space=&quot;1|
&quot;&gt;Traditional Chinese medicine treatment&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;针灸治疗 &quot;&gt;
&lt;span leftzone=&quot;888|6&quot; rightzone=&quot;0|6&quot; space=&quot;space&quot;&gt;Acupuncture&lt;/span&gt;&lt;span leftzone=&quot;894|6&quot; rightzone=&quot;6|6&quot; space=&quot;0| ,1|
&quot;&gt; therapy&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;饮食疗法 &quot;&gt;
&lt;span leftzone=&quot;903|12&quot; rightzone=&quot;0|12&quot; space=&quot;1|
&quot;&gt;Diet therapy&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;喝咖啡可治疗痛风 &quot;&gt;
&lt;span leftzone=&quot;918|12&quot; rightzone=&quot;0|12&quot; space=&quot;space&quot;&gt;A cup of coffee to&lt;/span&gt;&lt;span leftzone=&quot;930|12&quot; rightzone=&quot;12|12&quot; space=&quot;0| ,1|
&quot;&gt; the treatment of gout&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;注意事项 &quot;&gt;
&lt;span leftzone=&quot;945|12&quot; rightzone=&quot;0|12&quot; space=&quot;1|
&quot;&gt;Matters needing attention&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;错误认识 &quot;&gt;
&lt;span leftzone=&quot;960|12&quot; rightzone=&quot;0|12&quot; space=&quot;1|
&quot;&gt;Error recognition&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;相关疑问 &quot;&gt;
&lt;span leftzone=&quot;975|6&quot; rightzone=&quot;0|6&quot; space=&quot;space&quot;&gt;Related&lt;/span&gt;&lt;span leftzone=&quot;981|6&quot; rightzone=&quot;6|6&quot; space=&quot;0| ,1|
&quot;&gt; questions&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;患者死亡原因 &quot;&gt;
&lt;span leftzone=&quot;990|18&quot; rightzone=&quot;0|18&quot; space=&quot;1|
&quot;&gt;The causes of death in patients with&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;展开 疾病简介 &quot;&gt;
&lt;span leftzone=&quot;1011|6&quot; rightzone=&quot;0|6&quot; space=&quot;space&quot;&gt;Spread&lt;/span&gt;&lt;span leftzone=&quot;1018|12&quot; rightzone=&quot;7|12&quot; space=&quot;0| ,1|
&quot;&gt; disease profile&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;发病原因 &quot;&gt;
&lt;span leftzone=&quot;1033|12&quot; rightzone=&quot;0|12&quot; space=&quot;1|
&quot;&gt;Cause of disease&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;病理生理 &quot;&gt;
&lt;span leftzone=&quot;1048|6&quot; rightzone=&quot;0|6&quot; space=&quot;space&quot;&gt;Pathological&lt;/span&gt;&lt;span leftzone=&quot;1054|6&quot; rightzone=&quot;6|6&quot; space=&quot;0| ,1|
&quot;&gt; physiology&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;发病机制 &quot;&gt;
&lt;span leftzone=&quot;1063|12&quot; rightzone=&quot;0|12&quot; space=&quot;1|
&quot;&gt;Pathogenesis&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;临床表现 症状体征 &quot;&gt;
&lt;span leftzone=&quot;1078|19&quot; rightzone=&quot;0|19&quot; space=&quot;space&quot;&gt;Clinical symptoms and&lt;/span&gt;&lt;span leftzone=&quot;1097|6&quot; rightzone=&quot;19|6&quot; space=&quot;0| ,1|
&quot;&gt; signs&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;化验检查 &quot;&gt;
&lt;span leftzone=&quot;1106|12&quot; rightzone=&quot;0|12&quot; space=&quot;1|
&quot;&gt;Laboratory examination&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;疾病分类 &quot;&gt;
&lt;span leftzone=&quot;1121|12&quot; rightzone=&quot;0|12&quot; space=&quot;1|
&quot;&gt;Classification of diseases&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;并发症 &quot;&gt;
&lt;span leftzone=&quot;1136|9&quot; rightzone=&quot;0|9&quot; space=&quot;1|
&quot;&gt;Complication&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;诊断 西医诊断 &quot;&gt;
&lt;span leftzone=&quot;1148|6&quot; rightzone=&quot;0|6&quot; space=&quot;space&quot;&gt;Diagnosis&lt;/span&gt;&lt;span leftzone=&quot;1155|12&quot; rightzone=&quot;7|12&quot; space=&quot;0| ,1|
&quot;&gt; of Western medicine diagnosis&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;中医诊断 &quot;&gt;
&lt;span leftzone=&quot;1170|12&quot; rightzone=&quot;0|12&quot; space=&quot;1|
&quot;&gt;Diagnosis of traditional Chinese Medicine&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;鉴别诊断 &quot;&gt;
&lt;span leftzone=&quot;1185|12&quot; rightzone=&quot;0|12&quot; space=&quot;1|
&quot;&gt;Differential diagnosis&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;早期发现 &quot;&gt;
&lt;span leftzone=&quot;1200|12&quot; rightzone=&quot;0|12&quot; space=&quot;1|
&quot;&gt;Early detection&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;高发人群 &quot;&gt;
&lt;span leftzone=&quot;1215|12&quot; rightzone=&quot;0|12&quot; space=&quot;1|
&quot;&gt;High risk population&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;疾病治疗 早治疗 &quot;&gt;
&lt;span leftzone=&quot;1230|12&quot; rightzone=&quot;0|12&quot; space=&quot;space&quot;&gt;Disease treatment&lt;/span&gt;&lt;span leftzone=&quot;1243|9&quot; rightzone=&quot;13|9&quot; space=&quot;0| ,1|
&quot;&gt; and early treatment&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;药物治疗 &quot;&gt;
&lt;span leftzone=&quot;1255|12&quot; rightzone=&quot;0|12&quot; space=&quot;1|
&quot;&gt;Medication&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;中医治疗 &quot;&gt;
&lt;span leftzone=&quot;1270|12&quot; rightzone=&quot;0|12&quot; space=&quot;1|
&quot;&gt;Traditional Chinese medicine treatment&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;针灸治疗 &quot;&gt;
&lt;span leftzone=&quot;1285|6&quot; rightzone=&quot;0|6&quot; space=&quot;space&quot;&gt;Acupuncture&lt;/span&gt;&lt;span leftzone=&quot;1291|6&quot; rightzone=&quot;6|6&quot; space=&quot;0| ,1|
&quot;&gt; therapy&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;饮食疗法 &quot;&gt;
&lt;span leftzone=&quot;1300|12&quot; rightzone=&quot;0|12&quot; space=&quot;1|
&quot;&gt;Diet therapy&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;喝咖啡可治疗痛风 &quot;&gt;
&lt;span leftzone=&quot;1315|12&quot; rightzone=&quot;0|12&quot; space=&quot;space&quot;&gt;A cup of coffee to&lt;/span&gt;&lt;span leftzone=&quot;1327|12&quot; rightzone=&quot;12|12&quot; space=&quot;0| ,1|
&quot;&gt; the treatment of gout&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;注意事项 &quot;&gt;
&lt;span leftzone=&quot;1342|12&quot; rightzone=&quot;0|12&quot; space=&quot;1|
&quot;&gt;Matters needing attention&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;错误认识 &quot;&gt;
&lt;span leftzone=&quot;1357|12&quot; rightzone=&quot;0|12&quot; space=&quot;1|
&quot;&gt;Error recognition&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;相关疑问 &quot;&gt;
&lt;span leftzone=&quot;1372|6&quot; rightzone=&quot;0|6&quot; space=&quot;space&quot;&gt;Related&lt;/span&gt;&lt;span leftzone=&quot;1378|6&quot; rightzone=&quot;6|6&quot; space=&quot;0| ,1|
&quot;&gt; questions&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;患者死亡原因 &quot;&gt;
&lt;span leftzone=&quot;1387|18&quot; rightzone=&quot;0|18&quot; space=&quot;1|
&quot;&gt;The causes of death in patients with&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;展开 编辑本段疾病简介  痛风&quot;&gt;
&lt;span leftzone=&quot;1415|12&quot; rightzone=&quot;7|12&quot; space=&quot;space&quot;&gt;Edit this paragraph&lt;/span&gt;&lt;span leftzone=&quot;1433|6&quot; rightzone=&quot;25|6&quot; space=&quot;0| &quot;&gt; of&lt;/span&gt;&lt;span leftzone=&quot;1441|6&quot; rightzone=&quot;33|6&quot; space=&quot;0| &quot;&gt; gout&lt;/span&gt;&lt;span leftzone=&quot;1427|6&quot; rightzone=&quot;19|6&quot; space=&quot;0| &quot;&gt; disease&lt;/span&gt;&lt;span leftzone=&quot;1408|6&quot; rightzone=&quot;0|6&quot; space=&quot;0| ,1|
&quot;&gt; spread&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;　　痛风（gout）是嘌呤代谢障碍引起的代谢性疾病，但发病有明显的异质性，除高尿酸血症外可表现为急性关节炎、痛风石、慢性关节炎、关节畸形、慢性间质性肾炎和尿酸性尿路结石。临床上分为原发性和继发性两大类，原发性痛风多由先天性嘌呤代谢异常引起，常与肥胖、糖类脂类代谢紊乱、高血压、动脉硬化和冠心病等聚集发生，继发性痛风则由某些系统性疾病或者药物引起。[1]　 　　痛风由于嘌呤生物合成代谢增加，尿酸产生过多或因尿酸排泄不良而致血中尿酸升高，尿酸盐结晶沉积在关节滑膜、滑囊、软骨及其他组织中引起的反复发作性炎性疾病。本病以关节液和痛风石中可找到有双折光性的单水尿酸钠结晶为其特点。多见于体形肥胖的中老年男性和绝经期后妇女。随着经济发展和生活方式改变，其患病率逐渐上升。 　　多发人体各部位，关节剧烈疼痛，痛不欲生的“痛”，很快1-7天痛像“风”一样吹过去了，所以叫“痛风”。40+男性多发（95%），女性一般在绝经后常见，因为雌激素对尿酸的形成有抑制作用；但是在更年期后会增加发作比率。高尿酸血症与痛风的发生无直接关系，只是高尿酸有更高发生痛风的可能，一些人高尿酸血症一生都不会引发痛风，而一些人在发现高尿酸血症一周或者一个月之内会发生第一次痛风第一次痛风后，一般会有1-2年的间歇期，也有10年间歇期（5%），期间需积极治疗，预防痛风石的形成。编辑本段发病原因　　1。引起尿酸高的原因：核酸氧化分解的内源性嘌呤占总嘌呤的80%，食物等外源性嘌呤占总嘌呤的20%。 　　进食含有过多嘌呤成份的食品，而在新陈代谢过程中，身体未能将嘌呤进一步代谢成为可以从肾脏中经尿液排出之排泄物。血中尿酸浓度如果达到饱和的话，这些物质最终形成结晶体，积存于软组织中。如果有诱因引起沉积在软组织如关节膜或肌腱里的尿酸结晶释出，那便导致身体免疫系统出现过敏而造成炎症。 　　如果血中尿酸浓度长期高于这个饱和点，医学上称为“高尿酸血症”。 　　2。高嘌呤成份的食品： 　　（1）动物类内脏如脑、肝、肾、心、肚。和颜色深的肉类、西式浓肉汤、牛素、鸡精等。海产类；沙甸鱼、仓鱼，鲱鱼(Herring)、牙带鱼、多春鱼、带子、海参、瑶柱、蚝、青口、司鲶、虾米，小鱼干、鱼皮、鱼卵等。鹅肉、野生动物等。 　　（2）硬壳果如花生腰果之类、酒(过量) 　　（3）植物幼芽部分一般含中度成份，不可多食，菜花类，豆苗，笋类，豆类。 　　3。引起痛风的诱因： 　　痛风可以由饮食，天气变化如温度气压突变，外伤等多方面引发。 　　饮酒容易引发痛风，因为酒精在肝组织代谢时，大量吸收水份，使血浓度加强，使得原来已经接近饱和的尿酸，加速进入软组织形成结晶，导致身体免疫系统过度反应（敏感）而造成炎症，痛风古称“王者之疾”，因此症好发在达官贵人的身上，如元世祖忽必烈晚年就因饮酒过量而饱受痛风之苦。 　　一些食品经过代谢后，其中部分衍生物可以引发原来积蓄在软组织的尿酸结晶重新溶解，这时可诱发并加重关节炎。 　　4.男性易患痛风的原因 　　痛风病在任何年龄，都可以发生。但最常见的是40岁以上的中年男人。根据最新统计，男女发病比例是20∶1。脑力劳动者，体胖者发病率较高。 　　痛风偏爱男性的原因是：女性体内雌激素能促进尿酸排泄，并有抑制关节炎发作的作用。男性喜饮酒、赴宴，喜食富含嘌呤、蛋白质的食物，使体内尿酸增加，排出减少。有医生统计，筵席不断者，发病者占30%，常吃火锅者发病也多。 　　这是因为火锅原料主要是动物内脏、虾、贝类、海鲜，再饮啤酒，自然是火上浇油了。调查证明：涮一次火锅比一顿正餐摄入嘌呤高10倍，甚至数十倍。一瓶啤酒可使尿酸升高一倍。高血压病人患痛风可能性会增加10倍。痛风与糖尿病一样是终生疾病。关键是自己控制饮食，多食含“嘌呤”低的碱性食物，如瓜果、蔬菜，少食肉、鱼等酸性食物，做到饮食清淡，低脂低糖，多饮水，以利体内尿酸排泄。 　　告诫痛风患者：男人不要酗酒，荤腥不要过量。一旦诊断为痛风病，肉、鱼、海鲜都在限食之列。辛辣、刺激的食物也不宜多吃，还要下决心戒酒！ 　　5.假性痛风是一种由于焦磷酸钙晶体沉积于关节软骨及其周围组织引起以关节炎为主要表现的疾病，因症状类似痛风而得名，又称焦磷酸钙沉着病或软骨钙化症。多见于50岁以上的老年人，发病率随年龄递增而增加，男女之比为1.4:1。 　　病因：病因未明，可能与遗传、外伤和代谢障碍等因素有关。基本病因为焦磷酸钙沉积。编辑本段病理生理　　当血尿酸超过7mg/dl或0.41mmol/L血浆就呈饱和状态(在pH7.4,温度37℃及血清钠正常情况下).在30℃时,尿酸盐的溶解度为4mg/dl,因此针形单钠尿酸盐(MSU)就会在无血供(如软骨)或血供相对少的组织(如肌腱，韧带)沉积，这些部位包括远端的周围关节及像耳朵等温度较低的组织。严重及患病时间长的病人，单钠尿酸盐结晶可在中央大关节及实质器官如肾脏中沉积。 　　痛风石是MSU结晶聚集物，最初大到可以在关节的X线片中出现时，为&amp;amp;quot;穿凿样&amp;amp;quot;病变，较后期表现为皮下结节,可肉眼观察到或手感觉到。由于尿液pH呈酸性，尿酸易形成晶体，并聚集成结石，可导致阻塞性泌尿系疾病。 　　持续高尿酸血症常见的原因是由于肾脏尿酸盐清除率下降，尤其在接受长期利尿剂治疗的病人及肾小球滤过率下降的原发性肾脏病患者。高尿酸血症的程度越高病程越长，发生晶体沉积和急性痛风发作的机会就越大。然而，仍有很多高尿酸血症的人并未发生痛风。 　　嘌呤合成增加可为原发病的异常状态，也可由于血液疾病如淋巴瘤，白血病或溶血性贫血等引起的核酸蛋白周转加速，或如银屑病等引起白细胞增殖，死亡速率增快所致。引起大多数痛风病人尿酸合成增加的原因不清，少数病人是由于次黄嘌呤-鸟嘌呤磷酸核糖基转移酶缺乏或由于磷酸核糖焦磷酸合成酶活性升高引起。前一酶异常可在幼年阶段引起肾结石,肾病及严重的痛风，如完全缺乏此酶，可引起神经系统异常，手足徐动症，痉挛状态，智力发育迟缓及强迫性自残(Lesch-Nyhan综合征),饮食中的嘌呤也影响血清尿酸水平。不加节制的暴食嘌呤富含食物，尤其同时饮酒可显著使尿酸水平增高。乙醇既可促进核苷在肝脏分解代谢，又可抑制肾小管尿酸盐的分泌，但是严格低嘌呤饮食仅能降低血尿酸约1mg/dl(0.06mmol/L). 　　血清尿酸盐反映了细胞外可混合尿酸盐池的容积，正常情况下每24小时周转1次；1/3尿酸盐从粪便中排泄，2/3从尿中排出。在3天低嘌呤饮食后正常24小时尿酸排出量为300~600mg,正常饮食情况下600~900mg.因此，摄入食物来源的尿酸每天约450mg.高尿酸血症和痛风是器官移植后接受环孢霉素治疗患者常见的并发症。绝经前的妇女尿酸水平要比男性低1mg/dl(0.6mmol/L),但绝经后接近男性水平。编辑本段发病机制  痛风发病机理&quot;&gt;
&lt;span leftzone=&quot;1455|6&quot; rightzone=&quot;6|6&quot; space=&quot;space&quot;&gt;Gout&lt;/span&gt;&lt;span leftzone=&quot;1461|3&quot; rightzone=&quot;12|3&quot; space=&quot;0| &quot;&gt; (&lt;/span&gt;&lt;span leftzone=&quot;1464|4&quot; rightzone=&quot;15|4&quot; space=&quot;0| &quot;&gt; gout&lt;/span&gt;&lt;span leftzone=&quot;1468|3&quot; rightzone=&quot;19|3&quot; space=&quot;0| &quot;&gt; )&lt;/span&gt;&lt;span leftzone=&quot;1471|9&quot; rightzone=&quot;22|9&quot; space=&quot;0| &quot;&gt; is a purine&lt;/span&gt;&lt;span leftzone=&quot;1480|21&quot; rightzone=&quot;31|21&quot; space=&quot;0| &quot;&gt; metabolic disorder caused by a&lt;/span&gt;&lt;span leftzone=&quot;1501|15&quot; rightzone=&quot;52|15&quot; space=&quot;0| &quot;&gt; metabolic disease&lt;/span&gt;&lt;span leftzone=&quot;1516|3&quot; rightzone=&quot;67|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;1519|3&quot; rightzone=&quot;70|3&quot; space=&quot;0| &quot;&gt; but the&lt;/span&gt;&lt;span leftzone=&quot;1522|18&quot; rightzone=&quot;73|18&quot; space=&quot;0| &quot;&gt; incidence is obvious&lt;/span&gt;&lt;span leftzone=&quot;1540|9&quot; rightzone=&quot;91|9&quot; space=&quot;0| &quot;&gt; heterogeneity&lt;/span&gt;&lt;span leftzone=&quot;1549|3&quot; rightzone=&quot;100|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;1552|3&quot; rightzone=&quot;103|3&quot; space=&quot;0| &quot;&gt; in addition to&lt;/span&gt;&lt;span leftzone=&quot;1555|15&quot; rightzone=&quot;106|15&quot; space=&quot;0| &quot;&gt; hyperuricemia&lt;/span&gt;&lt;span leftzone=&quot;1570|6&quot; rightzone=&quot;121|6&quot; space=&quot;0| &quot;&gt; may be&lt;/span&gt;&lt;span leftzone=&quot;1576|15&quot; rightzone=&quot;127|15&quot; space=&quot;0| &quot;&gt; manifested as acute&lt;/span&gt;&lt;span leftzone=&quot;1591|9&quot; rightzone=&quot;142|9&quot; space=&quot;0| &quot;&gt; arthritis&lt;/span&gt;&lt;span leftzone=&quot;1600|3&quot; rightzone=&quot;151|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;1603|9&quot; rightzone=&quot;154|9&quot; space=&quot;0| &quot;&gt; tophi&lt;/span&gt;&lt;span leftzone=&quot;1612|3&quot; rightzone=&quot;163|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;1615|15&quot; rightzone=&quot;166|15&quot; space=&quot;0| &quot;&gt; chronic arthritis&lt;/span&gt;&lt;span leftzone=&quot;1630|3&quot; rightzone=&quot;181|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;1633|12&quot; rightzone=&quot;184|12&quot; space=&quot;0| &quot;&gt; joint deformity&lt;/span&gt;&lt;span leftzone=&quot;1645|3&quot; rightzone=&quot;196|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;1648|24&quot; rightzone=&quot;199|24&quot; space=&quot;0| &quot;&gt; chronic interstitial nephritis and&lt;/span&gt;&lt;span leftzone=&quot;1672|9&quot; rightzone=&quot;223|9&quot; space=&quot;0| &quot;&gt; uric acid&lt;/span&gt;&lt;span leftzone=&quot;1681|12&quot; rightzone=&quot;232|12&quot; space=&quot;0| &quot;&gt; urolithiasis&lt;/span&gt;&lt;span leftzone=&quot;1693|3&quot; rightzone=&quot;244|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;1696|12&quot; rightzone=&quot;247|12&quot; space=&quot;0| &quot;&gt; Clinically divided&lt;/span&gt;&lt;span leftzone=&quot;1708|24&quot; rightzone=&quot;259|24&quot; space=&quot;0| &quot;&gt; into primary and secondary&lt;/span&gt;&lt;span leftzone=&quot;1732|9&quot; rightzone=&quot;283|9&quot; space=&quot;0| &quot;&gt; two categories&lt;/span&gt;&lt;span leftzone=&quot;1741|3&quot; rightzone=&quot;292|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;1744|9&quot; rightzone=&quot;295|9&quot; space=&quot;0| &quot;&gt; primary&lt;/span&gt;&lt;span leftzone=&quot;1753|9&quot; rightzone=&quot;304|9&quot; space=&quot;0| &quot;&gt; gout&lt;/span&gt;&lt;span leftzone=&quot;1774|18&quot; rightzone=&quot;325|18&quot; space=&quot;0| &quot;&gt; purine metabolism abnormalities&lt;/span&gt;&lt;span leftzone=&quot;1792|6&quot; rightzone=&quot;343|6&quot; space=&quot;0| &quot;&gt; caused&lt;/span&gt;&lt;span leftzone=&quot;1762|12&quot; rightzone=&quot;313|12&quot; space=&quot;0| &quot;&gt; by congenital&lt;/span&gt;&lt;span leftzone=&quot;1798|3&quot; rightzone=&quot;349|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;1801|6&quot; rightzone=&quot;352|6&quot; space=&quot;0| &quot;&gt; often associated with&lt;/span&gt;&lt;span leftzone=&quot;1807|6&quot; rightzone=&quot;358|6&quot; space=&quot;0| &quot;&gt; obesity&lt;/span&gt;&lt;span leftzone=&quot;1813|3&quot; rightzone=&quot;364|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;1816|6&quot; rightzone=&quot;367|6&quot; space=&quot;0| &quot;&gt; carbohydrate&lt;/span&gt;&lt;span leftzone=&quot;1822|18&quot; rightzone=&quot;373|18&quot; space=&quot;0| &quot;&gt; lipid metabolism disorders&lt;/span&gt;&lt;span leftzone=&quot;1840|3&quot; rightzone=&quot;391|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;1843|9&quot; rightzone=&quot;394|9&quot; space=&quot;0| &quot;&gt; hypertension&lt;/span&gt;&lt;span leftzone=&quot;1852|3&quot; rightzone=&quot;403|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;1855|15&quot; rightzone=&quot;406|15&quot; space=&quot;0| &quot;&gt; arteriosclerosis and&lt;/span&gt;&lt;span leftzone=&quot;1870|12&quot; rightzone=&quot;421|12&quot; space=&quot;0| &quot;&gt; coronary heart disease&lt;/span&gt;&lt;span leftzone=&quot;1882|12&quot; rightzone=&quot;433|12&quot; space=&quot;0| &quot;&gt; aggregation occurs&lt;/span&gt;&lt;span leftzone=&quot;1894|3&quot; rightzone=&quot;445|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;1897|15&quot; rightzone=&quot;448|15&quot; space=&quot;0| &quot;&gt; secondary gout&lt;/span&gt;&lt;span leftzone=&quot;1912|6&quot; rightzone=&quot;463|6&quot; space=&quot;0| &quot;&gt; consists of&lt;/span&gt;&lt;span leftzone=&quot;1918|21&quot; rightzone=&quot;469|21&quot; space=&quot;0| &quot;&gt; some systemic disorders&lt;/span&gt;&lt;span leftzone=&quot;1939|6&quot; rightzone=&quot;490|6&quot; space=&quot;0| &quot;&gt; or&lt;/span&gt;&lt;span leftzone=&quot;1945|12&quot; rightzone=&quot;496|12&quot; space=&quot;0| &quot;&gt; drug induced&lt;/span&gt;&lt;span leftzone=&quot;1957|3&quot; rightzone=&quot;508|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;1960|19&quot; rightzone=&quot;511|19&quot; space=&quot;0| &quot;&gt; [1] gout&lt;/span&gt;&lt;span leftzone=&quot;1979|6&quot; rightzone=&quot;530|6&quot; space=&quot;0| &quot;&gt; due to&lt;/span&gt;&lt;span leftzone=&quot;1985|18&quot; rightzone=&quot;536|18&quot; space=&quot;0| &quot;&gt; purine biosynthesis&lt;/span&gt;&lt;span leftzone=&quot;2003|12&quot; rightzone=&quot;554|12&quot; space=&quot;0| &quot;&gt; metabolism increases&lt;/span&gt;&lt;span leftzone=&quot;2015|3&quot; rightzone=&quot;566|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;2018|18&quot; rightzone=&quot;569|18&quot; space=&quot;0| &quot;&gt; an excess of uric acid&lt;/span&gt;&lt;span leftzone=&quot;2036|6&quot; rightzone=&quot;587|6&quot; space=&quot;0| &quot;&gt; or due to&lt;/span&gt;&lt;span leftzone=&quot;2042|12&quot; rightzone=&quot;593|12&quot; space=&quot;0| &quot;&gt; excretion of uric acid&lt;/span&gt;&lt;span leftzone=&quot;2066|6&quot; rightzone=&quot;617|6&quot; space=&quot;0| &quot;&gt; in blood of&lt;/span&gt;&lt;span leftzone=&quot;2054|6&quot; rightzone=&quot;605|6&quot; space=&quot;0| &quot;&gt; undesirable&lt;/span&gt;&lt;span leftzone=&quot;2060|6&quot; rightzone=&quot;611|6&quot; space=&quot;0| &quot;&gt; due to&lt;/span&gt;&lt;span leftzone=&quot;2072|12&quot; rightzone=&quot;623|12&quot; space=&quot;0| &quot;&gt; elevated uric acid&lt;/span&gt;&lt;span leftzone=&quot;2084|3&quot; rightzone=&quot;635|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;2087|24&quot; rightzone=&quot;638|24&quot; space=&quot;0| &quot;&gt; deposition of urate crystals in&lt;/span&gt;&lt;span leftzone=&quot;2111|12&quot; rightzone=&quot;662|12&quot; space=&quot;0| &quot;&gt; synovial joints&lt;/span&gt;&lt;span leftzone=&quot;2123|3&quot; rightzone=&quot;674|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;2126|6&quot; rightzone=&quot;677|6&quot; space=&quot;0| &quot;&gt; bursae&lt;/span&gt;&lt;span leftzone=&quot;2132|3&quot; rightzone=&quot;683|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;2135|15&quot; rightzone=&quot;686|15&quot; space=&quot;0| &quot;&gt; cartilage and other&lt;/span&gt;&lt;span leftzone=&quot;2150|9&quot; rightzone=&quot;701|9&quot; space=&quot;0| &quot;&gt; tissues&lt;/span&gt;&lt;span leftzone=&quot;2159|9&quot; rightzone=&quot;710|9&quot; space=&quot;0| &quot;&gt; caused by&lt;/span&gt;&lt;span leftzone=&quot;2168|15&quot; rightzone=&quot;719|15&quot; space=&quot;0| &quot;&gt; recurrent&lt;/span&gt;&lt;span leftzone=&quot;2183|6&quot; rightzone=&quot;734|6&quot; space=&quot;0| &quot;&gt; inflammatory&lt;/span&gt;&lt;span leftzone=&quot;2189|6&quot; rightzone=&quot;740|6&quot; space=&quot;0| &quot;&gt; disease&lt;/span&gt;&lt;span leftzone=&quot;2195|3&quot; rightzone=&quot;746|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;2198|9&quot; rightzone=&quot;749|9&quot; space=&quot;0| &quot;&gt; The disease to&lt;/span&gt;&lt;span leftzone=&quot;2207|12&quot; rightzone=&quot;758|12&quot; space=&quot;0| &quot;&gt; joint fluid and&lt;/span&gt;&lt;span leftzone=&quot;2219|12&quot; rightzone=&quot;770|12&quot; space=&quot;0| &quot;&gt; tophi&lt;/span&gt;&lt;span leftzone=&quot;2231|3&quot; rightzone=&quot;782|3&quot; space=&quot;0| &quot;&gt; may&lt;/span&gt;&lt;span leftzone=&quot;2234|9&quot; rightzone=&quot;785|9&quot; space=&quot;0| &quot;&gt; find a&lt;/span&gt;&lt;span leftzone=&quot;2243|12&quot; rightzone=&quot;794|12&quot; space=&quot;0| &quot;&gt; birefringence&lt;/span&gt;&lt;span leftzone=&quot;2255|3&quot; rightzone=&quot;806|3&quot; space=&quot;0| &quot;&gt; of&lt;/span&gt;&lt;span leftzone=&quot;2258|6&quot; rightzone=&quot;809|6&quot; space=&quot;0| &quot;&gt; monohydrate&lt;/span&gt;&lt;span leftzone=&quot;2264|15&quot; rightzone=&quot;815|15&quot; space=&quot;0| &quot;&gt; sodium urate crystal&lt;/span&gt;&lt;span leftzone=&quot;2279|12&quot; rightzone=&quot;830|12&quot; space=&quot;0| &quot;&gt; for its characteristic&lt;/span&gt;&lt;span leftzone=&quot;2291|3&quot; rightzone=&quot;842|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;2294|9&quot; rightzone=&quot;845|9&quot; space=&quot;0| &quot;&gt; More common in&lt;/span&gt;&lt;span leftzone=&quot;2303|12&quot; rightzone=&quot;854|12&quot; space=&quot;0| &quot;&gt; obese&lt;/span&gt;&lt;span leftzone=&quot;2315|12&quot; rightzone=&quot;866|12&quot; space=&quot;0| &quot;&gt; in older&lt;/span&gt;&lt;span leftzone=&quot;2327|9&quot; rightzone=&quot;878|9&quot; space=&quot;0| &quot;&gt; men and&lt;/span&gt;&lt;span leftzone=&quot;2336|18&quot; rightzone=&quot;887|18&quot; space=&quot;0| &quot;&gt; women after menopause&lt;/span&gt;&lt;span leftzone=&quot;2354|3&quot; rightzone=&quot;905|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;2357|18&quot; rightzone=&quot;908|18&quot; space=&quot;0| &quot;&gt; With the development of economy&lt;/span&gt;&lt;span leftzone=&quot;2375|21&quot; rightzone=&quot;926|21&quot; space=&quot;0| &quot;&gt; and the life style change&lt;/span&gt;&lt;span leftzone=&quot;2396|3&quot; rightzone=&quot;947|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;2399|12&quot; rightzone=&quot;950|12&quot; space=&quot;0| &quot;&gt; its prevalence&lt;/span&gt;&lt;span leftzone=&quot;2411|12&quot; rightzone=&quot;962|12&quot; space=&quot;0| &quot;&gt; is rising gradually&lt;/span&gt;&lt;span leftzone=&quot;2423|3&quot; rightzone=&quot;974|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;2433|6&quot; rightzone=&quot;984|6&quot; space=&quot;0| &quot;&gt; Multiple&lt;/span&gt;&lt;span leftzone=&quot;2439|15&quot; rightzone=&quot;990|15&quot; space=&quot;0| &quot;&gt; parts of the human body&lt;/span&gt;&lt;span leftzone=&quot;2454|3&quot; rightzone=&quot;1005|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;2457|6&quot; rightzone=&quot;1008|6&quot; space=&quot;0| &quot;&gt; joint&lt;/span&gt;&lt;span leftzone=&quot;2463|12&quot; rightzone=&quot;1014|12&quot; space=&quot;0| &quot;&gt; pain&lt;/span&gt;&lt;span leftzone=&quot;2475|3&quot; rightzone=&quot;1026|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;2478|12&quot; rightzone=&quot;1029|12&quot; space=&quot;0| &quot;&gt; hardly wished to live.&lt;/span&gt;&lt;span leftzone=&quot;2490|9&quot; rightzone=&quot;1041|9&quot; space=&quot;0| &quot;&gt; &quot;Pain&lt;/span&gt;&lt;span leftzone=&quot;2499|3&quot; rightzone=&quot;1050|3&quot; space=&quot;0| &quot;&gt; &quot;&lt;/span&gt;&lt;span leftzone=&quot;2502|3&quot; rightzone=&quot;1053|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;2505|6&quot; rightzone=&quot;1056|6&quot; space=&quot;0| &quot;&gt; and soon&lt;/span&gt;&lt;span leftzone=&quot;2511|6&quot; rightzone=&quot;1062|6&quot; space=&quot;0| &quot;&gt; 1-7 days&lt;/span&gt;&lt;span leftzone=&quot;2517|3&quot; rightzone=&quot;1068|3&quot; space=&quot;0| &quot;&gt; pain&lt;/span&gt;&lt;span leftzone=&quot;2520|3&quot; rightzone=&quot;1071|3&quot; space=&quot;0| &quot;&gt; as&lt;/span&gt;&lt;span leftzone=&quot;2523|3&quot; rightzone=&quot;1074|3&quot; space=&quot;0| &quot;&gt; &quot;&lt;/span&gt;&lt;span leftzone=&quot;2526|12&quot; rightzone=&quot;1077|12&quot; space=&quot;0| &quot;&gt; wind&quot;&lt;/span&gt;&lt;span leftzone=&quot;2538|12&quot; rightzone=&quot;1089|12&quot; space=&quot;0| &quot;&gt; blown over&lt;/span&gt;&lt;span leftzone=&quot;2550|3&quot; rightzone=&quot;1101|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;2553|6&quot; rightzone=&quot;1104|6&quot; space=&quot;0| &quot;&gt; so&lt;/span&gt;&lt;span leftzone=&quot;2559|3&quot; rightzone=&quot;1110|3&quot; space=&quot;0| &quot;&gt; called&lt;/span&gt;&lt;span leftzone=&quot;2562|3&quot; rightzone=&quot;1113|3&quot; space=&quot;0| &quot;&gt; &quot;&lt;/span&gt;&lt;span leftzone=&quot;2565|6&quot; rightzone=&quot;1116|6&quot; space=&quot;0| &quot;&gt; gout&lt;/span&gt;&lt;span leftzone=&quot;2571|3&quot; rightzone=&quot;1122|3&quot; space=&quot;0| &quot;&gt; &quot;&lt;/span&gt;&lt;span leftzone=&quot;2574|3&quot; rightzone=&quot;1125|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;2577|3&quot; rightzone=&quot;1128|3&quot; space=&quot;0| &quot;&gt; 40+&lt;/span&gt;&lt;span leftzone=&quot;2580|12&quot; rightzone=&quot;1131|12&quot; space=&quot;0| &quot;&gt; in males than in females&lt;/span&gt;&lt;span leftzone=&quot;2592|6&quot; rightzone=&quot;1143|6&quot; space=&quot;0| &quot;&gt; (95%&lt;/span&gt;&lt;span leftzone=&quot;2598|3&quot; rightzone=&quot;1149|3&quot; space=&quot;0| &quot;&gt; )&lt;/span&gt;&lt;span leftzone=&quot;2601|3&quot; rightzone=&quot;1152|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;2604|6&quot; rightzone=&quot;1155|6&quot; space=&quot;0| &quot;&gt; a female&lt;/span&gt;&lt;span leftzone=&quot;2610|6&quot; rightzone=&quot;1161|6&quot; space=&quot;0| &quot;&gt; general&lt;/span&gt;&lt;span leftzone=&quot;2616|12&quot; rightzone=&quot;1167|12&quot; space=&quot;0| &quot;&gt; in postmenopausal&lt;/span&gt;&lt;span leftzone=&quot;2628|6&quot; rightzone=&quot;1179|6&quot; space=&quot;0| &quot;&gt; common&lt;/span&gt;&lt;span leftzone=&quot;2634|3&quot; rightzone=&quot;1185|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;2637|15&quot; rightzone=&quot;1188|15&quot; space=&quot;0| &quot;&gt; because estrogen&lt;/span&gt;&lt;span leftzone=&quot;2661|24&quot; rightzone=&quot;1212|24&quot; space=&quot;0| &quot;&gt; can inhibit the formation&lt;/span&gt;&lt;span leftzone=&quot;2652|3&quot; rightzone=&quot;1203|3&quot; space=&quot;0| &quot;&gt; of&lt;/span&gt;&lt;span leftzone=&quot;2655|6&quot; rightzone=&quot;1206|6&quot; space=&quot;0| &quot;&gt; uric acid&lt;/span&gt;&lt;span leftzone=&quot;2685|3&quot; rightzone=&quot;1236|3&quot; space=&quot;space&quot;&gt;;&lt;/span&gt;&lt;span leftzone=&quot;2688|6&quot; rightzone=&quot;1239|6&quot; space=&quot;0| &quot;&gt; but&lt;/span&gt;&lt;span leftzone=&quot;2694|15&quot; rightzone=&quot;1245|15&quot; space=&quot;0| &quot;&gt; after menopause&lt;/span&gt;&lt;span leftzone=&quot;2709|9&quot; rightzone=&quot;1260|9&quot; space=&quot;0| &quot;&gt; increases the&lt;/span&gt;&lt;span leftzone=&quot;2718|6&quot; rightzone=&quot;1269|6&quot; space=&quot;0| &quot;&gt; attack&lt;/span&gt;&lt;span leftzone=&quot;2724|6&quot; rightzone=&quot;1275|6&quot; space=&quot;0| &quot;&gt; rate&lt;/span&gt;&lt;span leftzone=&quot;2730|3&quot; rightzone=&quot;1281|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;2733|24&quot; rightzone=&quot;1284|24&quot; space=&quot;0| &quot;&gt; Hyperuricemia and gout&lt;/span&gt;&lt;span leftzone=&quot;2757|12&quot; rightzone=&quot;1308|12&quot; space=&quot;0| &quot;&gt; have no&lt;/span&gt;&lt;span leftzone=&quot;2769|6&quot; rightzone=&quot;1320|6&quot; space=&quot;0| &quot;&gt; direct&lt;/span&gt;&lt;span leftzone=&quot;2775|6&quot; rightzone=&quot;1326|6&quot; space=&quot;0| &quot;&gt; relationship&lt;/span&gt;&lt;span leftzone=&quot;2781|3&quot; rightzone=&quot;1332|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;2784|9&quot; rightzone=&quot;1335|9&quot; space=&quot;0| &quot;&gt; just high&lt;/span&gt;&lt;span leftzone=&quot;2793|6&quot; rightzone=&quot;1344|6&quot; space=&quot;0| &quot;&gt; uric acid&lt;/span&gt;&lt;span leftzone=&quot;2799|9&quot; rightzone=&quot;1350|9&quot; space=&quot;0| &quot;&gt; have higher&lt;/span&gt;&lt;span leftzone=&quot;2808|6&quot; rightzone=&quot;1359|6&quot; space=&quot;0| &quot;&gt; incidence&lt;/span&gt;&lt;span leftzone=&quot;2841|15&quot; rightzone=&quot;1392|15&quot; space=&quot;0| &quot;&gt; of hyperuricemia&lt;/span&gt;&lt;span leftzone=&quot;2814|15&quot; rightzone=&quot;1365|15&quot; space=&quot;0| &quot;&gt; gout may be&lt;/span&gt;&lt;span leftzone=&quot;2829|3&quot; rightzone=&quot;1380|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;2832|9&quot; rightzone=&quot;1383|9&quot; space=&quot;0| &quot;&gt; some people&lt;/span&gt;&lt;span leftzone=&quot;2856|15&quot; rightzone=&quot;1407|15&quot; space=&quot;0| &quot;&gt; will not&lt;/span&gt;&lt;span leftzone=&quot;2871|6&quot; rightzone=&quot;1422|6&quot; space=&quot;0| &quot;&gt; cause&lt;/span&gt;&lt;span leftzone=&quot;2877|6&quot; rightzone=&quot;1428|6&quot; space=&quot;0| &quot;&gt; gout&lt;/span&gt;&lt;span leftzone=&quot;2883|3&quot; rightzone=&quot;1434|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;2907|15&quot; rightzone=&quot;1458|15&quot; space=&quot;0| &quot;&gt; hyperuricemia&lt;/span&gt;&lt;span leftzone=&quot;2886|12&quot; rightzone=&quot;1437|12&quot; space=&quot;0| &quot;&gt; and some people&lt;/span&gt;&lt;span leftzone=&quot;2898|9&quot; rightzone=&quot;1449|9&quot; space=&quot;0| &quot;&gt; found in&lt;/span&gt;&lt;span leftzone=&quot;2922|12&quot; rightzone=&quot;1473|12&quot; space=&quot;0| &quot;&gt; a week or&lt;/span&gt;&lt;span leftzone=&quot;2934|15&quot; rightzone=&quot;1485|15&quot; space=&quot;0| &quot;&gt; a month&lt;/span&gt;&lt;span leftzone=&quot;2949|18&quot; rightzone=&quot;1500|18&quot; space=&quot;0| &quot;&gt; occur first&lt;/span&gt;&lt;span leftzone=&quot;2967|6&quot; rightzone=&quot;1518|6&quot; space=&quot;0| &quot;&gt; gout&lt;/span&gt;&lt;span leftzone=&quot;2973|15&quot; rightzone=&quot;1524|15&quot; space=&quot;0| &quot;&gt; the first gout&lt;/span&gt;&lt;span leftzone=&quot;2988|6&quot; rightzone=&quot;1539|6&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;2994|6&quot; rightzone=&quot;1545|6&quot; space=&quot;0| &quot;&gt; generally&lt;/span&gt;&lt;span leftzone=&quot;3000|15&quot; rightzone=&quot;1551|15&quot; space=&quot;0| &quot;&gt; will have 1-2 years of&lt;/span&gt;&lt;span leftzone=&quot;3015|9&quot; rightzone=&quot;1566|9&quot; space=&quot;0| &quot;&gt; intermittent period&lt;/span&gt;&lt;span leftzone=&quot;3024|3&quot; rightzone=&quot;1575|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;3027|6&quot; rightzone=&quot;1578|6&quot; space=&quot;0| &quot;&gt; there are&lt;/span&gt;&lt;span leftzone=&quot;3033|2&quot; rightzone=&quot;1584|2&quot; space=&quot;0| &quot;&gt; 10&lt;/span&gt;&lt;span leftzone=&quot;3035|6&quot; rightzone=&quot;1586|6&quot; space=&quot;0| &quot;&gt; during the&lt;/span&gt;&lt;span leftzone=&quot;3041|3&quot; rightzone=&quot;1592|3&quot; space=&quot;0| &quot;&gt; rest&lt;/span&gt;&lt;span leftzone=&quot;3044|3&quot; rightzone=&quot;1595|3&quot; space=&quot;0| &quot;&gt; period&lt;/span&gt;&lt;span leftzone=&quot;3047|5&quot; rightzone=&quot;1598|5&quot; space=&quot;0| &quot;&gt; (5%&lt;/span&gt;&lt;span leftzone=&quot;3052|3&quot; rightzone=&quot;1603|3&quot; space=&quot;0| &quot;&gt; )&lt;/span&gt;&lt;span leftzone=&quot;3055|3&quot; rightzone=&quot;1606|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;3058|9&quot; rightzone=&quot;1609|9&quot; space=&quot;0| &quot;&gt; during&lt;/span&gt;&lt;span leftzone=&quot;3067|12&quot; rightzone=&quot;1618|12&quot; space=&quot;0| &quot;&gt; active treatment&lt;/span&gt;&lt;span leftzone=&quot;3079|3&quot; rightzone=&quot;1630|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;3082|6&quot; rightzone=&quot;1633|6&quot; space=&quot;0| &quot;&gt; prevention of&lt;/span&gt;&lt;span leftzone=&quot;3088|18&quot; rightzone=&quot;1639|18&quot; space=&quot;0| &quot;&gt; tophi formation&lt;/span&gt;&lt;span leftzone=&quot;3106|3&quot; rightzone=&quot;1657|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;3109|12&quot; rightzone=&quot;1660|12&quot; space=&quot;0| &quot;&gt; Editor this paragraph&lt;/span&gt;&lt;span leftzone=&quot;3121|19&quot; rightzone=&quot;1672|19&quot; space=&quot;0| &quot;&gt; 1 pathogenesis&lt;/span&gt;&lt;span leftzone=&quot;3140|3&quot; rightzone=&quot;1691|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;3158|9&quot; rightzone=&quot;1709|9&quot; space=&quot;0| &quot;&gt; The reason&lt;/span&gt;&lt;span leftzone=&quot;3143|6&quot; rightzone=&quot;1694|6&quot; space=&quot;0| &quot;&gt; caused by&lt;/span&gt;&lt;span leftzone=&quot;3149|9&quot; rightzone=&quot;1700|9&quot; space=&quot;0| &quot;&gt; high uric acid&lt;/span&gt;&lt;span leftzone=&quot;3167|3&quot; rightzone=&quot;1718|3&quot; space=&quot;space&quot;&gt;:&lt;/span&gt;&lt;span leftzone=&quot;3170|6&quot; rightzone=&quot;1721|6&quot; space=&quot;0| &quot;&gt; nucleic acid&lt;/span&gt;&lt;span leftzone=&quot;3176|15&quot; rightzone=&quot;1727|15&quot; space=&quot;0| &quot;&gt; oxidation decomposition of&lt;/span&gt;&lt;span leftzone=&quot;3191|15&quot; rightzone=&quot;1742|15&quot; space=&quot;0| &quot;&gt; endogenous purine&lt;/span&gt;&lt;span leftzone=&quot;3206|6&quot; rightzone=&quot;1757|6&quot; space=&quot;0| &quot;&gt; total&lt;/span&gt;&lt;span leftzone=&quot;3212|6&quot; rightzone=&quot;1763|6&quot; space=&quot;0| &quot;&gt; purine&lt;/span&gt;&lt;span leftzone=&quot;3218|6&quot; rightzone=&quot;1769|6&quot; space=&quot;0| &quot;&gt; 80%&lt;/span&gt;&lt;span leftzone=&quot;3224|3&quot; rightzone=&quot;1775|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;3227|6&quot; rightzone=&quot;1778|6&quot; space=&quot;0| &quot;&gt; food&lt;/span&gt;&lt;span leftzone=&quot;3233|3&quot; rightzone=&quot;1784|3&quot; space=&quot;0| &quot;&gt; and other&lt;/span&gt;&lt;span leftzone=&quot;3236|15&quot; rightzone=&quot;1787|15&quot; space=&quot;0| &quot;&gt; exogenous purine&lt;/span&gt;&lt;span leftzone=&quot;3257|6&quot; rightzone=&quot;1808|6&quot; space=&quot;0| &quot;&gt; purine&lt;/span&gt;&lt;span leftzone=&quot;3263|6&quot; rightzone=&quot;1814|6&quot; space=&quot;0| &quot;&gt; 20%&lt;/span&gt;&lt;span leftzone=&quot;3251|6&quot; rightzone=&quot;1802|6&quot; space=&quot;0| &quot;&gt; total&lt;/span&gt;&lt;span leftzone=&quot;3269|3&quot; rightzone=&quot;1820|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;3279|12&quot; rightzone=&quot;1830|12&quot; space=&quot;0| &quot;&gt; Eating food containing&lt;/span&gt;&lt;span leftzone=&quot;3291|6&quot; rightzone=&quot;1842|6&quot; space=&quot;0| &quot;&gt; excessive&lt;/span&gt;&lt;span leftzone=&quot;3297|6&quot; rightzone=&quot;1848|6&quot; space=&quot;0| &quot;&gt; purine&lt;/span&gt;&lt;span leftzone=&quot;3303|15&quot; rightzone=&quot;1854|15&quot; space=&quot;0| &quot;&gt; ingredients in food&lt;/span&gt;&lt;span leftzone=&quot;3318|3&quot; rightzone=&quot;1869|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;3321|6&quot; rightzone=&quot;1872|6&quot; space=&quot;0| &quot;&gt; and in&lt;/span&gt;&lt;span leftzone=&quot;3327|12&quot; rightzone=&quot;1878|12&quot; space=&quot;0| &quot;&gt; the new supersedes the old.&lt;/span&gt;&lt;span leftzone=&quot;3339|12&quot; rightzone=&quot;1890|12&quot; space=&quot;0| &quot;&gt; In the process,&lt;/span&gt;&lt;span leftzone=&quot;3351|6&quot; rightzone=&quot;1902|6&quot; space=&quot;0| &quot;&gt; the body&lt;/span&gt;&lt;span leftzone=&quot;3357|9&quot; rightzone=&quot;1908|9&quot; space=&quot;0| &quot;&gt; will not&lt;/span&gt;&lt;span leftzone=&quot;3387|12&quot; rightzone=&quot;1938|12&quot; space=&quot;0| &quot;&gt; be&lt;/span&gt;&lt;span leftzone=&quot;3372|9&quot; rightzone=&quot;1923|9&quot; space=&quot;0| &quot;&gt; further&lt;/span&gt;&lt;span leftzone=&quot;3381|6&quot; rightzone=&quot;1932|6&quot; space=&quot;0| &quot;&gt; metabolism of&lt;/span&gt;&lt;span leftzone=&quot;3366|6&quot; rightzone=&quot;1917|6&quot; space=&quot;0| &quot;&gt; purines&lt;/span&gt;&lt;span leftzone=&quot;3399|12&quot; rightzone=&quot;1950|12&quot; space=&quot;0| &quot;&gt; from the kidney&lt;/span&gt;&lt;span leftzone=&quot;3411|3&quot; rightzone=&quot;1962|3&quot; space=&quot;0| &quot;&gt; by&lt;/span&gt;&lt;span leftzone=&quot;3426|3&quot; rightzone=&quot;1977|3&quot; space=&quot;0| &quot;&gt; the&lt;/span&gt;&lt;span leftzone=&quot;3429|9&quot; rightzone=&quot;1980|9&quot; space=&quot;0| &quot;&gt; excretion of&lt;/span&gt;&lt;span leftzone=&quot;3414|12&quot; rightzone=&quot;1965|12&quot; space=&quot;0| &quot;&gt; urine&lt;/span&gt;&lt;span leftzone=&quot;3438|3&quot; rightzone=&quot;1989|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;3441|12&quot; rightzone=&quot;1992|12&quot; space=&quot;0| &quot;&gt; Serum uric acid&lt;/span&gt;&lt;span leftzone=&quot;3453|12&quot; rightzone=&quot;2004|12&quot; space=&quot;0| &quot;&gt; concentration if&lt;/span&gt;&lt;span leftzone=&quot;3465|15&quot; rightzone=&quot;2016|15&quot; space=&quot;0| &quot;&gt; reaches saturation&lt;/span&gt;&lt;span leftzone=&quot;3480|6&quot; rightzone=&quot;2031|6&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;3486|12&quot; rightzone=&quot;2037|12&quot; space=&quot;0| &quot;&gt; these substances&lt;/span&gt;&lt;span leftzone=&quot;3498|12&quot; rightzone=&quot;2049|12&quot; space=&quot;0| &quot;&gt; ultimately form&lt;/span&gt;&lt;span leftzone=&quot;3510|12&quot; rightzone=&quot;2061|12&quot; space=&quot;0| &quot;&gt; crystals,&lt;/span&gt;&lt;span leftzone=&quot;3522|9&quot; rightzone=&quot;2073|9&quot; space=&quot;0| &quot;&gt; accumulated in&lt;/span&gt;&lt;span leftzone=&quot;3531|3&quot; rightzone=&quot;2082|3&quot; space=&quot;0| &quot;&gt; soft&lt;/span&gt;&lt;span leftzone=&quot;3534|9&quot; rightzone=&quot;2085|9&quot; space=&quot;0| &quot;&gt; tissues&lt;/span&gt;&lt;span leftzone=&quot;3543|3&quot; rightzone=&quot;2094|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;3546|6&quot; rightzone=&quot;2097|6&quot; space=&quot;0| &quot;&gt; If&lt;/span&gt;&lt;span leftzone=&quot;3552|9&quot; rightzone=&quot;2103|9&quot; space=&quot;0| &quot;&gt; have an incentive to&lt;/span&gt;&lt;span leftzone=&quot;3561|6&quot; rightzone=&quot;2112|6&quot; space=&quot;0| &quot;&gt; cause&lt;/span&gt;&lt;span leftzone=&quot;3567|9&quot; rightzone=&quot;2118|9&quot; space=&quot;0| &quot;&gt; deposition in&lt;/span&gt;&lt;span leftzone=&quot;3576|12&quot; rightzone=&quot;2127|12&quot; space=&quot;0| &quot;&gt; soft tissues such as&lt;/span&gt;&lt;span leftzone=&quot;3588|9&quot; rightzone=&quot;2139|9&quot; space=&quot;0| &quot;&gt; articular membrane&lt;/span&gt;&lt;span leftzone=&quot;3597|9&quot; rightzone=&quot;2148|9&quot; space=&quot;0| &quot;&gt; or tendon&lt;/span&gt;&lt;span leftzone=&quot;3606|3&quot; rightzone=&quot;2157|3&quot; space=&quot;0| &quot;&gt; in&lt;/span&gt;&lt;span leftzone=&quot;3609|15&quot; rightzone=&quot;2160|15&quot; space=&quot;0| &quot;&gt; uric acid crystals&lt;/span&gt;&lt;span leftzone=&quot;3624|6&quot; rightzone=&quot;2175|6&quot; space=&quot;0| &quot;&gt; release&lt;/span&gt;&lt;span leftzone=&quot;3630|3&quot; rightzone=&quot;2181|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;3633|6&quot; rightzone=&quot;2184|6&quot; space=&quot;0| &quot;&gt; it&lt;/span&gt;&lt;span leftzone=&quot;3639|6&quot; rightzone=&quot;2190|6&quot; space=&quot;0| &quot;&gt; causes&lt;/span&gt;&lt;span leftzone=&quot;3645|18&quot; rightzone=&quot;2196|18&quot; space=&quot;0| &quot;&gt; the body&#39;s immune system&lt;/span&gt;&lt;span leftzone=&quot;3675|9&quot; rightzone=&quot;2226|9&quot; space=&quot;0| &quot;&gt; and cause&lt;/span&gt;&lt;span leftzone=&quot;3684|6&quot; rightzone=&quot;2235|6&quot; space=&quot;0| &quot;&gt; inflammation&lt;/span&gt;&lt;span leftzone=&quot;3663|12&quot; rightzone=&quot;2214|12&quot; space=&quot;0| &quot;&gt; allergy&lt;/span&gt;&lt;span leftzone=&quot;3690|3&quot; rightzone=&quot;2241|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;3700|9&quot; rightzone=&quot;2251|9&quot; space=&quot;0| &quot;&gt; If the blood&lt;/span&gt;&lt;span leftzone=&quot;3709|15&quot; rightzone=&quot;2260|15&quot; space=&quot;0| &quot;&gt; concentration of uric acid in&lt;/span&gt;&lt;span leftzone=&quot;3724|12&quot; rightzone=&quot;2275|12&quot; space=&quot;0| &quot;&gt; long term than&lt;/span&gt;&lt;span leftzone=&quot;3736|6&quot; rightzone=&quot;2287|6&quot; space=&quot;0| &quot;&gt; the&lt;/span&gt;&lt;span leftzone=&quot;3742|9&quot; rightzone=&quot;2293|9&quot; space=&quot;0| &quot;&gt; saturation point&lt;/span&gt;&lt;span leftzone=&quot;3751|3&quot; rightzone=&quot;2302|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;3754|15&quot; rightzone=&quot;2305|15&quot; space=&quot;0| &quot;&gt; medicine known as&lt;/span&gt;&lt;span leftzone=&quot;3769|3&quot; rightzone=&quot;2320|3&quot; space=&quot;0| &quot;&gt; &quot;&lt;/span&gt;&lt;span leftzone=&quot;3772|15&quot; rightzone=&quot;2323|15&quot; space=&quot;0| &quot;&gt; hyperuricemia&lt;/span&gt;&lt;span leftzone=&quot;3787|3&quot; rightzone=&quot;2338|3&quot; space=&quot;0| &quot;&gt; &quot;&lt;/span&gt;&lt;span leftzone=&quot;3790|3&quot; rightzone=&quot;2341|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;3800|4&quot; rightzone=&quot;2351|4&quot; space=&quot;0| &quot;&gt; 2.&lt;/span&gt;&lt;span leftzone=&quot;3804|9&quot; rightzone=&quot;2355|9&quot; space=&quot;0| &quot;&gt; High-purine&lt;/span&gt;&lt;span leftzone=&quot;3813|15&quot; rightzone=&quot;2364|15&quot; space=&quot;0| &quot;&gt; ingredients in food&lt;/span&gt;&lt;span leftzone=&quot;3828|10&quot; rightzone=&quot;2379|10&quot; space=&quot;space&quot;&gt;:&lt;/span&gt;&lt;span leftzone=&quot;3838|4&quot; rightzone=&quot;2389|4&quot; space=&quot;0| &quot;&gt; (1&lt;/span&gt;&lt;span leftzone=&quot;3842|3&quot; rightzone=&quot;2393|3&quot; space=&quot;0| &quot;&gt; )&lt;/span&gt;&lt;span leftzone=&quot;3845|9&quot; rightzone=&quot;2396|9&quot; space=&quot;0| &quot;&gt; animal&lt;/span&gt;&lt;span leftzone=&quot;3854|6&quot; rightzone=&quot;2405|6&quot; space=&quot;0| &quot;&gt; viscera&lt;/span&gt;&lt;span leftzone=&quot;3860|6&quot; rightzone=&quot;2411|6&quot; space=&quot;0| &quot;&gt; such as brain&lt;/span&gt;&lt;span leftzone=&quot;3866|3&quot; rightzone=&quot;2417|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;3869|3&quot; rightzone=&quot;2420|3&quot; space=&quot;0| &quot;&gt; liver&lt;/span&gt;&lt;span leftzone=&quot;3872|3&quot; rightzone=&quot;2423|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;3875|3&quot; rightzone=&quot;2426|3&quot; space=&quot;0| &quot;&gt; kidney&lt;/span&gt;&lt;span leftzone=&quot;3878|3&quot; rightzone=&quot;2429|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;3881|3&quot; rightzone=&quot;2432|3&quot; space=&quot;0| &quot;&gt; heart&lt;/span&gt;&lt;span leftzone=&quot;3884|3&quot; rightzone=&quot;2435|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;3887|3&quot; rightzone=&quot;2438|3&quot; space=&quot;0| &quot;&gt; stomach&lt;/span&gt;&lt;span leftzone=&quot;3890|3&quot; rightzone=&quot;2441|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;3893|3&quot; rightzone=&quot;2444|3&quot; space=&quot;0| &quot;&gt; And&lt;/span&gt;&lt;span leftzone=&quot;3896|9&quot; rightzone=&quot;2447|9&quot; space=&quot;0| &quot;&gt; the deep color of&lt;/span&gt;&lt;span leftzone=&quot;3905|9&quot; rightzone=&quot;2456|9&quot; space=&quot;0| &quot;&gt; meat&lt;/span&gt;&lt;span leftzone=&quot;3914|3&quot; rightzone=&quot;2465|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;3917|6&quot; rightzone=&quot;2468|6&quot; space=&quot;0| &quot;&gt; Western-style&lt;/span&gt;&lt;span leftzone=&quot;3923|9&quot; rightzone=&quot;2474|9&quot; space=&quot;0| &quot;&gt; thick broth&lt;/span&gt;&lt;span leftzone=&quot;3932|3&quot; rightzone=&quot;2483|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;3935|6&quot; rightzone=&quot;2486|6&quot; space=&quot;0| &quot;&gt; ox&lt;/span&gt;&lt;span leftzone=&quot;3941|3&quot; rightzone=&quot;2492|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;3944|9&quot; rightzone=&quot;2495|9&quot; space=&quot;0| &quot;&gt; such as chicken&lt;/span&gt;&lt;span leftzone=&quot;3953|3&quot; rightzone=&quot;2504|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;3956|9&quot; rightzone=&quot;2507|9&quot; space=&quot;0| &quot;&gt; Seafood&lt;/span&gt;&lt;span leftzone=&quot;3965|3&quot; rightzone=&quot;2516|3&quot; space=&quot;space&quot;&gt;;&lt;/span&gt;&lt;span leftzone=&quot;3968|9&quot; rightzone=&quot;2519|9&quot; space=&quot;0| &quot;&gt; sardines&lt;/span&gt;&lt;span leftzone=&quot;3977|3&quot; rightzone=&quot;2528|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;3989|6&quot; rightzone=&quot;2540|6&quot; space=&quot;0| &quot;&gt; herring&lt;/span&gt;&lt;span leftzone=&quot;3980|6&quot; rightzone=&quot;2531|6&quot; space=&quot;0| &quot;&gt; fish store&lt;/span&gt;&lt;span leftzone=&quot;3986|3&quot; rightzone=&quot;2537|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;3995|1&quot; rightzone=&quot;2546|1&quot; space=&quot;0| &quot;&gt; (&lt;/span&gt;&lt;span leftzone=&quot;3996|7&quot; rightzone=&quot;2547|7&quot; space=&quot;0| &quot;&gt; Herring&lt;/span&gt;&lt;span leftzone=&quot;4003|1&quot; rightzone=&quot;2554|1&quot; space=&quot;0| &quot;&gt; )&lt;/span&gt;&lt;span leftzone=&quot;4004|3&quot; rightzone=&quot;2555|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;4007|3&quot; rightzone=&quot;2558|3&quot; space=&quot;0| &quot;&gt; dental&lt;/span&gt;&lt;span leftzone=&quot;4010|6&quot; rightzone=&quot;2561|6&quot; space=&quot;0| &quot;&gt; hairtail&lt;/span&gt;&lt;span leftzone=&quot;4016|3&quot; rightzone=&quot;2567|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;4019|9&quot; rightzone=&quot;2570|9&quot; space=&quot;0| &quot;&gt; spring fish&lt;/span&gt;&lt;span leftzone=&quot;4028|3&quot; rightzone=&quot;2579|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;4031|9&quot; rightzone=&quot;2582|9&quot; space=&quot;0| &quot;&gt; scallops,&lt;/span&gt;&lt;span leftzone=&quot;4040|6&quot; rightzone=&quot;2591|6&quot; space=&quot;0| &quot;&gt; sea cucumber&lt;/span&gt;&lt;span leftzone=&quot;4046|3&quot; rightzone=&quot;2597|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;4049|6&quot; rightzone=&quot;2600|6&quot; space=&quot;0| &quot;&gt; dried scallops&lt;/span&gt;&lt;span leftzone=&quot;4055|3&quot; rightzone=&quot;2606|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;4058|3&quot; rightzone=&quot;2609|3&quot; space=&quot;0| &quot;&gt; oysters&lt;/span&gt;&lt;span leftzone=&quot;4061|3&quot; rightzone=&quot;2612|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;4064|6&quot; rightzone=&quot;2615|6&quot; space=&quot;0| &quot;&gt; Qingkou&lt;/span&gt;&lt;span leftzone=&quot;4073|3&quot; rightzone=&quot;2624|3&quot; space=&quot;0| &quot;&gt; division&lt;/span&gt;&lt;span leftzone=&quot;4070|3&quot; rightzone=&quot;2621|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;4076|3&quot; rightzone=&quot;2627|3&quot; space=&quot;0| &quot;&gt; catfish&lt;/span&gt;&lt;span leftzone=&quot;4079|3&quot; rightzone=&quot;2630|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;4082|6&quot; rightzone=&quot;2633|6&quot; space=&quot;0| &quot;&gt; shrimp&lt;/span&gt;&lt;span leftzone=&quot;4088|3&quot; rightzone=&quot;2639|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;4091|12&quot; rightzone=&quot;2642|12&quot; space=&quot;0| &quot;&gt; dried fish,&lt;/span&gt;&lt;span leftzone=&quot;4103|6&quot; rightzone=&quot;2654|6&quot; space=&quot;0| &quot;&gt; fish&lt;/span&gt;&lt;span leftzone=&quot;4109|3&quot; rightzone=&quot;2660|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;4112|9&quot; rightzone=&quot;2663|9&quot; space=&quot;0| &quot;&gt; fish eggs&lt;/span&gt;&lt;span leftzone=&quot;4121|3&quot; rightzone=&quot;2672|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;4124|6&quot; rightzone=&quot;2675|6&quot; space=&quot;0| &quot;&gt; Goose&lt;/span&gt;&lt;span leftzone=&quot;4130|3&quot; rightzone=&quot;2681|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;4133|6&quot; rightzone=&quot;2684|6&quot; space=&quot;0| &quot;&gt; wild&lt;/span&gt;&lt;span leftzone=&quot;4139|9&quot; rightzone=&quot;2690|9&quot; space=&quot;0| &quot;&gt; animal&lt;/span&gt;&lt;span leftzone=&quot;4148|3&quot; rightzone=&quot;2699|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;4158|3&quot; rightzone=&quot;2709|3&quot; space=&quot;0| &quot;&gt; (&lt;/span&gt;&lt;span leftzone=&quot;4161|4&quot; rightzone=&quot;2712|4&quot; space=&quot;0| &quot;&gt; 2)&lt;/span&gt;&lt;span leftzone=&quot;4165|9&quot; rightzone=&quot;2716|9&quot; space=&quot;0| &quot;&gt; nuts&lt;/span&gt;&lt;span leftzone=&quot;4174|3&quot; rightzone=&quot;2725|3&quot; space=&quot;0| &quot;&gt; such as&lt;/span&gt;&lt;span leftzone=&quot;4177|6&quot; rightzone=&quot;2728|6&quot; space=&quot;0| &quot;&gt; peanuts&lt;/span&gt;&lt;span leftzone=&quot;4195|3&quot; rightzone=&quot;2746|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;4183|6&quot; rightzone=&quot;2734|6&quot; space=&quot;0| &quot;&gt; cashew nuts&lt;/span&gt;&lt;span leftzone=&quot;4189|6&quot; rightzone=&quot;2740|6&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;4198|3&quot; rightzone=&quot;2749|3&quot; space=&quot;0| &quot;&gt; wine&lt;/span&gt;&lt;span leftzone=&quot;4201|1&quot; rightzone=&quot;2752|1&quot; space=&quot;0| &quot;&gt; (&lt;/span&gt;&lt;span leftzone=&quot;4202|14&quot; rightzone=&quot;2753|14&quot; space=&quot;0| &quot;&gt; overdose)&lt;/span&gt;&lt;span leftzone=&quot;4216|3&quot; rightzone=&quot;2767|3&quot; space=&quot;0| &quot;&gt; (&lt;/span&gt;&lt;span leftzone=&quot;4219|4&quot; rightzone=&quot;2770|4&quot; space=&quot;0| &quot;&gt; 3)&lt;/span&gt;&lt;span leftzone=&quot;4235|6&quot; rightzone=&quot;2786|6&quot; space=&quot;0| &quot;&gt; part of&lt;/span&gt;&lt;span leftzone=&quot;4223|6&quot; rightzone=&quot;2774|6&quot; space=&quot;0| &quot;&gt; plant&lt;/span&gt;&lt;span leftzone=&quot;4229|6&quot; rightzone=&quot;2780|6&quot; space=&quot;0| &quot;&gt; sprouts&lt;/span&gt;&lt;span leftzone=&quot;4241|9&quot; rightzone=&quot;2792|9&quot; space=&quot;0| &quot;&gt; containing&lt;/span&gt;&lt;span leftzone=&quot;4250|6&quot; rightzone=&quot;2801|6&quot; space=&quot;0| &quot;&gt; moderate&lt;/span&gt;&lt;span leftzone=&quot;4256|6&quot; rightzone=&quot;2807|6&quot; space=&quot;0| &quot;&gt; ingredients&lt;/span&gt;&lt;span leftzone=&quot;4262|3&quot; rightzone=&quot;2813|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;4265|12&quot; rightzone=&quot;2816|12&quot; space=&quot;0| &quot;&gt; can not eat&lt;/span&gt;&lt;span leftzone=&quot;4277|3&quot; rightzone=&quot;2828|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;4280|6&quot; rightzone=&quot;2831|6&quot; space=&quot;0| &quot;&gt; cauliflower&lt;/span&gt;&lt;span leftzone=&quot;4286|6&quot; rightzone=&quot;2837|6&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;4292|6&quot; rightzone=&quot;2843|6&quot; space=&quot;0| &quot;&gt; beans&lt;/span&gt;&lt;span leftzone=&quot;4298|3&quot; rightzone=&quot;2849|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;4301|6&quot; rightzone=&quot;2852|6&quot; space=&quot;0| &quot;&gt; bamboo shoots&lt;/span&gt;&lt;span leftzone=&quot;4307|3&quot; rightzone=&quot;2858|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;4310|6&quot; rightzone=&quot;2861|6&quot; space=&quot;0| &quot;&gt; beans&lt;/span&gt;&lt;span leftzone=&quot;4316|3&quot; rightzone=&quot;2867|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;4326|4&quot; rightzone=&quot;2877|4&quot; space=&quot;0| &quot;&gt; 3.&lt;/span&gt;&lt;span leftzone=&quot;4330|15&quot; rightzone=&quot;2881|15&quot; space=&quot;0| &quot;&gt; Gout&lt;/span&gt;&lt;span leftzone=&quot;4361|12&quot; rightzone=&quot;2912|12&quot; space=&quot;0| &quot;&gt; gout can&lt;/span&gt;&lt;span leftzone=&quot;4345|6&quot; rightzone=&quot;2896|6&quot; space=&quot;0| &quot;&gt; cause&lt;/span&gt;&lt;span leftzone=&quot;4351|10&quot; rightzone=&quot;2902|10&quot; space=&quot;space&quot;&gt;:&lt;/span&gt;&lt;span leftzone=&quot;4373|12&quot; rightzone=&quot;2924|12&quot; space=&quot;0| &quot;&gt; by diet,&lt;/span&gt;&lt;span leftzone=&quot;4385|12&quot; rightzone=&quot;2936|12&quot; space=&quot;0| &quot;&gt; the weather changes&lt;/span&gt;&lt;span leftzone=&quot;4397|9&quot; rightzone=&quot;2948|9&quot; space=&quot;0| &quot;&gt; such as temperature&lt;/span&gt;&lt;span leftzone=&quot;4406|6&quot; rightzone=&quot;2957|6&quot; space=&quot;0| &quot;&gt; pressure&lt;/span&gt;&lt;span leftzone=&quot;4412|6&quot; rightzone=&quot;2963|6&quot; space=&quot;0| &quot;&gt; mutation&lt;/span&gt;&lt;span leftzone=&quot;4418|3&quot; rightzone=&quot;2969|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;4427|12&quot; rightzone=&quot;2978|12&quot; space=&quot;0| &quot;&gt; etc.&lt;/span&gt;&lt;span leftzone=&quot;4439|6&quot; rightzone=&quot;2990|6&quot; space=&quot;0| &quot;&gt; caused by&lt;/span&gt;&lt;span leftzone=&quot;4421|6&quot; rightzone=&quot;2972|6&quot; space=&quot;0| &quot;&gt; trauma&lt;/span&gt;&lt;span leftzone=&quot;4445|3&quot; rightzone=&quot;2996|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;4455|6&quot; rightzone=&quot;3006|6&quot; space=&quot;0| &quot;&gt; Drinking&lt;/span&gt;&lt;span leftzone=&quot;4461|12&quot; rightzone=&quot;3012|12&quot; space=&quot;0| &quot;&gt; is easy to cause&lt;/span&gt;&lt;span leftzone=&quot;4473|6&quot; rightzone=&quot;3024|6&quot; space=&quot;0| &quot;&gt; gout&lt;/span&gt;&lt;span leftzone=&quot;4479|3&quot; rightzone=&quot;3030|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;4482|15&quot; rightzone=&quot;3033|15&quot; space=&quot;0| &quot;&gt; because alcohol in the&lt;/span&gt;&lt;span leftzone=&quot;4497|3&quot; rightzone=&quot;3048|3&quot; space=&quot;0| &quot;&gt; liver&lt;/span&gt;&lt;span leftzone=&quot;4500|12&quot; rightzone=&quot;3051|12&quot; space=&quot;0| &quot;&gt; tissue metabolism&lt;/span&gt;&lt;span leftzone=&quot;4512|6&quot; rightzone=&quot;3063|6&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;4518|12&quot; rightzone=&quot;3069|12&quot; space=&quot;0| &quot;&gt; absorb&lt;/span&gt;&lt;span leftzone=&quot;4530|6&quot; rightzone=&quot;3081|6&quot; space=&quot;0| &quot;&gt; moisture&lt;/span&gt;&lt;span leftzone=&quot;4536|3&quot; rightzone=&quot;3087|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;4539|3&quot; rightzone=&quot;3090|3&quot; space=&quot;0| &quot;&gt; so that the&lt;/span&gt;&lt;span leftzone=&quot;4542|3&quot; rightzone=&quot;3093|3&quot; space=&quot;0| &quot;&gt; blood&lt;/span&gt;&lt;span leftzone=&quot;4545|6&quot; rightzone=&quot;3096|6&quot; space=&quot;0| &quot;&gt; concentration of&lt;/span&gt;&lt;span leftzone=&quot;4551|6&quot; rightzone=&quot;3102|6&quot; space=&quot;0| &quot;&gt; strengthen&lt;/span&gt;&lt;span leftzone=&quot;4557|3&quot; rightzone=&quot;3108|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;4560|12&quot; rightzone=&quot;3111|12&quot; space=&quot;0| &quot;&gt; the original&lt;/span&gt;&lt;span leftzone=&quot;4572|18&quot; rightzone=&quot;3123|18&quot; space=&quot;0| &quot;&gt; is close to saturation&lt;/span&gt;&lt;span leftzone=&quot;4590|9&quot; rightzone=&quot;3141|9&quot; space=&quot;0| &quot;&gt; of uric acid&lt;/span&gt;&lt;span leftzone=&quot;4599|3&quot; rightzone=&quot;3150|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;4602|6&quot; rightzone=&quot;3153|6&quot; space=&quot;0| &quot;&gt; accelerated&lt;/span&gt;&lt;span leftzone=&quot;4608|15&quot; rightzone=&quot;3159|15&quot; space=&quot;0| &quot;&gt; into the soft tissue&lt;/span&gt;&lt;span leftzone=&quot;4623|12&quot; rightzone=&quot;3174|12&quot; space=&quot;0| &quot;&gt; to form a crystalline&lt;/span&gt;&lt;span leftzone=&quot;4635|3&quot; rightzone=&quot;3186|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;4638|12&quot; rightzone=&quot;3189|12&quot; space=&quot;0| &quot;&gt; causing the body to&lt;/span&gt;&lt;span leftzone=&quot;4650|24&quot; rightzone=&quot;3201|24&quot; space=&quot;0| &quot;&gt; the immune system over-reacts&lt;/span&gt;&lt;span leftzone=&quot;4674|3&quot; rightzone=&quot;3225|3&quot; space=&quot;0| &quot;&gt; (&lt;/span&gt;&lt;span leftzone=&quot;4677|6&quot; rightzone=&quot;3228|6&quot; space=&quot;0| &quot;&gt; sensitive&lt;/span&gt;&lt;span leftzone=&quot;4683|3&quot; rightzone=&quot;3234|3&quot; space=&quot;0| &quot;&gt; )&lt;/span&gt;&lt;span leftzone=&quot;4686|9&quot; rightzone=&quot;3237|9&quot; space=&quot;0| &quot;&gt; caused by&lt;/span&gt;&lt;span leftzone=&quot;4695|6&quot; rightzone=&quot;3246|6&quot; space=&quot;0| &quot;&gt; inflammation&lt;/span&gt;&lt;span leftzone=&quot;4701|3&quot; rightzone=&quot;3252|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;4704|3&quot; rightzone=&quot;3255|3&quot; space=&quot;0| &quot;&gt; pain&lt;/span&gt;&lt;span leftzone=&quot;4710|6&quot; rightzone=&quot;3261|6&quot; space=&quot;0| &quot;&gt; in ancient times known as&lt;/span&gt;&lt;span leftzone=&quot;4716|12&quot; rightzone=&quot;3267|12&quot; space=&quot;0| &quot;&gt; the &quot;king of the&lt;/span&gt;&lt;span leftzone=&quot;4707|3&quot; rightzone=&quot;3258|3&quot; space=&quot;0| &quot;&gt; wind&lt;/span&gt;&lt;span leftzone=&quot;4728|3&quot; rightzone=&quot;3279|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;4731|3&quot; rightzone=&quot;3282|3&quot; space=&quot;0| &quot;&gt; &quot;&lt;/span&gt;&lt;span leftzone=&quot;4734|3&quot; rightzone=&quot;3285|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;4737|6&quot; rightzone=&quot;3288|6&quot; space=&quot;0| &quot;&gt; so&lt;/span&gt;&lt;span leftzone=&quot;4743|3&quot; rightzone=&quot;3294|3&quot; space=&quot;0| &quot;&gt; in&lt;/span&gt;&lt;span leftzone=&quot;4746|6&quot; rightzone=&quot;3297|6&quot; space=&quot;0| &quot;&gt; good&lt;/span&gt;&lt;span leftzone=&quot;4752|3&quot; rightzone=&quot;3303|3&quot; space=&quot;0| &quot;&gt; in the&lt;/span&gt;&lt;span leftzone=&quot;4755|12&quot; rightzone=&quot;3306|12&quot; space=&quot;0| &quot;&gt; high officials and noble lords&lt;/span&gt;&lt;span leftzone=&quot;4767|12&quot; rightzone=&quot;3318|12&quot; space=&quot;0| &quot;&gt; who,&lt;/span&gt;&lt;span leftzone=&quot;4779|3&quot; rightzone=&quot;3330|3&quot; space=&quot;0| &quot;&gt; as&lt;/span&gt;&lt;span leftzone=&quot;4782|18&quot; rightzone=&quot;3333|18&quot; space=&quot;0| &quot;&gt; Kublai Khan&lt;/span&gt;&lt;span leftzone=&quot;4800|6&quot; rightzone=&quot;3351|6&quot; space=&quot;0| &quot;&gt; later&lt;/span&gt;&lt;span leftzone=&quot;4806|6&quot; rightzone=&quot;3357|6&quot; space=&quot;0| &quot;&gt; because of&lt;/span&gt;&lt;span leftzone=&quot;4812|12&quot; rightzone=&quot;3363|12&quot; space=&quot;0| &quot;&gt; excessive alcohol&lt;/span&gt;&lt;span leftzone=&quot;4824|9&quot; rightzone=&quot;3375|9&quot; space=&quot;0| &quot;&gt; and suffered from&lt;/span&gt;&lt;span leftzone=&quot;4833|6&quot; rightzone=&quot;3384|6&quot; space=&quot;0| &quot;&gt; gout&lt;/span&gt;&lt;span leftzone=&quot;4839|6&quot; rightzone=&quot;3390|6&quot; space=&quot;0| &quot;&gt; pain&lt;/span&gt;&lt;span leftzone=&quot;4845|3&quot; rightzone=&quot;3396|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;4855|6&quot; rightzone=&quot;3406|6&quot; space=&quot;0| &quot;&gt; Some&lt;/span&gt;&lt;span leftzone=&quot;4861|12&quot; rightzone=&quot;3412|12&quot; space=&quot;0| &quot;&gt; food after&lt;/span&gt;&lt;span leftzone=&quot;4873|9&quot; rightzone=&quot;3424|9&quot; space=&quot;0| &quot;&gt; metabolism after&lt;/span&gt;&lt;span leftzone=&quot;4891|15&quot; rightzone=&quot;3442|15&quot; space=&quot;0| &quot;&gt; partial derivatives&lt;/span&gt;&lt;span leftzone=&quot;4882|3&quot; rightzone=&quot;3433|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;4885|6&quot; rightzone=&quot;3436|6&quot; space=&quot;0| &quot;&gt; which&lt;/span&gt;&lt;span leftzone=&quot;4906|12&quot; rightzone=&quot;3457|12&quot; space=&quot;0| &quot;&gt; can cause&lt;/span&gt;&lt;span leftzone=&quot;4918|6&quot; rightzone=&quot;3469|6&quot; space=&quot;0| &quot;&gt; the original&lt;/span&gt;&lt;span leftzone=&quot;4924|6&quot; rightzone=&quot;3475|6&quot; space=&quot;0| &quot;&gt; savings&lt;/span&gt;&lt;span leftzone=&quot;4930|15&quot; rightzone=&quot;3481|15&quot; space=&quot;0| &quot;&gt; in the soft tissue of the&lt;/span&gt;&lt;span leftzone=&quot;4945|12&quot; rightzone=&quot;3496|12&quot; space=&quot;0| &quot;&gt; crystals of uric acid&lt;/span&gt;&lt;span leftzone=&quot;4957|6&quot; rightzone=&quot;3508|6&quot; space=&quot;0| &quot;&gt; to&lt;/span&gt;&lt;span leftzone=&quot;4963|6&quot; rightzone=&quot;3514|6&quot; space=&quot;0| &quot;&gt; dissolve&lt;/span&gt;&lt;span leftzone=&quot;4969|3&quot; rightzone=&quot;3520|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;4972|6&quot; rightzone=&quot;3523|6&quot; space=&quot;0| &quot;&gt; then&lt;/span&gt;&lt;span leftzone=&quot;4978|12&quot; rightzone=&quot;3529|12&quot; space=&quot;0| &quot;&gt; can induce and&lt;/span&gt;&lt;span leftzone=&quot;4990|6&quot; rightzone=&quot;3541|6&quot; space=&quot;0| &quot;&gt; aggravate&lt;/span&gt;&lt;span leftzone=&quot;4996|9&quot; rightzone=&quot;3547|9&quot; space=&quot;0| &quot;&gt; arthritis&lt;/span&gt;&lt;span leftzone=&quot;5005|3&quot; rightzone=&quot;3556|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;5015|2&quot; rightzone=&quot;3566|2&quot; space=&quot;0| &quot;&gt; 4&lt;/span&gt;&lt;span leftzone=&quot;5017|12&quot; rightzone=&quot;3568|12&quot; space=&quot;0| &quot;&gt; male predisposition to&lt;/span&gt;&lt;span leftzone=&quot;5029|22&quot; rightzone=&quot;3580|22&quot; space=&quot;0| &quot;&gt; causes of gout&lt;/span&gt;&lt;span leftzone=&quot;5051|9&quot; rightzone=&quot;3602|9&quot; space=&quot;0| &quot;&gt; gout&lt;/span&gt;&lt;span leftzone=&quot;5078|15&quot; rightzone=&quot;3629|15&quot; space=&quot;0| &quot;&gt; can occur&lt;/span&gt;&lt;span leftzone=&quot;5060|15&quot; rightzone=&quot;3611|15&quot; space=&quot;0| &quot;&gt; at any age&lt;/span&gt;&lt;span leftzone=&quot;5093|3&quot; rightzone=&quot;3644|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;5096|15&quot; rightzone=&quot;3647|15&quot; space=&quot;0| &quot;&gt; But the most common&lt;/span&gt;&lt;span leftzone=&quot;5111|3&quot; rightzone=&quot;3662|3&quot; space=&quot;0| &quot;&gt; is&lt;/span&gt;&lt;span leftzone=&quot;5114|11&quot; rightzone=&quot;3665|11&quot; space=&quot;0| &quot;&gt; 40 years of age or older&lt;/span&gt;&lt;span leftzone=&quot;5125|15&quot; rightzone=&quot;3676|15&quot; space=&quot;0| &quot;&gt; middle-aged man&lt;/span&gt;&lt;span leftzone=&quot;5140|3&quot; rightzone=&quot;3691|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;5143|6&quot; rightzone=&quot;3694|6&quot; space=&quot;0| &quot;&gt; According to&lt;/span&gt;&lt;span leftzone=&quot;5149|12&quot; rightzone=&quot;3700|12&quot; space=&quot;0| &quot;&gt; the latest statistics&lt;/span&gt;&lt;span leftzone=&quot;5161|3&quot; rightzone=&quot;3712|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;5164|6&quot; rightzone=&quot;3715|6&quot; space=&quot;0| &quot;&gt; men and women&lt;/span&gt;&lt;span leftzone=&quot;5170|12&quot; rightzone=&quot;3721|12&quot; space=&quot;0| &quot;&gt; the incidence proportion&lt;/span&gt;&lt;span leftzone=&quot;5182|8&quot; rightzone=&quot;3733|8&quot; space=&quot;0| &quot;&gt; is 20:&lt;/span&gt;&lt;span leftzone=&quot;5190|1&quot; rightzone=&quot;3741|1&quot; space=&quot;0| &quot;&gt; 1&lt;/span&gt;&lt;span leftzone=&quot;5191|3&quot; rightzone=&quot;3742|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;5194|18&quot; rightzone=&quot;3745|18&quot; space=&quot;0| &quot;&gt; Mental workers,&lt;/span&gt;&lt;span leftzone=&quot;5212|3&quot; rightzone=&quot;3763|3&quot; space=&quot;0| &quot;&gt; body&lt;/span&gt;&lt;span leftzone=&quot;5215|3&quot; rightzone=&quot;3766|3&quot; space=&quot;0| &quot;&gt; fat&lt;/span&gt;&lt;span leftzone=&quot;5218|3&quot; rightzone=&quot;3769|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;5221|15&quot; rightzone=&quot;3772|15&quot; space=&quot;0| &quot;&gt; high incidence rate&lt;/span&gt;&lt;span leftzone=&quot;5236|3&quot; rightzone=&quot;3787|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;5246|6&quot; rightzone=&quot;3797|6&quot; space=&quot;0| &quot;&gt; Gout&lt;/span&gt;&lt;span leftzone=&quot;5252|12&quot; rightzone=&quot;3803|12&quot; space=&quot;0| &quot;&gt; preference for males with&lt;/span&gt;&lt;span leftzone=&quot;5264|12&quot; rightzone=&quot;3815|12&quot; space=&quot;0| &quot;&gt; reason is&lt;/span&gt;&lt;span leftzone=&quot;5276|3&quot; rightzone=&quot;3827|3&quot; space=&quot;space&quot;&gt;:&lt;/span&gt;&lt;span leftzone=&quot;5279|21&quot; rightzone=&quot;3830|21&quot; space=&quot;0| &quot;&gt; female hormones&lt;/span&gt;&lt;span leftzone=&quot;5300|9&quot; rightzone=&quot;3851|9&quot; space=&quot;0| &quot;&gt; can promote the&lt;/span&gt;&lt;span leftzone=&quot;5309|12&quot; rightzone=&quot;3860|12&quot; space=&quot;0| &quot;&gt; excretion of uric acid&lt;/span&gt;&lt;span leftzone=&quot;5321|3&quot; rightzone=&quot;3872|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;5324|12&quot; rightzone=&quot;3875|12&quot; space=&quot;0| &quot;&gt; and inhibit the&lt;/span&gt;&lt;span leftzone=&quot;5336|15&quot; rightzone=&quot;3887|15&quot; space=&quot;0| &quot;&gt; onset of arthritis&lt;/span&gt;&lt;span leftzone=&quot;5351|9&quot; rightzone=&quot;3902|9&quot; space=&quot;0| &quot;&gt; effect&lt;/span&gt;&lt;span leftzone=&quot;5360|3&quot; rightzone=&quot;3911|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;5363|6&quot; rightzone=&quot;3914|6&quot; space=&quot;0| &quot;&gt; Men&lt;/span&gt;&lt;span leftzone=&quot;5369|3&quot; rightzone=&quot;3920|3&quot; space=&quot;0| &quot;&gt; like&lt;/span&gt;&lt;span leftzone=&quot;5372|6&quot; rightzone=&quot;3923|6&quot; space=&quot;0| &quot;&gt; drinking&lt;/span&gt;&lt;span leftzone=&quot;5378|3&quot; rightzone=&quot;3929|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;5390|6&quot; rightzone=&quot;3941|6&quot; space=&quot;0| &quot;&gt; eating&lt;/span&gt;&lt;span leftzone=&quot;5381|6&quot; rightzone=&quot;3932|6&quot; space=&quot;0| &quot;&gt; dinner&lt;/span&gt;&lt;span leftzone=&quot;5387|3&quot; rightzone=&quot;3938|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;5396|12&quot; rightzone=&quot;3947|12&quot; space=&quot;0| &quot;&gt; rich in purine&lt;/span&gt;&lt;span leftzone=&quot;5408|3&quot; rightzone=&quot;3959|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;5411|18&quot; rightzone=&quot;3962|18&quot; space=&quot;0| &quot;&gt; protein food&lt;/span&gt;&lt;span leftzone=&quot;5429|3&quot; rightzone=&quot;3980|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;5432|3&quot; rightzone=&quot;3983|3&quot; space=&quot;0| &quot;&gt; make&lt;/span&gt;&lt;span leftzone=&quot;5435|12&quot; rightzone=&quot;3986|12&quot; space=&quot;0| &quot;&gt; uric acid&lt;/span&gt;&lt;span leftzone=&quot;5447|6&quot; rightzone=&quot;3998|6&quot; space=&quot;0| &quot;&gt; increased&lt;/span&gt;&lt;span leftzone=&quot;5453|3&quot; rightzone=&quot;4004|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;5456|6&quot; rightzone=&quot;4007|6&quot; space=&quot;0| &quot;&gt; discharge&lt;/span&gt;&lt;span leftzone=&quot;5462|6&quot; rightzone=&quot;4013|6&quot; space=&quot;0| &quot;&gt; reduction&lt;/span&gt;&lt;span leftzone=&quot;5468|3&quot; rightzone=&quot;4019|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;5471|9&quot; rightzone=&quot;4022|9&quot; space=&quot;0| &quot;&gt; The doctor&lt;/span&gt;&lt;span leftzone=&quot;5480|6&quot; rightzone=&quot;4031|6&quot; space=&quot;0| &quot;&gt; statistics&lt;/span&gt;&lt;span leftzone=&quot;5486|3&quot; rightzone=&quot;4037|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;5489|6&quot; rightzone=&quot;4040|6&quot; space=&quot;0| &quot;&gt; feast&lt;/span&gt;&lt;span leftzone=&quot;5495|6&quot; rightzone=&quot;4046|6&quot; space=&quot;0| &quot;&gt; constantly&lt;/span&gt;&lt;span leftzone=&quot;5501|6&quot; rightzone=&quot;4052|6&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;5507|6&quot; rightzone=&quot;4058|6&quot; space=&quot;0| &quot;&gt; the incidence&lt;/span&gt;&lt;span leftzone=&quot;5513|9&quot; rightzone=&quot;4064|9&quot; space=&quot;0| &quot;&gt; was 30%&lt;/span&gt;&lt;span leftzone=&quot;5522|3&quot; rightzone=&quot;4073|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;5525|12&quot; rightzone=&quot;4076|12&quot; space=&quot;0| &quot;&gt; often eat hot pot&lt;/span&gt;&lt;span leftzone=&quot;5537|9&quot; rightzone=&quot;4088|9&quot; space=&quot;0| &quot;&gt; incidence&lt;/span&gt;&lt;span leftzone=&quot;5546|6&quot; rightzone=&quot;4097|6&quot; space=&quot;0| &quot;&gt; is much also&lt;/span&gt;&lt;span leftzone=&quot;5552|3&quot; rightzone=&quot;4103|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;5562|12&quot; rightzone=&quot;4113|12&quot; space=&quot;0| &quot;&gt; This is because the&lt;/span&gt;&lt;span leftzone=&quot;5574|6&quot; rightzone=&quot;4125|6&quot; space=&quot;0| &quot;&gt; hot pot&lt;/span&gt;&lt;span leftzone=&quot;5580|15&quot; rightzone=&quot;4131|15&quot; space=&quot;0| &quot;&gt; is the main raw material&lt;/span&gt;&lt;span leftzone=&quot;5595|12&quot; rightzone=&quot;4146|12&quot; space=&quot;0| &quot;&gt; of animal offal&lt;/span&gt;&lt;span leftzone=&quot;5607|3&quot; rightzone=&quot;4158|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;5610|3&quot; rightzone=&quot;4161|3&quot; space=&quot;0| &quot;&gt; shrimp&lt;/span&gt;&lt;span leftzone=&quot;5622|3&quot; rightzone=&quot;4173|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;5625|6&quot; rightzone=&quot;4176|6&quot; space=&quot;0| &quot;&gt; seafood&lt;/span&gt;&lt;span leftzone=&quot;5613|3&quot; rightzone=&quot;4164|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;5616|6&quot; rightzone=&quot;4167|6&quot; space=&quot;0| &quot;&gt; shellfish&lt;/span&gt;&lt;span leftzone=&quot;5631|3&quot; rightzone=&quot;4182|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;5634|6&quot; rightzone=&quot;4185|6&quot; space=&quot;0| &quot;&gt; drink&lt;/span&gt;&lt;span leftzone=&quot;5640|6&quot; rightzone=&quot;4191|6&quot; space=&quot;0| &quot;&gt; beer&lt;/span&gt;&lt;span leftzone=&quot;5646|3&quot; rightzone=&quot;4197|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;5649|9&quot; rightzone=&quot;4200|9&quot; space=&quot;0| &quot;&gt; nature is&lt;/span&gt;&lt;span leftzone=&quot;5658|12&quot; rightzone=&quot;4209|12&quot; space=&quot;0| &quot;&gt; add fuel to the flames&lt;/span&gt;&lt;span leftzone=&quot;5673|3&quot; rightzone=&quot;4224|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;5676|12&quot; rightzone=&quot;4227|12&quot; space=&quot;0| &quot;&gt; Investigation showed&lt;/span&gt;&lt;span leftzone=&quot;5688|3&quot; rightzone=&quot;4239|3&quot; space=&quot;space&quot;&gt;:&lt;/span&gt;&lt;span leftzone=&quot;5691|3&quot; rightzone=&quot;4242|3&quot; space=&quot;0| &quot;&gt; Rinse&lt;/span&gt;&lt;span leftzone=&quot;5694|12&quot; rightzone=&quot;4245|12&quot; space=&quot;0| &quot;&gt; chaffy dish&lt;/span&gt;&lt;span leftzone=&quot;5706|3&quot; rightzone=&quot;4257|3&quot; space=&quot;0| &quot;&gt; than&lt;/span&gt;&lt;span leftzone=&quot;5709|12&quot; rightzone=&quot;4260|12&quot; space=&quot;0| &quot;&gt; a meal&lt;/span&gt;&lt;span leftzone=&quot;5721|6&quot; rightzone=&quot;4272|6&quot; space=&quot;0| &quot;&gt; intake&lt;/span&gt;&lt;span leftzone=&quot;5727|9&quot; rightzone=&quot;4278|9&quot; space=&quot;0| &quot;&gt; high purine&lt;/span&gt;&lt;span leftzone=&quot;5736|5&quot; rightzone=&quot;4287|5&quot; space=&quot;0| &quot;&gt; 10 times&lt;/span&gt;&lt;span leftzone=&quot;5741|3&quot; rightzone=&quot;4292|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;5744|15&quot; rightzone=&quot;4295|15&quot; space=&quot;0| &quot;&gt; even dozens of times&lt;/span&gt;&lt;span leftzone=&quot;5759|3&quot; rightzone=&quot;4310|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;5762|12&quot; rightzone=&quot;4313|12&quot; space=&quot;0| &quot;&gt; A bottle of beer&lt;/span&gt;&lt;span leftzone=&quot;5774|6&quot; rightzone=&quot;4325|6&quot; space=&quot;0| &quot;&gt; can make&lt;/span&gt;&lt;span leftzone=&quot;5780|6&quot; rightzone=&quot;4331|6&quot; space=&quot;0| &quot;&gt; uric acid&lt;/span&gt;&lt;span leftzone=&quot;5786|6&quot; rightzone=&quot;4337|6&quot; space=&quot;0| &quot;&gt; increased&lt;/span&gt;&lt;span leftzone=&quot;5792|6&quot; rightzone=&quot;4343|6&quot; space=&quot;0| &quot;&gt; one times&lt;/span&gt;&lt;span leftzone=&quot;5798|3&quot; rightzone=&quot;4349|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;5801|9&quot; rightzone=&quot;4352|9&quot; space=&quot;0| &quot;&gt; Hypertensive&lt;/span&gt;&lt;span leftzone=&quot;5810|9&quot; rightzone=&quot;4361|9&quot; space=&quot;0| &quot;&gt; patients with&lt;/span&gt;&lt;span leftzone=&quot;5819|6&quot; rightzone=&quot;4370|6&quot; space=&quot;0| &quot;&gt; gout&lt;/span&gt;&lt;span leftzone=&quot;5825|23&quot; rightzone=&quot;4376|23&quot; space=&quot;0| &quot;&gt; 10 times more likely to be&lt;/span&gt;&lt;span leftzone=&quot;5848|3&quot; rightzone=&quot;4399|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;5851|9&quot; rightzone=&quot;4402|9&quot; space=&quot;0| &quot;&gt; Gout and&lt;/span&gt;&lt;span leftzone=&quot;5860|15&quot; rightzone=&quot;4411|15&quot; space=&quot;0| &quot;&gt; diabetes&lt;/span&gt;&lt;span leftzone=&quot;5875|15&quot; rightzone=&quot;4426|15&quot; space=&quot;0| &quot;&gt; is a lifelong disease&lt;/span&gt;&lt;span leftzone=&quot;5890|3&quot; rightzone=&quot;4441|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;5893|15&quot; rightzone=&quot;4444|15&quot; space=&quot;0| &quot;&gt; The key is&lt;/span&gt;&lt;span leftzone=&quot;5908|6&quot; rightzone=&quot;4459|6&quot; space=&quot;0| &quot;&gt; to control the&lt;/span&gt;&lt;span leftzone=&quot;5914|6&quot; rightzone=&quot;4465|6&quot; space=&quot;0| &quot;&gt; diet&lt;/span&gt;&lt;span leftzone=&quot;5920|3&quot; rightzone=&quot;4471|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;5923|6&quot; rightzone=&quot;4474|6&quot; space=&quot;0| &quot;&gt; eat more&lt;/span&gt;&lt;span leftzone=&quot;5929|3&quot; rightzone=&quot;4480|3&quot; space=&quot;0| &quot;&gt; contain&lt;/span&gt;&lt;span leftzone=&quot;5932|3&quot; rightzone=&quot;4483|3&quot; space=&quot;0| &quot;&gt; &quot;&lt;/span&gt;&lt;span leftzone=&quot;5935|6&quot; rightzone=&quot;4486|6&quot; space=&quot;0| &quot;&gt; purine&lt;/span&gt;&lt;span leftzone=&quot;5941|3&quot; rightzone=&quot;4492|3&quot; space=&quot;0| &quot;&gt; &quot;&lt;/span&gt;&lt;span leftzone=&quot;5944|3&quot; rightzone=&quot;4495|3&quot; space=&quot;0| &quot;&gt; low&lt;/span&gt;&lt;span leftzone=&quot;5947|15&quot; rightzone=&quot;4498|15&quot; space=&quot;0| &quot;&gt; alkaline food&lt;/span&gt;&lt;span leftzone=&quot;5962|3&quot; rightzone=&quot;4513|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;5965|3&quot; rightzone=&quot;4516|3&quot; space=&quot;0| &quot;&gt; such as&lt;/span&gt;&lt;span leftzone=&quot;5968|6&quot; rightzone=&quot;4519|6&quot; space=&quot;0| &quot;&gt; fruits&lt;/span&gt;&lt;span leftzone=&quot;5974|3&quot; rightzone=&quot;4525|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;5977|6&quot; rightzone=&quot;4528|6&quot; space=&quot;0| &quot;&gt; vegetables&lt;/span&gt;&lt;span leftzone=&quot;5983|3&quot; rightzone=&quot;4534|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;5986|9&quot; rightzone=&quot;4537|9&quot; space=&quot;0| &quot;&gt; less meat&lt;/span&gt;&lt;span leftzone=&quot;5995|3&quot; rightzone=&quot;4546|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;5998|3&quot; rightzone=&quot;4549|3&quot; space=&quot;0| &quot;&gt; fish&lt;/span&gt;&lt;span leftzone=&quot;6001|18&quot; rightzone=&quot;4552|18&quot; space=&quot;0| &quot;&gt; and other acidic foods,&lt;/span&gt;&lt;span leftzone=&quot;6019|18&quot; rightzone=&quot;4570|18&quot; space=&quot;0| &quot;&gt; be light diet&lt;/span&gt;&lt;span leftzone=&quot;6037|3&quot; rightzone=&quot;4588|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;6040|12&quot; rightzone=&quot;4591|12&quot; space=&quot;0| &quot;&gt; low in sugar and fat&lt;/span&gt;&lt;span leftzone=&quot;6052|3&quot; rightzone=&quot;4603|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;6055|12&quot; rightzone=&quot;4606|12&quot; space=&quot;0| &quot;&gt; drinking water,&lt;/span&gt;&lt;span leftzone=&quot;6067|6&quot; rightzone=&quot;4618|6&quot; space=&quot;0| &quot;&gt; for the benefit of&lt;/span&gt;&lt;span leftzone=&quot;6073|12&quot; rightzone=&quot;4624|12&quot; space=&quot;0| &quot;&gt; the uric acid&lt;/span&gt;&lt;span leftzone=&quot;6085|6&quot; rightzone=&quot;4636|6&quot; space=&quot;0| &quot;&gt; excretion&lt;/span&gt;&lt;span leftzone=&quot;6091|3&quot; rightzone=&quot;4642|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;6101|6&quot; rightzone=&quot;4652|6&quot; space=&quot;0| &quot;&gt; Warning&lt;/span&gt;&lt;span leftzone=&quot;6119|3&quot; rightzone=&quot;4670|3&quot; space=&quot;space&quot;&gt;:&lt;/span&gt;&lt;span leftzone=&quot;6122|6&quot; rightzone=&quot;4673|6&quot; space=&quot;0| &quot;&gt; man&lt;/span&gt;&lt;span leftzone=&quot;6107|12&quot; rightzone=&quot;4658|12&quot; space=&quot;0| &quot;&gt; gout patients&lt;/span&gt;&lt;span leftzone=&quot;6128|15&quot; rightzone=&quot;4679|15&quot; space=&quot;0| &quot;&gt; do not drink,&lt;/span&gt;&lt;span leftzone=&quot;6143|6&quot; rightzone=&quot;4694|6&quot; space=&quot;0| &quot;&gt; dinner&lt;/span&gt;&lt;span leftzone=&quot;6149|12&quot; rightzone=&quot;4700|12&quot; space=&quot;0| &quot;&gt; not to excess&lt;/span&gt;&lt;span leftzone=&quot;6161|3&quot; rightzone=&quot;4712|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;6164|15&quot; rightzone=&quot;4715|15&quot; space=&quot;0| &quot;&gt; Once the diagnosis of&lt;/span&gt;&lt;span leftzone=&quot;6179|9&quot; rightzone=&quot;4730|9&quot; space=&quot;0| &quot;&gt; gout&lt;/span&gt;&lt;span leftzone=&quot;6188|3&quot; rightzone=&quot;4739|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;6191|3&quot; rightzone=&quot;4742|3&quot; space=&quot;0| &quot;&gt; meat&lt;/span&gt;&lt;span leftzone=&quot;6194|3&quot; rightzone=&quot;4745|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;6197|3&quot; rightzone=&quot;4748|3&quot; space=&quot;0| &quot;&gt; fish&lt;/span&gt;&lt;span leftzone=&quot;6200|3&quot; rightzone=&quot;4751|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;6203|6&quot; rightzone=&quot;4754|6&quot; space=&quot;0| &quot;&gt; seafood&lt;/span&gt;&lt;span leftzone=&quot;6209|6&quot; rightzone=&quot;4760|6&quot; space=&quot;0| &quot;&gt; in&lt;/span&gt;&lt;span leftzone=&quot;6215|6&quot; rightzone=&quot;4766|6&quot; space=&quot;0| &quot;&gt; food restriction&lt;/span&gt;&lt;span leftzone=&quot;6221|6&quot; rightzone=&quot;4772|6&quot; space=&quot;0| &quot;&gt; list&lt;/span&gt;&lt;span leftzone=&quot;6227|3&quot; rightzone=&quot;4778|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;6230|6&quot; rightzone=&quot;4781|6&quot; space=&quot;0| &quot;&gt; Spicy&lt;/span&gt;&lt;span leftzone=&quot;6236|3&quot; rightzone=&quot;4787|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;6239|15&quot; rightzone=&quot;4790|15&quot; space=&quot;0| &quot;&gt; stimulating food&lt;/span&gt;&lt;span leftzone=&quot;6254|15&quot; rightzone=&quot;4805|15&quot; space=&quot;0| &quot;&gt; also should not eat&lt;/span&gt;&lt;span leftzone=&quot;6269|3&quot; rightzone=&quot;4820|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;6272|6&quot; rightzone=&quot;4823|6&quot; space=&quot;0| &quot;&gt; but&lt;/span&gt;&lt;span leftzone=&quot;6278|15&quot; rightzone=&quot;4829|15&quot; space=&quot;0| &quot;&gt; determined to stop drinking&lt;/span&gt;&lt;span leftzone=&quot;6293|3&quot; rightzone=&quot;4844|3&quot; space=&quot;space&quot;&gt;!&lt;/span&gt;&lt;span leftzone=&quot;6303|2&quot; rightzone=&quot;4854|2&quot; space=&quot;0| &quot;&gt; 5&lt;/span&gt;&lt;span leftzone=&quot;6305|6&quot; rightzone=&quot;4856|6&quot; space=&quot;0| &quot;&gt; pseudo&lt;/span&gt;&lt;span leftzone=&quot;6311|15&quot; rightzone=&quot;4862|15&quot; space=&quot;0| &quot;&gt; gout is a&lt;/span&gt;&lt;span leftzone=&quot;6326|6&quot; rightzone=&quot;4877|6&quot; space=&quot;0| &quot;&gt; due to&lt;/span&gt;&lt;span leftzone=&quot;6332|12&quot; rightzone=&quot;4883|12&quot; space=&quot;0| &quot;&gt; calcium pyrophosphate&lt;/span&gt;&lt;span leftzone=&quot;6344|12&quot; rightzone=&quot;4895|12&quot; space=&quot;0| &quot;&gt; crystal deposition&lt;/span&gt;&lt;span leftzone=&quot;6356|15&quot; rightzone=&quot;4907|15&quot; space=&quot;0| &quot;&gt; in the articular cartilage&lt;/span&gt;&lt;span leftzone=&quot;6371|18&quot; rightzone=&quot;4922|18&quot; space=&quot;0| &quot;&gt; and surrounding tissue&lt;/span&gt;&lt;span leftzone=&quot;6389|9&quot; rightzone=&quot;4940|9&quot; space=&quot;0| &quot;&gt; caused by&lt;/span&gt;&lt;span leftzone=&quot;6398|9&quot; rightzone=&quot;4949|9&quot; space=&quot;0| &quot;&gt; arthritis&lt;/span&gt;&lt;span leftzone=&quot;6407|9&quot; rightzone=&quot;4958|9&quot; space=&quot;0| &quot;&gt; as the main&lt;/span&gt;&lt;span leftzone=&quot;6416|15&quot; rightzone=&quot;4967|15&quot; space=&quot;0| &quot;&gt; manifestations of the disease&lt;/span&gt;&lt;span leftzone=&quot;6431|3&quot; rightzone=&quot;4982|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;6434|3&quot; rightzone=&quot;4985|3&quot; space=&quot;0| &quot;&gt; because of&lt;/span&gt;&lt;span leftzone=&quot;6437|12&quot; rightzone=&quot;4988|12&quot; space=&quot;0| &quot;&gt; similar symptoms&lt;/span&gt;&lt;span leftzone=&quot;6449|6&quot; rightzone=&quot;5000|6&quot; space=&quot;0| &quot;&gt; of gout&lt;/span&gt;&lt;span leftzone=&quot;6455|12&quot; rightzone=&quot;5006|12&quot; space=&quot;0| &quot;&gt; and its name,&lt;/span&gt;&lt;span leftzone=&quot;6467|6&quot; rightzone=&quot;5018|6&quot; space=&quot;0| &quot;&gt; also known as&lt;/span&gt;&lt;span leftzone=&quot;6473|21&quot; rightzone=&quot;5024|21&quot; space=&quot;0| &quot;&gt; calcium pyrophosphate deposition disease&lt;/span&gt;&lt;span leftzone=&quot;6494|9&quot; rightzone=&quot;5045|9&quot; space=&quot;0| &quot;&gt; or cartilage&lt;/span&gt;&lt;span leftzone=&quot;6503|9&quot; rightzone=&quot;5054|9&quot; space=&quot;0| &quot;&gt; calcification&lt;/span&gt;&lt;span leftzone=&quot;6512|3&quot; rightzone=&quot;5063|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;6515|9&quot; rightzone=&quot;5066|9&quot; space=&quot;0| &quot;&gt; In&lt;/span&gt;&lt;span leftzone=&quot;6524|2&quot; rightzone=&quot;5075|2&quot; space=&quot;0| &quot;&gt; 50&lt;/span&gt;&lt;span leftzone=&quot;6526|21&quot; rightzone=&quot;5077|21&quot; space=&quot;0| &quot;&gt; years of age or older&lt;/span&gt;&lt;span leftzone=&quot;6547|3&quot; rightzone=&quot;5098|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;6550|9&quot; rightzone=&quot;5101|9&quot; space=&quot;0| &quot;&gt; the incidence&lt;/span&gt;&lt;span leftzone=&quot;6559|15&quot; rightzone=&quot;5110|15&quot; space=&quot;0| &quot;&gt; increased with age&lt;/span&gt;&lt;span leftzone=&quot;6574|9&quot; rightzone=&quot;5125|9&quot; space=&quot;0| &quot;&gt; increasing&lt;/span&gt;&lt;span leftzone=&quot;6583|3&quot; rightzone=&quot;5134|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;6586|15&quot; rightzone=&quot;5137|15&quot; space=&quot;0| &quot;&gt; the ratio of male to female was&lt;/span&gt;&lt;span leftzone=&quot;6601|5&quot; rightzone=&quot;5152|5&quot; space=&quot;0| &quot;&gt; 1.4:1&lt;/span&gt;&lt;span leftzone=&quot;6606|3&quot; rightzone=&quot;5157|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;6616|6&quot; rightzone=&quot;5167|6&quot; space=&quot;0| &quot;&gt; Cause&lt;/span&gt;&lt;span leftzone=&quot;6622|3&quot; rightzone=&quot;5173|3&quot; space=&quot;space&quot;&gt;:&lt;/span&gt;&lt;span leftzone=&quot;6625|15&quot; rightzone=&quot;5176|15&quot; space=&quot;0| &quot;&gt; the cause is unknown,&lt;/span&gt;&lt;span leftzone=&quot;6640|15&quot; rightzone=&quot;5191|15&quot; space=&quot;0| &quot;&gt; may be related to genetic&lt;/span&gt;&lt;span leftzone=&quot;6664|3&quot; rightzone=&quot;5215|3&quot; space=&quot;0| &quot;&gt; and&lt;/span&gt;&lt;span leftzone=&quot;6667|12&quot; rightzone=&quot;5218|12&quot; space=&quot;0| &quot;&gt; metabolic disorders&lt;/span&gt;&lt;span leftzone=&quot;6655|3&quot; rightzone=&quot;5206|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;6658|6&quot; rightzone=&quot;5209|6&quot; space=&quot;0| &quot;&gt; trauma&lt;/span&gt;&lt;span leftzone=&quot;6679|15&quot; rightzone=&quot;5230|15&quot; space=&quot;0| &quot;&gt; and other factors&lt;/span&gt;&lt;span leftzone=&quot;6694|3&quot; rightzone=&quot;5245|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;6697|9&quot; rightzone=&quot;5248|9&quot; space=&quot;0| &quot;&gt; The basic disease&lt;/span&gt;&lt;span leftzone=&quot;6706|6&quot; rightzone=&quot;5257|6&quot; space=&quot;0| &quot;&gt; because of&lt;/span&gt;&lt;span leftzone=&quot;6712|18&quot; rightzone=&quot;5263|18&quot; space=&quot;0| &quot;&gt; calcium pyrophosphate deposition&lt;/span&gt;&lt;span leftzone=&quot;6730|3&quot; rightzone=&quot;5281|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;6733|12&quot; rightzone=&quot;5284|12&quot; space=&quot;0| &quot;&gt; Editor this paragraph&lt;/span&gt;&lt;span leftzone=&quot;6745|18&quot; rightzone=&quot;5296|18&quot; space=&quot;0| &quot;&gt; pathophysiology&lt;/span&gt;&lt;span leftzone=&quot;6763|3&quot; rightzone=&quot;5314|3&quot; space=&quot;0| &quot;&gt; when&lt;/span&gt;&lt;span leftzone=&quot;6766|3&quot; rightzone=&quot;5317|3&quot; space=&quot;0| &quot;&gt; blood&lt;/span&gt;&lt;span leftzone=&quot;6769|6&quot; rightzone=&quot;5320|6&quot; space=&quot;0| &quot;&gt; uric acid&lt;/span&gt;&lt;span leftzone=&quot;6775|12&quot; rightzone=&quot;5326|12&quot; space=&quot;0| &quot;&gt; of more than 7mg/dl&lt;/span&gt;&lt;span leftzone=&quot;6787|13&quot; rightzone=&quot;5338|13&quot; space=&quot;0| &quot;&gt; or 0.41mmol/L&lt;/span&gt;&lt;span leftzone=&quot;6800|6&quot; rightzone=&quot;5351|6&quot; space=&quot;0| &quot;&gt; plasma&lt;/span&gt;&lt;span leftzone=&quot;6806|6&quot; rightzone=&quot;5357|6&quot; space=&quot;0| &quot;&gt; is&lt;/span&gt;&lt;span leftzone=&quot;6812|12&quot; rightzone=&quot;5363|12&quot; space=&quot;0| &quot;&gt; saturated&lt;/span&gt;&lt;span leftzone=&quot;6824|1&quot; rightzone=&quot;5375|1&quot; space=&quot;0| &quot;&gt; (&lt;/span&gt;&lt;span leftzone=&quot;6825|8&quot; rightzone=&quot;5376|8&quot; space=&quot;0| &quot;&gt; in pH7.4&lt;/span&gt;&lt;span leftzone=&quot;6833|1&quot; rightzone=&quot;5384|1&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;6834|8&quot; rightzone=&quot;5385|8&quot; space=&quot;0| &quot;&gt; temperature 37&lt;/span&gt;&lt;span leftzone=&quot;6842|3&quot; rightzone=&quot;5393|3&quot; space=&quot;space&quot;&gt;℃&lt;/span&gt;&lt;span leftzone=&quot;6845|9&quot; rightzone=&quot;5396|9&quot; space=&quot;space&quot;&gt;and serum&lt;/span&gt;&lt;span leftzone=&quot;6854|9&quot; rightzone=&quot;5405|9&quot; space=&quot;0| &quot;&gt; sodium in normal&lt;/span&gt;&lt;span leftzone=&quot;6863|9&quot; rightzone=&quot;5414|9&quot; space=&quot;0| &quot;&gt; circumstances&lt;/span&gt;&lt;span leftzone=&quot;6872|1&quot; rightzone=&quot;5423|1&quot; space=&quot;0| &quot;&gt; )&lt;/span&gt;&lt;span leftzone=&quot;6873|1&quot; rightzone=&quot;5424|1&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;6874|12&quot; rightzone=&quot;5425|12&quot; space=&quot;0| &quot;&gt; At 30 ℃,&lt;/span&gt;&lt;span leftzone=&quot;6886|6&quot; rightzone=&quot;5437|6&quot; space=&quot;0| &quot;&gt; uric acid&lt;/span&gt;&lt;span leftzone=&quot;6892|3&quot; rightzone=&quot;5443|3&quot; space=&quot;0| &quot;&gt; salt&lt;/span&gt;&lt;span leftzone=&quot;6895|21&quot; rightzone=&quot;5446|21&quot; space=&quot;0| &quot;&gt; solubility is 4mg/dl&lt;/span&gt;&lt;span leftzone=&quot;6916|1&quot; rightzone=&quot;5467|1&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;6917|6&quot; rightzone=&quot;5468|6&quot; space=&quot;0| &quot;&gt; so&lt;/span&gt;&lt;span leftzone=&quot;6923|6&quot; rightzone=&quot;5474|6&quot; space=&quot;0| &quot;&gt; the needle&lt;/span&gt;&lt;span leftzone=&quot;6929|15&quot; rightzone=&quot;5480|15&quot; space=&quot;0| &quot;&gt; of monosodium urate&lt;/span&gt;&lt;span leftzone=&quot;6944|1&quot; rightzone=&quot;5495|1&quot; space=&quot;0| &quot;&gt; (&lt;/span&gt;&lt;span leftzone=&quot;6945|3&quot; rightzone=&quot;5496|3&quot; space=&quot;0| &quot;&gt; MSU&lt;/span&gt;&lt;span leftzone=&quot;6948|1&quot; rightzone=&quot;5499|1&quot; space=&quot;0| &quot;&gt; )&lt;/span&gt;&lt;span leftzone=&quot;6949|9&quot; rightzone=&quot;5500|9&quot; space=&quot;0| &quot;&gt; will be&lt;/span&gt;&lt;span leftzone=&quot;6958|9&quot; rightzone=&quot;5509|9&quot; space=&quot;0| &quot;&gt; no blood supply&lt;/span&gt;&lt;span leftzone=&quot;6967|1&quot; rightzone=&quot;5518|1&quot; space=&quot;0| &quot;&gt; (&lt;/span&gt;&lt;span leftzone=&quot;6968|6&quot; rightzone=&quot;5519|6&quot; space=&quot;0| &quot;&gt; such as soft&lt;/span&gt;&lt;span leftzone=&quot;6974|3&quot; rightzone=&quot;5525|3&quot; space=&quot;0| &quot;&gt; bone&lt;/span&gt;&lt;span leftzone=&quot;6977|1&quot; rightzone=&quot;5528|1&quot; space=&quot;0| &quot;&gt; )&lt;/span&gt;&lt;span leftzone=&quot;6978|3&quot; rightzone=&quot;5529|3&quot; space=&quot;0| &quot;&gt; or&lt;/span&gt;&lt;span leftzone=&quot;6981|6&quot; rightzone=&quot;5532|6&quot; space=&quot;0| &quot;&gt; blood supply&lt;/span&gt;&lt;span leftzone=&quot;6987|12&quot; rightzone=&quot;5538|12&quot; space=&quot;0| &quot;&gt; relatively few&lt;/span&gt;&lt;span leftzone=&quot;6999|6&quot; rightzone=&quot;5550|6&quot; space=&quot;0| &quot;&gt; organizations&lt;/span&gt;&lt;span leftzone=&quot;7005|1&quot; rightzone=&quot;5556|1&quot; space=&quot;0| &quot;&gt; (&lt;/span&gt;&lt;span leftzone=&quot;7006|9&quot; rightzone=&quot;5557|9&quot; space=&quot;0| &quot;&gt; such as tendon&lt;/span&gt;&lt;span leftzone=&quot;7015|3&quot; rightzone=&quot;5566|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;7018|6&quot; rightzone=&quot;5569|6&quot; space=&quot;0| &quot;&gt; ligament&lt;/span&gt;&lt;span leftzone=&quot;7024|1&quot; rightzone=&quot;5575|1&quot; space=&quot;0| &quot;&gt; )&lt;/span&gt;&lt;span leftzone=&quot;7025|6&quot; rightzone=&quot;5576|6&quot; space=&quot;0| &quot;&gt; deposition&lt;/span&gt;&lt;span leftzone=&quot;7031|3&quot; rightzone=&quot;5582|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;7034|6&quot; rightzone=&quot;5585|6&quot; space=&quot;0| &quot;&gt; the&lt;/span&gt;&lt;span leftzone=&quot;7040|6&quot; rightzone=&quot;5591|6&quot; space=&quot;0| &quot;&gt; site&lt;/span&gt;&lt;span leftzone=&quot;7046|15&quot; rightzone=&quot;5597|15&quot; space=&quot;0| &quot;&gt; includes a distal&lt;/span&gt;&lt;span leftzone=&quot;7061|12&quot; rightzone=&quot;5612|12&quot; space=&quot;0| &quot;&gt; peripheral joints&lt;/span&gt;&lt;span leftzone=&quot;7073|3&quot; rightzone=&quot;5624|3&quot; space=&quot;0| &quot;&gt; and&lt;/span&gt;&lt;span leftzone=&quot;7076|3&quot; rightzone=&quot;5627|3&quot; space=&quot;0| &quot;&gt; like&lt;/span&gt;&lt;span leftzone=&quot;7079|9&quot; rightzone=&quot;5630|9&quot; space=&quot;0| &quot;&gt; ear&lt;/span&gt;&lt;span leftzone=&quot;7088|6&quot; rightzone=&quot;5639|6&quot; space=&quot;0| &quot;&gt; temperature&lt;/span&gt;&lt;span leftzone=&quot;7094|15&quot; rightzone=&quot;5645|15&quot; space=&quot;0| &quot;&gt; low tissue&lt;/span&gt;&lt;span leftzone=&quot;7109|3&quot; rightzone=&quot;5660|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;7121|6&quot; rightzone=&quot;5672|6&quot; space=&quot;0| &quot;&gt; Prevalence of&lt;/span&gt;&lt;span leftzone=&quot;7112|6&quot; rightzone=&quot;5663|6&quot; space=&quot;0| &quot;&gt; severe&lt;/span&gt;&lt;span leftzone=&quot;7118|3&quot; rightzone=&quot;5669|3&quot; space=&quot;0| &quot;&gt; and&lt;/span&gt;&lt;span leftzone=&quot;7127|9&quot; rightzone=&quot;5678|9&quot; space=&quot;0| &quot;&gt; long time&lt;/span&gt;&lt;span leftzone=&quot;7136|9&quot; rightzone=&quot;5687|9&quot; space=&quot;0| &quot;&gt; of the patient&lt;/span&gt;&lt;span leftzone=&quot;7145|3&quot; rightzone=&quot;5696|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;7148|21&quot; rightzone=&quot;5699|21&quot; space=&quot;0| &quot;&gt; monosodium urate crystals&lt;/span&gt;&lt;span leftzone=&quot;7169|6&quot; rightzone=&quot;5720|6&quot; space=&quot;0| &quot;&gt; in the&lt;/span&gt;&lt;span leftzone=&quot;7175|9&quot; rightzone=&quot;5726|9&quot; space=&quot;0| &quot;&gt; central&lt;/span&gt;&lt;span leftzone=&quot;7184|9&quot; rightzone=&quot;5735|9&quot; space=&quot;0| &quot;&gt; joint and&lt;/span&gt;&lt;span leftzone=&quot;7193|6&quot; rightzone=&quot;5744|6&quot; space=&quot;0| &quot;&gt; parenchymal&lt;/span&gt;&lt;span leftzone=&quot;7199|15&quot; rightzone=&quot;5750|15&quot; space=&quot;0| &quot;&gt; organs such as kidneys&lt;/span&gt;&lt;span leftzone=&quot;7214|3&quot; rightzone=&quot;5765|3&quot; space=&quot;0| &quot;&gt; in&lt;/span&gt;&lt;span leftzone=&quot;7217|6&quot; rightzone=&quot;5768|6&quot; space=&quot;0| &quot;&gt; deposition&lt;/span&gt;&lt;span leftzone=&quot;7223|3&quot; rightzone=&quot;5774|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;7233|9&quot; rightzone=&quot;5784|9&quot; space=&quot;0| &quot;&gt; Tophaceous gout&lt;/span&gt;&lt;span leftzone=&quot;7242|6&quot; rightzone=&quot;5793|6&quot; space=&quot;0| &quot;&gt; is MSU&lt;/span&gt;&lt;span leftzone=&quot;7248|6&quot; rightzone=&quot;5799|6&quot; space=&quot;0| &quot;&gt; crystal&lt;/span&gt;&lt;span leftzone=&quot;7254|12&quot; rightzone=&quot;5805|12&quot; space=&quot;0| &quot;&gt; aggregates,&lt;/span&gt;&lt;span leftzone=&quot;7266|6&quot; rightzone=&quot;5817|6&quot; space=&quot;0| &quot;&gt; initially&lt;/span&gt;&lt;span leftzone=&quot;7272|12&quot; rightzone=&quot;5823|12&quot; space=&quot;0| &quot;&gt; to&lt;/span&gt;&lt;span leftzone=&quot;7284|12&quot; rightzone=&quot;5835|12&quot; space=&quot;0| &quot;&gt; the joint&lt;/span&gt;&lt;span leftzone=&quot;7296|10&quot; rightzone=&quot;5847|10&quot; space=&quot;0| &quot;&gt; X piece&lt;/span&gt;&lt;span leftzone=&quot;7306|12&quot; rightzone=&quot;5857|12&quot; space=&quot;0| &quot;&gt; appears,&lt;/span&gt;&lt;span leftzone=&quot;7318|4&quot; rightzone=&quot;5869|4&quot; space=&quot;0| &quot;&gt; &quot;&lt;/span&gt;&lt;span leftzone=&quot;7322|6&quot; rightzone=&quot;5873|6&quot; space=&quot;0| &quot;&gt; to create&lt;/span&gt;&lt;span leftzone=&quot;7328|4&quot; rightzone=&quot;5879|4&quot; space=&quot;0| &quot;&gt; &quot;&lt;/span&gt;&lt;span leftzone=&quot;7332|6&quot; rightzone=&quot;5883|6&quot; space=&quot;0| &quot;&gt; lesions&lt;/span&gt;&lt;span leftzone=&quot;7338|3&quot; rightzone=&quot;5889|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;7341|3&quot; rightzone=&quot;5892|3&quot; space=&quot;0| &quot;&gt; a&lt;/span&gt;&lt;span leftzone=&quot;7344|12&quot; rightzone=&quot;5895|12&quot; space=&quot;0| &quot;&gt; late manifestation of&lt;/span&gt;&lt;span leftzone=&quot;7356|15&quot; rightzone=&quot;5907|15&quot; space=&quot;0| &quot;&gt; subcutaneous nodules&lt;/span&gt;&lt;span leftzone=&quot;7371|1&quot; rightzone=&quot;5922|1&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;7372|3&quot; rightzone=&quot;5923|3&quot; space=&quot;0| &quot;&gt; which can be&lt;/span&gt;&lt;span leftzone=&quot;7375|15&quot; rightzone=&quot;5926|15&quot; space=&quot;0| &quot;&gt; observed by naked eye&lt;/span&gt;&lt;span leftzone=&quot;7390|6&quot; rightzone=&quot;5941|6&quot; space=&quot;0| &quot;&gt; or hand&lt;/span&gt;&lt;span leftzone=&quot;7396|9&quot; rightzone=&quot;5947|9&quot; space=&quot;0| &quot;&gt; feel&lt;/span&gt;&lt;span leftzone=&quot;7405|3&quot; rightzone=&quot;5956|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;7408|12&quot; rightzone=&quot;5959|12&quot; space=&quot;0| &quot;&gt; The result of urine&lt;/span&gt;&lt;span leftzone=&quot;7420|2&quot; rightzone=&quot;5971|2&quot; space=&quot;0| &quot;&gt; pH&lt;/span&gt;&lt;span leftzone=&quot;7422|9&quot; rightzone=&quot;5973|9&quot; space=&quot;0| &quot;&gt; acid&lt;/span&gt;&lt;span leftzone=&quot;7431|3&quot; rightzone=&quot;5982|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;7434|6&quot; rightzone=&quot;5985|6&quot; space=&quot;0| &quot;&gt; uric acid&lt;/span&gt;&lt;span leftzone=&quot;7440|9&quot; rightzone=&quot;5991|9&quot; space=&quot;0| &quot;&gt; is easy to form&lt;/span&gt;&lt;span leftzone=&quot;7449|6&quot; rightzone=&quot;6000|6&quot; space=&quot;0| &quot;&gt; crystals&lt;/span&gt;&lt;span leftzone=&quot;7455|3&quot; rightzone=&quot;6006|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;7458|3&quot; rightzone=&quot;6009|3&quot; space=&quot;0| &quot;&gt; and&lt;/span&gt;&lt;span leftzone=&quot;7461|9&quot; rightzone=&quot;6012|9&quot; space=&quot;0| &quot;&gt; gathered&lt;/span&gt;&lt;span leftzone=&quot;7470|6&quot; rightzone=&quot;6021|6&quot; space=&quot;0| &quot;&gt; stones&lt;/span&gt;&lt;span leftzone=&quot;7476|3&quot; rightzone=&quot;6027|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;7479|9&quot; rightzone=&quot;6030|9&quot; space=&quot;0| &quot;&gt; which can lead to&lt;/span&gt;&lt;span leftzone=&quot;7488|9&quot; rightzone=&quot;6039|9&quot; space=&quot;0| &quot;&gt; obstructive&lt;/span&gt;&lt;span leftzone=&quot;7497|15&quot; rightzone=&quot;6048|15&quot; space=&quot;0| &quot;&gt; diseases of urinary system&lt;/span&gt;&lt;span leftzone=&quot;7512|3&quot; rightzone=&quot;6063|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;7522|21&quot; rightzone=&quot;6073|21&quot; space=&quot;0| &quot;&gt; Persistent hyperuricemia&lt;/span&gt;&lt;span leftzone=&quot;7543|18&quot; rightzone=&quot;6094|18&quot; space=&quot;0| &quot;&gt; common cause is&lt;/span&gt;&lt;span leftzone=&quot;7561|12&quot; rightzone=&quot;6112|12&quot; space=&quot;0| &quot;&gt; due to renal&lt;/span&gt;&lt;span leftzone=&quot;7573|9&quot; rightzone=&quot;6124|9&quot; space=&quot;0| &quot;&gt; urate&lt;/span&gt;&lt;span leftzone=&quot;7582|15&quot; rightzone=&quot;6133|15&quot; space=&quot;0| &quot;&gt; clearance decreased&lt;/span&gt;&lt;span leftzone=&quot;7597|3&quot; rightzone=&quot;6148|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;7600|9&quot; rightzone=&quot;6151|9&quot; space=&quot;0| &quot;&gt; especially in&lt;/span&gt;&lt;span leftzone=&quot;7636|9&quot; rightzone=&quot;6187|9&quot; space=&quot;0| &quot;&gt; patients&lt;/span&gt;&lt;span leftzone=&quot;7609|12&quot; rightzone=&quot;6160|12&quot; space=&quot;0| &quot;&gt; receiving long-term&lt;/span&gt;&lt;span leftzone=&quot;7621|15&quot; rightzone=&quot;6172|15&quot; space=&quot;0| &quot;&gt; diuretic therapy&lt;/span&gt;&lt;span leftzone=&quot;7645|27&quot; rightzone=&quot;6196|27&quot; space=&quot;0| &quot;&gt; and decreased glomerular filtration rate&lt;/span&gt;&lt;span leftzone=&quot;7672|12&quot; rightzone=&quot;6223|12&quot; space=&quot;0| &quot;&gt; of primary&lt;/span&gt;&lt;span leftzone=&quot;7684|15&quot; rightzone=&quot;6235|15&quot; space=&quot;0| &quot;&gt; kidney disease patients&lt;/span&gt;&lt;span leftzone=&quot;7699|3&quot; rightzone=&quot;6250|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;7726|6&quot; rightzone=&quot;6277|6&quot; space=&quot;0| &quot;&gt; The higher the&lt;/span&gt;&lt;span leftzone=&quot;7702|24&quot; rightzone=&quot;6253|24&quot; space=&quot;0| &quot;&gt; degree of hyperuricemia&lt;/span&gt;&lt;span leftzone=&quot;7732|12&quot; rightzone=&quot;6283|12&quot; space=&quot;0| &quot;&gt; longer disease course&lt;/span&gt;&lt;span leftzone=&quot;7744|3&quot; rightzone=&quot;6295|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;7747|12&quot; rightzone=&quot;6298|12&quot; space=&quot;0| &quot;&gt; crystal&lt;/span&gt;&lt;span leftzone=&quot;7759|9&quot; rightzone=&quot;6310|9&quot; space=&quot;0| &quot;&gt; deposition and&lt;/span&gt;&lt;span leftzone=&quot;7768|6&quot; rightzone=&quot;6319|6&quot; space=&quot;0| &quot;&gt; acute&lt;/span&gt;&lt;span leftzone=&quot;7774|12&quot; rightzone=&quot;6325|12&quot; space=&quot;0| &quot;&gt; gouty attack&lt;/span&gt;&lt;span leftzone=&quot;7786|18&quot; rightzone=&quot;6337|18&quot; space=&quot;0| &quot;&gt; chances&lt;/span&gt;&lt;span leftzone=&quot;7804|3&quot; rightzone=&quot;6355|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;7807|6&quot; rightzone=&quot;6358|6&quot; space=&quot;0| &quot;&gt; However&lt;/span&gt;&lt;span leftzone=&quot;7813|3&quot; rightzone=&quot;6364|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;7816|6&quot; rightzone=&quot;6367|6&quot; space=&quot;0| &quot;&gt; there are still&lt;/span&gt;&lt;span leftzone=&quot;7822|6&quot; rightzone=&quot;6373|6&quot; space=&quot;0| &quot;&gt; a lot of&lt;/span&gt;&lt;span leftzone=&quot;7828|18&quot; rightzone=&quot;6379|18&quot; space=&quot;0| &quot;&gt; hyperuricemia&lt;/span&gt;&lt;span leftzone=&quot;7861|6&quot; rightzone=&quot;6412|6&quot; space=&quot;0| &quot;&gt; gout&lt;/span&gt;&lt;span leftzone=&quot;7846|9&quot; rightzone=&quot;6397|9&quot; space=&quot;0| &quot;&gt; did not&lt;/span&gt;&lt;span leftzone=&quot;7855|6&quot; rightzone=&quot;6406|6&quot; space=&quot;0| &quot;&gt; occur&lt;/span&gt;&lt;span leftzone=&quot;7867|3&quot; rightzone=&quot;6418|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;7877|6&quot; rightzone=&quot;6428|6&quot; space=&quot;0| &quot;&gt; Purine&lt;/span&gt;&lt;span leftzone=&quot;7883|12&quot; rightzone=&quot;6434|12&quot; space=&quot;0| &quot;&gt; synthesis is increased&lt;/span&gt;&lt;span leftzone=&quot;7895|9&quot; rightzone=&quot;6446|9&quot; space=&quot;0| &quot;&gt; for the original&lt;/span&gt;&lt;span leftzone=&quot;7904|15&quot; rightzone=&quot;6455|15&quot; space=&quot;0| &quot;&gt; pathogenesis of abnormal&lt;/span&gt;&lt;span leftzone=&quot;7919|6&quot; rightzone=&quot;6470|6&quot; space=&quot;0| &quot;&gt; state&lt;/span&gt;&lt;span leftzone=&quot;7925|3&quot; rightzone=&quot;6476|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;7928|6&quot; rightzone=&quot;6479|6&quot; space=&quot;0| &quot;&gt; may also be&lt;/span&gt;&lt;span leftzone=&quot;7934|12&quot; rightzone=&quot;6485|12&quot; space=&quot;0| &quot;&gt; due to blood&lt;/span&gt;&lt;span leftzone=&quot;7946|9&quot; rightzone=&quot;6497|9&quot; space=&quot;0| &quot;&gt; diseases such as&lt;/span&gt;&lt;span leftzone=&quot;7955|9&quot; rightzone=&quot;6506|9&quot; space=&quot;0| &quot;&gt; lymphoma&lt;/span&gt;&lt;span leftzone=&quot;7964|3&quot; rightzone=&quot;6515|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;7967|12&quot; rightzone=&quot;6518|12&quot; space=&quot;0| &quot;&gt; leukemia or&lt;/span&gt;&lt;span leftzone=&quot;7979|15&quot; rightzone=&quot;6530|15&quot; space=&quot;0| &quot;&gt; hemolytic anemia&lt;/span&gt;&lt;span leftzone=&quot;7994|12&quot; rightzone=&quot;6545|12&quot; space=&quot;0| &quot;&gt; caused by&lt;/span&gt;&lt;span leftzone=&quot;8006|12&quot; rightzone=&quot;6557|12&quot; space=&quot;0| &quot;&gt; nucleic acid protein&lt;/span&gt;&lt;span leftzone=&quot;8018|12&quot; rightzone=&quot;6569|12&quot; space=&quot;0| &quot;&gt; turnover acceleration&lt;/span&gt;&lt;span leftzone=&quot;8030|3&quot; rightzone=&quot;6581|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;8033|3&quot; rightzone=&quot;6584|3&quot; space=&quot;0| &quot;&gt; or&lt;/span&gt;&lt;span leftzone=&quot;8036|12&quot; rightzone=&quot;6587|12&quot; space=&quot;0| &quot;&gt; such as psoriasis&lt;/span&gt;&lt;span leftzone=&quot;8048|9&quot; rightzone=&quot;6599|9&quot; space=&quot;0| &quot;&gt; caused by&lt;/span&gt;&lt;span leftzone=&quot;8057|3&quot; rightzone=&quot;6608|3&quot; space=&quot;0| &quot;&gt; white&lt;/span&gt;&lt;span leftzone=&quot;8060|12&quot; rightzone=&quot;6611|12&quot; space=&quot;0| &quot;&gt; cell proliferation&lt;/span&gt;&lt;span leftzone=&quot;8072|3&quot; rightzone=&quot;6623|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;8075|6&quot; rightzone=&quot;6626|6&quot; space=&quot;0| &quot;&gt; death&lt;/span&gt;&lt;span leftzone=&quot;8081|6&quot; rightzone=&quot;6632|6&quot; space=&quot;0| &quot;&gt; rate&lt;/span&gt;&lt;span leftzone=&quot;8087|6&quot; rightzone=&quot;6638|6&quot; space=&quot;0| &quot;&gt; increases quickly&lt;/span&gt;&lt;span leftzone=&quot;8099|3&quot; rightzone=&quot;6650|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;8108|9&quot; rightzone=&quot;6659|9&quot; space=&quot;0| &quot;&gt; The majority of&lt;/span&gt;&lt;span leftzone=&quot;8117|12&quot; rightzone=&quot;6668|12&quot; space=&quot;0| &quot;&gt; patients with gout&lt;/span&gt;&lt;span leftzone=&quot;8129|6&quot; rightzone=&quot;6680|6&quot; space=&quot;0| &quot;&gt; uric acid&lt;/span&gt;&lt;span leftzone=&quot;8135|12&quot; rightzone=&quot;6686|12&quot; space=&quot;0| &quot;&gt; synthesis is increased&lt;/span&gt;&lt;span leftzone=&quot;8102|6&quot; rightzone=&quot;6653|6&quot; space=&quot;0| &quot;&gt; by&lt;/span&gt;&lt;span leftzone=&quot;8147|3&quot; rightzone=&quot;6698|3&quot; space=&quot;0| &quot;&gt; the&lt;/span&gt;&lt;span leftzone=&quot;8150|12&quot; rightzone=&quot;6701|12&quot; space=&quot;0| &quot;&gt; reason is unclear&lt;/span&gt;&lt;span leftzone=&quot;8162|3&quot; rightzone=&quot;6713|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;8165|15&quot; rightzone=&quot;6716|15&quot; space=&quot;0| &quot;&gt; a minority of patients are&lt;/span&gt;&lt;span leftzone=&quot;8180|6&quot; rightzone=&quot;6731|6&quot; space=&quot;0| &quot;&gt; due to&lt;/span&gt;&lt;span leftzone=&quot;8186|22&quot; rightzone=&quot;6737|22&quot; space=&quot;0| &quot;&gt; hypoxanthine guanine&lt;/span&gt;&lt;span leftzone=&quot;8208|15&quot; rightzone=&quot;6759|15&quot; space=&quot;0| &quot;&gt; phosphoribosyl&lt;/span&gt;&lt;span leftzone=&quot;8223|9&quot; rightzone=&quot;6774|9&quot; space=&quot;0| &quot;&gt; transferase&lt;/span&gt;&lt;span leftzone=&quot;8232|9&quot; rightzone=&quot;6783|9&quot; space=&quot;0| &quot;&gt; deficiency or&lt;/span&gt;&lt;span leftzone=&quot;8241|6&quot; rightzone=&quot;6792|6&quot; space=&quot;0| &quot;&gt; because of&lt;/span&gt;&lt;span leftzone=&quot;8247|30&quot; rightzone=&quot;6798|30&quot; space=&quot;0| &quot;&gt; phosphoribosylpyrophosphate synthetase&lt;/span&gt;&lt;span leftzone=&quot;8277|6&quot; rightzone=&quot;6828|6&quot; space=&quot;0| &quot;&gt; activity&lt;/span&gt;&lt;span leftzone=&quot;8283|12&quot; rightzone=&quot;6834|12&quot; space=&quot;0| &quot;&gt; caused by elevated&lt;/span&gt;&lt;span leftzone=&quot;8295|3&quot; rightzone=&quot;6846|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;8298|6&quot; rightzone=&quot;6849|6&quot; space=&quot;0| &quot;&gt; One&lt;/span&gt;&lt;span leftzone=&quot;8304|9&quot; rightzone=&quot;6855|9&quot; space=&quot;0| &quot;&gt; enzyme abnormalities&lt;/span&gt;&lt;span leftzone=&quot;8313|6&quot; rightzone=&quot;6864|6&quot; space=&quot;0| &quot;&gt; in&lt;/span&gt;&lt;span leftzone=&quot;8319|12&quot; rightzone=&quot;6870|12&quot; space=&quot;0| &quot;&gt; infancy&lt;/span&gt;&lt;span leftzone=&quot;8331|15&quot; rightzone=&quot;6882|15&quot; space=&quot;0| &quot;&gt; cause kidney stones&lt;/span&gt;&lt;span leftzone=&quot;8346|1&quot; rightzone=&quot;6897|1&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;8347|9&quot; rightzone=&quot;6898|9&quot; space=&quot;0| &quot;&gt; kidney disease and&lt;/span&gt;&lt;span leftzone=&quot;8356|9&quot; rightzone=&quot;6907|9&quot; space=&quot;0| &quot;&gt; severe&lt;/span&gt;&lt;span leftzone=&quot;8365|6&quot; rightzone=&quot;6916|6&quot; space=&quot;0| &quot;&gt; gout&lt;/span&gt;&lt;span leftzone=&quot;8371|3&quot; rightzone=&quot;6922|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;8374|3&quot; rightzone=&quot;6925|3&quot; space=&quot;0| &quot;&gt; such as&lt;/span&gt;&lt;span leftzone=&quot;8377|12&quot; rightzone=&quot;6928|12&quot; space=&quot;0| &quot;&gt; complete lack of&lt;/span&gt;&lt;span leftzone=&quot;8389|3&quot; rightzone=&quot;6940|3&quot; space=&quot;0| &quot;&gt; this&lt;/span&gt;&lt;span leftzone=&quot;8392|3&quot; rightzone=&quot;6943|3&quot; space=&quot;0| &quot;&gt; enzyme&lt;/span&gt;&lt;span leftzone=&quot;8395|3&quot; rightzone=&quot;6946|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;8398|21&quot; rightzone=&quot;6949|21&quot; space=&quot;0| &quot;&gt; can cause neurological&lt;/span&gt;&lt;span leftzone=&quot;8419|6&quot; rightzone=&quot;6970|6&quot; space=&quot;0| &quot;&gt; abnormalities&lt;/span&gt;&lt;span leftzone=&quot;8425|3&quot; rightzone=&quot;6976|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;8428|15&quot; rightzone=&quot;6979|15&quot; space=&quot;0| &quot;&gt; athetosis&lt;/span&gt;&lt;span leftzone=&quot;8443|3&quot; rightzone=&quot;6994|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;8446|12&quot; rightzone=&quot;6997|12&quot; space=&quot;0| &quot;&gt; spasticity&lt;/span&gt;&lt;span leftzone=&quot;8458|3&quot; rightzone=&quot;7009|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;8461|21&quot; rightzone=&quot;7012|21&quot; space=&quot;0| &quot;&gt; mental retardation and&lt;/span&gt;&lt;span leftzone=&quot;8482|9&quot; rightzone=&quot;7033|9&quot; space=&quot;0| &quot;&gt; compulsive&lt;/span&gt;&lt;span leftzone=&quot;8491|6&quot; rightzone=&quot;7042|6&quot; space=&quot;0| &quot;&gt; autotomy&lt;/span&gt;&lt;span leftzone=&quot;8497|1&quot; rightzone=&quot;7048|1&quot; space=&quot;0| &quot;&gt; (&lt;/span&gt;&lt;span leftzone=&quot;8498|20&quot; rightzone=&quot;7049|20&quot; space=&quot;0| &quot;&gt; Lesch-Nyhan syndrome&lt;/span&gt;&lt;span leftzone=&quot;8518|1&quot; rightzone=&quot;7069|1&quot; space=&quot;0| &quot;&gt; )&lt;/span&gt;&lt;span leftzone=&quot;8519|1&quot; rightzone=&quot;7070|1&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;8520|9&quot; rightzone=&quot;7071|9&quot; space=&quot;0| &quot;&gt; dietary&lt;/span&gt;&lt;span leftzone=&quot;8529|9&quot; rightzone=&quot;7080|9&quot; space=&quot;0| &quot;&gt; purine&lt;/span&gt;&lt;span leftzone=&quot;8538|9&quot; rightzone=&quot;7089|9&quot; space=&quot;0| &quot;&gt; also affected&lt;/span&gt;&lt;span leftzone=&quot;8547|18&quot; rightzone=&quot;7098|18&quot; space=&quot;0| &quot;&gt; the level of serum uric acid&lt;/span&gt;&lt;span leftzone=&quot;8565|3&quot; rightzone=&quot;7116|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;8568|15&quot; rightzone=&quot;7119|15&quot; space=&quot;0| &quot;&gt; Compulsive&lt;/span&gt;&lt;span leftzone=&quot;8583|6&quot; rightzone=&quot;7134|6&quot; space=&quot;0| &quot;&gt; overeating&lt;/span&gt;&lt;span leftzone=&quot;8589|6&quot; rightzone=&quot;7140|6&quot; space=&quot;0| &quot;&gt; purine&lt;/span&gt;&lt;span leftzone=&quot;8595|6&quot; rightzone=&quot;7146|6&quot; space=&quot;0| &quot;&gt; rich in&lt;/span&gt;&lt;span leftzone=&quot;8601|6&quot; rightzone=&quot;7152|6&quot; space=&quot;0| &quot;&gt; food&lt;/span&gt;&lt;span leftzone=&quot;8607|3&quot; rightzone=&quot;7158|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;8610|6&quot; rightzone=&quot;7161|6&quot; space=&quot;0| &quot;&gt; especially&lt;/span&gt;&lt;span leftzone=&quot;8616|6&quot; rightzone=&quot;7167|6&quot; space=&quot;0| &quot;&gt; while&lt;/span&gt;&lt;span leftzone=&quot;8622|6&quot; rightzone=&quot;7173|6&quot; space=&quot;0| &quot;&gt; drinking&lt;/span&gt;&lt;span leftzone=&quot;8628|9&quot; rightzone=&quot;7179|9&quot; space=&quot;0| &quot;&gt; can obviously&lt;/span&gt;&lt;span leftzone=&quot;8637|3&quot; rightzone=&quot;7188|3&quot; space=&quot;0| &quot;&gt; make&lt;/span&gt;&lt;span leftzone=&quot;8640|6&quot; rightzone=&quot;7191|6&quot; space=&quot;0| &quot;&gt; uric acid&lt;/span&gt;&lt;span leftzone=&quot;8646|12&quot; rightzone=&quot;7197|12&quot; space=&quot;0| &quot;&gt; levels&lt;/span&gt;&lt;span leftzone=&quot;8658|3&quot; rightzone=&quot;7209|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;8661|6&quot; rightzone=&quot;7212|6&quot; space=&quot;0| &quot;&gt; Alcohol&lt;/span&gt;&lt;span leftzone=&quot;8667|12&quot; rightzone=&quot;7218|12&quot; space=&quot;0| &quot;&gt; can not only promote the&lt;/span&gt;&lt;span leftzone=&quot;8679|6&quot; rightzone=&quot;7230|6&quot; space=&quot;0| &quot;&gt; nucleoside&lt;/span&gt;&lt;span leftzone=&quot;8685|9&quot; rightzone=&quot;7236|9&quot; space=&quot;0| &quot;&gt; in the liver&lt;/span&gt;&lt;span leftzone=&quot;8694|12&quot; rightzone=&quot;7245|12&quot; space=&quot;0| &quot;&gt; metabolism&lt;/span&gt;&lt;span leftzone=&quot;8706|3&quot; rightzone=&quot;7257|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;8709|3&quot; rightzone=&quot;7260|3&quot; space=&quot;0| &quot;&gt; and&lt;/span&gt;&lt;span leftzone=&quot;8712|9&quot; rightzone=&quot;7263|9&quot; space=&quot;0| &quot;&gt; can inhibit&lt;/span&gt;&lt;span leftzone=&quot;8721|9&quot; rightzone=&quot;7272|9&quot; space=&quot;0| &quot;&gt; renal tubular&lt;/span&gt;&lt;span leftzone=&quot;8730|9&quot; rightzone=&quot;7281|9&quot; space=&quot;0| &quot;&gt; urate&lt;/span&gt;&lt;span leftzone=&quot;8739|9&quot; rightzone=&quot;7290|9&quot; space=&quot;0| &quot;&gt; secretion&lt;/span&gt;&lt;span leftzone=&quot;8748|3&quot; rightzone=&quot;7299|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;8751|6&quot; rightzone=&quot;7302|6&quot; space=&quot;0| &quot;&gt; but&lt;/span&gt;&lt;span leftzone=&quot;8757|9&quot; rightzone=&quot;7308|9&quot; space=&quot;0| &quot;&gt; strict low&lt;/span&gt;&lt;span leftzone=&quot;8766|12&quot; rightzone=&quot;7317|12&quot; space=&quot;0| &quot;&gt; purine diet&lt;/span&gt;&lt;span leftzone=&quot;8778|6&quot; rightzone=&quot;7329|6&quot; space=&quot;0| &quot;&gt; can&lt;/span&gt;&lt;span leftzone=&quot;8784|15&quot; rightzone=&quot;7335|15&quot; space=&quot;0| &quot;&gt; lower blood uric acid&lt;/span&gt;&lt;span leftzone=&quot;8799|9&quot; rightzone=&quot;7350|9&quot; space=&quot;0| &quot;&gt; of about 1mg/dl&lt;/span&gt;&lt;span leftzone=&quot;8808|1&quot; rightzone=&quot;7359|1&quot; space=&quot;0| &quot;&gt; (&lt;/span&gt;&lt;span leftzone=&quot;8809|10&quot; rightzone=&quot;7360|10&quot; space=&quot;0| &quot;&gt; 0.06mmol/L&lt;/span&gt;&lt;span leftzone=&quot;8819|1&quot; rightzone=&quot;7370|1&quot; space=&quot;0| &quot;&gt; )&lt;/span&gt;&lt;span leftzone=&quot;8820|8&quot; rightzone=&quot;7371|8&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;8828|6&quot; rightzone=&quot;7379|6&quot; space=&quot;0| &quot;&gt; Serum&lt;/span&gt;&lt;span leftzone=&quot;8834|6&quot; rightzone=&quot;7385|6&quot; space=&quot;0| &quot;&gt; uric acid&lt;/span&gt;&lt;span leftzone=&quot;8840|3&quot; rightzone=&quot;7391|3&quot; space=&quot;0| &quot;&gt; salt&lt;/span&gt;&lt;span leftzone=&quot;8843|9&quot; rightzone=&quot;7394|9&quot; space=&quot;0| &quot;&gt; reflect&lt;/span&gt;&lt;span leftzone=&quot;8852|9&quot; rightzone=&quot;7403|9&quot; space=&quot;0| &quot;&gt; extracellular&lt;/span&gt;&lt;span leftzone=&quot;8861|9&quot; rightzone=&quot;7412|9&quot; space=&quot;0| &quot;&gt; can be mixed with&lt;/span&gt;&lt;span leftzone=&quot;8870|6&quot; rightzone=&quot;7421|6&quot; space=&quot;0| &quot;&gt; uric acid&lt;/span&gt;&lt;span leftzone=&quot;8876|9&quot; rightzone=&quot;7427|9&quot; space=&quot;0| &quot;&gt; salt&lt;/span&gt;&lt;span leftzone=&quot;8885|6&quot; rightzone=&quot;7436|6&quot; space=&quot;0| &quot;&gt; volume&lt;/span&gt;&lt;span leftzone=&quot;8891|3&quot; rightzone=&quot;7442|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;8894|15&quot; rightzone=&quot;7445|15&quot; space=&quot;0| &quot;&gt; normally&lt;/span&gt;&lt;span leftzone=&quot;8909|11&quot; rightzone=&quot;7460|11&quot; space=&quot;0| &quot;&gt; every 24 hours&lt;/span&gt;&lt;span leftzone=&quot;8920|6&quot; rightzone=&quot;7471|6&quot; space=&quot;0| &quot;&gt; turnover&lt;/span&gt;&lt;span leftzone=&quot;8926|4&quot; rightzone=&quot;7477|4&quot; space=&quot;0| &quot;&gt; 1&lt;/span&gt;&lt;span leftzone=&quot;8930|3&quot; rightzone=&quot;7481|3&quot; space=&quot;space&quot;&gt;;&lt;/span&gt;&lt;span leftzone=&quot;8933|3&quot; rightzone=&quot;7484|3&quot; space=&quot;0| &quot;&gt; 1/3&lt;/span&gt;&lt;span leftzone=&quot;8936|6&quot; rightzone=&quot;7487|6&quot; space=&quot;0| &quot;&gt; uric acid&lt;/span&gt;&lt;span leftzone=&quot;8942|3&quot; rightzone=&quot;7493|3&quot; space=&quot;0| &quot;&gt; salt&lt;/span&gt;&lt;span leftzone=&quot;8945|3&quot; rightzone=&quot;7496|3&quot; space=&quot;0| &quot;&gt; from&lt;/span&gt;&lt;span leftzone=&quot;8948|6&quot; rightzone=&quot;7499|6&quot; space=&quot;0| &quot;&gt; fecal&lt;/span&gt;&lt;span leftzone=&quot;8954|9&quot; rightzone=&quot;7505|9&quot; space=&quot;0| &quot;&gt; excretion&lt;/span&gt;&lt;span leftzone=&quot;8963|3&quot; rightzone=&quot;7514|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;8966|3&quot; rightzone=&quot;7517|3&quot; space=&quot;0| &quot;&gt; 2/3&lt;/span&gt;&lt;span leftzone=&quot;8969|15&quot; rightzone=&quot;7520|15&quot; space=&quot;0| &quot;&gt; discharged from the urine&lt;/span&gt;&lt;span leftzone=&quot;8984|3&quot; rightzone=&quot;7535|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;8987|3&quot; rightzone=&quot;7538|3&quot; space=&quot;0| &quot;&gt; In&lt;/span&gt;&lt;span leftzone=&quot;8990|4&quot; rightzone=&quot;7541|4&quot; space=&quot;0| &quot;&gt; 3 days of&lt;/span&gt;&lt;span leftzone=&quot;8994|3&quot; rightzone=&quot;7545|3&quot; space=&quot;0| &quot;&gt; low&lt;/span&gt;&lt;span leftzone=&quot;8997|12&quot; rightzone=&quot;7548|12&quot; space=&quot;0| &quot;&gt; purine diet&lt;/span&gt;&lt;span leftzone=&quot;9009|9&quot; rightzone=&quot;7560|9&quot; space=&quot;0| &quot;&gt; after normal&lt;/span&gt;&lt;span leftzone=&quot;9026|6&quot; rightzone=&quot;7577|6&quot; space=&quot;0| &quot;&gt; uric acid&lt;/span&gt;&lt;span leftzone=&quot;9032|9&quot; rightzone=&quot;7583|9&quot; space=&quot;0| &quot;&gt; excretion&lt;/span&gt;&lt;span leftzone=&quot;9018|8&quot; rightzone=&quot;7569|8&quot; space=&quot;0| &quot;&gt; in 24 hours&lt;/span&gt;&lt;span leftzone=&quot;9041|3&quot; rightzone=&quot;7592|3&quot; space=&quot;0| &quot;&gt; for&lt;/span&gt;&lt;span leftzone=&quot;9044|9&quot; rightzone=&quot;7595|9&quot; space=&quot;0| &quot;&gt; 300~600mg&lt;/span&gt;&lt;span leftzone=&quot;9053|1&quot; rightzone=&quot;7604|1&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;9066|19&quot; rightzone=&quot;7617|19&quot; space=&quot;0| &quot;&gt; 600~900mg. under the condition of&lt;/span&gt;&lt;span leftzone=&quot;9054|6&quot; rightzone=&quot;7605|6&quot; space=&quot;0| &quot;&gt; normal&lt;/span&gt;&lt;span leftzone=&quot;9060|6&quot; rightzone=&quot;7611|6&quot; space=&quot;0| &quot;&gt; dietary&lt;/span&gt;&lt;span leftzone=&quot;9094|6&quot; rightzone=&quot;7645|6&quot; space=&quot;0| &quot;&gt; intake&lt;/span&gt;&lt;span leftzone=&quot;9085|6&quot; rightzone=&quot;7636|6&quot; space=&quot;0| &quot;&gt; and&lt;/span&gt;&lt;span leftzone=&quot;9100|12&quot; rightzone=&quot;7651|12&quot; space=&quot;0| &quot;&gt; food sources&lt;/span&gt;&lt;span leftzone=&quot;9091|3&quot; rightzone=&quot;7642|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;9112|9&quot; rightzone=&quot;7663|9&quot; space=&quot;0| &quot;&gt; uric acid&lt;/span&gt;&lt;span leftzone=&quot;9121|9&quot; rightzone=&quot;7672|9&quot; space=&quot;0| &quot;&gt; every day about&lt;/span&gt;&lt;span leftzone=&quot;9130|6&quot; rightzone=&quot;7681|6&quot; space=&quot;0| &quot;&gt; 450mg.&lt;/span&gt;&lt;span leftzone=&quot;9136|24&quot; rightzone=&quot;7687|24&quot; space=&quot;0| &quot;&gt; hyperuricemia and gout&lt;/span&gt;&lt;span leftzone=&quot;9160|18&quot; rightzone=&quot;7711|18&quot; space=&quot;0| &quot;&gt; following organ transplantation is&lt;/span&gt;&lt;span leftzone=&quot;9178|6&quot; rightzone=&quot;7729|6&quot; space=&quot;0| &quot;&gt; receiving&lt;/span&gt;&lt;span leftzone=&quot;9184|18&quot; rightzone=&quot;7735|18&quot; space=&quot;0| &quot;&gt; cyclosporine in the treatment of&lt;/span&gt;&lt;span leftzone=&quot;9202|24&quot; rightzone=&quot;7753|24&quot; space=&quot;0| &quot;&gt; the most common complications in patients with&lt;/span&gt;&lt;span leftzone=&quot;9226|3&quot; rightzone=&quot;7777|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;9229|9&quot; rightzone=&quot;7780|9&quot; space=&quot;0| &quot;&gt; Premenopausal&lt;/span&gt;&lt;span leftzone=&quot;9238|9&quot; rightzone=&quot;7789|9&quot; space=&quot;0| &quot;&gt; women&lt;/span&gt;&lt;span leftzone=&quot;9247|12&quot; rightzone=&quot;7798|12&quot; space=&quot;0| &quot;&gt; uric acid levels&lt;/span&gt;&lt;span leftzone=&quot;9259|6&quot; rightzone=&quot;7810|6&quot; space=&quot;0| &quot;&gt; than&lt;/span&gt;&lt;span leftzone=&quot;9265|9&quot; rightzone=&quot;7816|9&quot; space=&quot;0| &quot;&gt; males in the low&lt;/span&gt;&lt;span leftzone=&quot;9274|6&quot; rightzone=&quot;7825|6&quot; space=&quot;0| &quot;&gt; 1mg/dl&lt;/span&gt;&lt;span leftzone=&quot;9280|1&quot; rightzone=&quot;7831|1&quot; space=&quot;0| &quot;&gt; (&lt;/span&gt;&lt;span leftzone=&quot;9281|9&quot; rightzone=&quot;7832|9&quot; space=&quot;0| &quot;&gt; 0.6mmol/L&lt;/span&gt;&lt;span leftzone=&quot;9290|1&quot; rightzone=&quot;7841|1&quot; space=&quot;0| &quot;&gt; )&lt;/span&gt;&lt;span leftzone=&quot;9291|1&quot; rightzone=&quot;7842|1&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;9292|12&quot; rightzone=&quot;7843|12&quot; space=&quot;0| &quot;&gt; but after menopause&lt;/span&gt;&lt;span leftzone=&quot;9304|12&quot; rightzone=&quot;7855|12&quot; space=&quot;0| &quot;&gt; male close&lt;/span&gt;&lt;span leftzone=&quot;9316|6&quot; rightzone=&quot;7867|6&quot; space=&quot;0| &quot;&gt; level&lt;/span&gt;&lt;span leftzone=&quot;9322|3&quot; rightzone=&quot;7873|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;9325|12&quot; rightzone=&quot;7876|12&quot; space=&quot;0| &quot;&gt; Editor this paragraph&lt;/span&gt;&lt;span leftzone=&quot;9337|12&quot; rightzone=&quot;7888|12&quot; space=&quot;0| &quot;&gt; pathogenesis&lt;/span&gt;&lt;span leftzone=&quot;9351|6&quot; rightzone=&quot;7902|6&quot; space=&quot;0| &quot;&gt; of gout&lt;/span&gt;&lt;span leftzone=&quot;9357|12&quot; rightzone=&quot;7908|12&quot; space=&quot;0| ,1|
&quot;&gt; pathogenesis&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;　　血液中尿酸长期增高是痛风发生的关键原因。人体尿酸主要来源于两个方面： 　　1、人体细胞内蛋白质分解代谢产生的核酸和其它嘌呤类化合物，经一些酶的作用而生成内源性尿酸。 　　2、食物中所含的嘌呤类化合物、核酸及核蛋白成分，经过消化与吸收后，经一些酶的作用生成外源性尿酸。 　　尿酸的生成是一个很复杂的过程，需要一些酶的参与。这些酶大致可分为两类：促进尿酸合成的酶，主要为5-磷酸核酸-1-焦磷酸合成酶、腺嘌呤磷酸核苷酸转移酶、磷酸核糖焦磷酸酰胺转移酶和黄嘌呤氧化酶；抑制尿酸合成的酶，主要是次黄嘌呤-鸟嘌呤核苷转移酶。痛风就是由于各种因素导致这些酶的活性异常，例如促进尿酸合成酶的活性增强，抑制尿酸合成酶的活性减弱等，从而导致尿酸生成过多。或者由于各种因素导致肾脏排泌尿酸发生障碍，使尿酸在血液中聚积，产生高尿酸血症。 　　高尿酸血症如长期存在，尿酸将以尿酸盐的形式沉积在关节、皮下组织及肾脏等部位，引起关节炎、皮下痛风结石、肾脏结石或痛风性肾病等一系列临床表现。 　　本病为外周关节的复发性急性或慢性关节炎,是因过饱和高尿酸血症体液中的单钠尿酸盐结晶在关节，肌腱内及其周围沉积所致。 　　痛风患者男女发病比例为20比1，女性痛风发病率低的主要原因是：女性体内雌激素能促进尿酸排泄，并有抑制关节炎发作的作用。 　　如果是遗传之痛风病患者，因为代谢不全的关系，多数并有原发性高血压症。编辑本段临床表现　　由于尿酸在人体血液中浓度过高，在软组织如关节膜或肌腱里形成针状结晶，导致身体免  &quot;&gt;
&lt;span leftzone=&quot;9392|12&quot; rightzone=&quot;21|12&quot; space=&quot;space&quot;&gt;Long term high&lt;/span&gt;&lt;span leftzone=&quot;9377|15&quot; rightzone=&quot;6|15&quot; space=&quot;0| &quot;&gt; uric acid in blood&lt;/span&gt;&lt;span leftzone=&quot;9404|3&quot; rightzone=&quot;33|3&quot; space=&quot;0| &quot;&gt; is&lt;/span&gt;&lt;span leftzone=&quot;9419|15&quot; rightzone=&quot;48|15&quot; space=&quot;0| &quot;&gt; the key reason&lt;/span&gt;&lt;span leftzone=&quot;9407|12&quot; rightzone=&quot;36|12&quot; space=&quot;0| &quot;&gt; of gout&lt;/span&gt;&lt;span leftzone=&quot;9434|3&quot; rightzone=&quot;63|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;9437|12&quot; rightzone=&quot;66|12&quot; space=&quot;0| &quot;&gt; Human uric acid&lt;/span&gt;&lt;span leftzone=&quot;9449|27&quot; rightzone=&quot;78|27&quot; space=&quot;0| &quot;&gt; mainly comes from two aspects&lt;/span&gt;&lt;span leftzone=&quot;9476|10&quot; rightzone=&quot;105|10&quot; space=&quot;space&quot;&gt;:&lt;/span&gt;&lt;span leftzone=&quot;9486|1&quot; rightzone=&quot;115|1&quot; space=&quot;0| &quot;&gt; 1&lt;/span&gt;&lt;span leftzone=&quot;9487|3&quot; rightzone=&quot;116|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;9490|15&quot; rightzone=&quot;119|15&quot; space=&quot;0| &quot;&gt; the cells of the body&lt;/span&gt;&lt;span leftzone=&quot;9505|27&quot; rightzone=&quot;134|27&quot; space=&quot;0| &quot;&gt; protein catabolism derived&lt;/span&gt;&lt;span leftzone=&quot;9532|12&quot; rightzone=&quot;161|12&quot; space=&quot;0| &quot;&gt; nucleic acids and&lt;/span&gt;&lt;span leftzone=&quot;9544|6&quot; rightzone=&quot;173|6&quot; space=&quot;0| &quot;&gt; other&lt;/span&gt;&lt;span leftzone=&quot;9550|18&quot; rightzone=&quot;179|18&quot; space=&quot;0| &quot;&gt; purine compounds&lt;/span&gt;&lt;span leftzone=&quot;9568|3&quot; rightzone=&quot;197|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;9571|3&quot; rightzone=&quot;200|3&quot; space=&quot;0| &quot;&gt; by&lt;/span&gt;&lt;span leftzone=&quot;9574|6&quot; rightzone=&quot;203|6&quot; space=&quot;0| &quot;&gt; some&lt;/span&gt;&lt;span leftzone=&quot;9580|12&quot; rightzone=&quot;209|12&quot; space=&quot;0| &quot;&gt; enzymes&lt;/span&gt;&lt;span leftzone=&quot;9592|3&quot; rightzone=&quot;221|3&quot; space=&quot;0| &quot;&gt; and&lt;/span&gt;&lt;span leftzone=&quot;9595|6&quot; rightzone=&quot;224|6&quot; space=&quot;0| &quot;&gt; generate&lt;/span&gt;&lt;span leftzone=&quot;9601|15&quot; rightzone=&quot;230|15&quot; space=&quot;0| &quot;&gt; endogenous uric acid&lt;/span&gt;&lt;span leftzone=&quot;9616|3&quot; rightzone=&quot;245|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;9626|1&quot; rightzone=&quot;255|1&quot; space=&quot;0| &quot;&gt; In 2&lt;/span&gt;&lt;span leftzone=&quot;9627|3&quot; rightzone=&quot;256|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;9630|6&quot; rightzone=&quot;259|6&quot; space=&quot;0| &quot;&gt; the food&lt;/span&gt;&lt;span leftzone=&quot;9636|9&quot; rightzone=&quot;265|9&quot; space=&quot;0| &quot;&gt; contained in&lt;/span&gt;&lt;span leftzone=&quot;9645|21&quot; rightzone=&quot;274|21&quot; space=&quot;0| &quot;&gt; the purine compounds&lt;/span&gt;&lt;span leftzone=&quot;9666|3&quot; rightzone=&quot;295|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;9669|6&quot; rightzone=&quot;298|6&quot; space=&quot;0| &quot;&gt; nucleic acid&lt;/span&gt;&lt;span leftzone=&quot;9675|6&quot; rightzone=&quot;304|6&quot; space=&quot;0| &quot;&gt; and nuclear&lt;/span&gt;&lt;span leftzone=&quot;9681|6&quot; rightzone=&quot;310|6&quot; space=&quot;0| &quot;&gt; protein&lt;/span&gt;&lt;span leftzone=&quot;9687|9&quot; rightzone=&quot;316|9&quot; space=&quot;0| &quot;&gt; composition,&lt;/span&gt;&lt;span leftzone=&quot;9696|12&quot; rightzone=&quot;325|12&quot; space=&quot;0| &quot;&gt; after digestion&lt;/span&gt;&lt;span leftzone=&quot;9708|9&quot; rightzone=&quot;337|9&quot; space=&quot;0| &quot;&gt; and absorption&lt;/span&gt;&lt;span leftzone=&quot;9717|6&quot; rightzone=&quot;346|6&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;9723|3&quot; rightzone=&quot;352|3&quot; space=&quot;0| &quot;&gt; by&lt;/span&gt;&lt;span leftzone=&quot;9726|6&quot; rightzone=&quot;355|6&quot; space=&quot;0| &quot;&gt; some&lt;/span&gt;&lt;span leftzone=&quot;9732|12&quot; rightzone=&quot;361|12&quot; space=&quot;0| &quot;&gt; enzymes&lt;/span&gt;&lt;span leftzone=&quot;9744|6&quot; rightzone=&quot;373|6&quot; space=&quot;0| &quot;&gt; generating&lt;/span&gt;&lt;span leftzone=&quot;9750|15&quot; rightzone=&quot;379|15&quot; space=&quot;0| &quot;&gt; exogenous uric acid&lt;/span&gt;&lt;span leftzone=&quot;9765|3&quot; rightzone=&quot;394|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;9775|15&quot; rightzone=&quot;404|15&quot; space=&quot;0| &quot;&gt; The formation of uric acid&lt;/span&gt;&lt;span leftzone=&quot;9790|27&quot; rightzone=&quot;419|27&quot; space=&quot;0| &quot;&gt; is a very complex process&lt;/span&gt;&lt;span leftzone=&quot;9817|3&quot; rightzone=&quot;446|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;9820|6&quot; rightzone=&quot;449|6&quot; space=&quot;0| &quot;&gt; requiring&lt;/span&gt;&lt;span leftzone=&quot;9826|6&quot; rightzone=&quot;455|6&quot; space=&quot;0| &quot;&gt; some&lt;/span&gt;&lt;span leftzone=&quot;9832|12&quot; rightzone=&quot;461|12&quot; space=&quot;0| &quot;&gt; enzymes involved in the&lt;/span&gt;&lt;span leftzone=&quot;9844|3&quot; rightzone=&quot;473|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;9847|9&quot; rightzone=&quot;476|9&quot; space=&quot;0| &quot;&gt; These enzymes&lt;/span&gt;&lt;span leftzone=&quot;9856|21&quot; rightzone=&quot;485|21&quot; space=&quot;0| &quot;&gt; can be broadly divided into two categories&lt;/span&gt;&lt;span leftzone=&quot;9877|3&quot; rightzone=&quot;506|3&quot; space=&quot;space&quot;&gt;:&lt;/span&gt;&lt;span leftzone=&quot;9880|6&quot; rightzone=&quot;509|6&quot; space=&quot;0| &quot;&gt; promotion&lt;/span&gt;&lt;span leftzone=&quot;9886|12&quot; rightzone=&quot;515|12&quot; space=&quot;0| &quot;&gt; of uric acid synthesis&lt;/span&gt;&lt;span leftzone=&quot;9898|9&quot; rightzone=&quot;527|9&quot; space=&quot;0| &quot;&gt; enzymes,&lt;/span&gt;&lt;span leftzone=&quot;9907|9&quot; rightzone=&quot;536|9&quot; space=&quot;0| &quot;&gt; mainly for the&lt;/span&gt;&lt;span leftzone=&quot;9916|8&quot; rightzone=&quot;545|8&quot; space=&quot;0| &quot;&gt; 5- phosphoric acid&lt;/span&gt;&lt;span leftzone=&quot;9924|9&quot; rightzone=&quot;553|9&quot; space=&quot;0| &quot;&gt; nucleic acid -1-&lt;/span&gt;&lt;span leftzone=&quot;9933|18&quot; rightzone=&quot;562|18&quot; space=&quot;0| &quot;&gt; pyrophosphate synthetase&lt;/span&gt;&lt;span leftzone=&quot;9951|3&quot; rightzone=&quot;580|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;9954|9&quot; rightzone=&quot;583|9&quot; space=&quot;0| &quot;&gt; adenine&lt;/span&gt;&lt;span leftzone=&quot;9963|15&quot; rightzone=&quot;592|15&quot; space=&quot;0| &quot;&gt; nucleotides&lt;/span&gt;&lt;span leftzone=&quot;9978|9&quot; rightzone=&quot;607|9&quot; space=&quot;0| &quot;&gt; transferase&lt;/span&gt;&lt;span leftzone=&quot;9987|3&quot; rightzone=&quot;616|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;9990|21&quot; rightzone=&quot;619|21&quot; space=&quot;0| &quot;&gt; phosphoribosylpyrophosphate&lt;/span&gt;&lt;span leftzone=&quot;10011|15&quot; rightzone=&quot;640|15&quot; space=&quot;0| &quot;&gt; amidotransferase&lt;/span&gt;&lt;span leftzone=&quot;10026|21&quot; rightzone=&quot;655|21&quot; space=&quot;0| &quot;&gt; and xanthine oxidase&lt;/span&gt;&lt;span leftzone=&quot;10050|12&quot; rightzone=&quot;679|12&quot; space=&quot;0| &quot;&gt; inhibition by uric acid&lt;/span&gt;&lt;span leftzone=&quot;10047|3&quot; rightzone=&quot;676|3&quot; space=&quot;space&quot;&gt;;&lt;/span&gt;&lt;span leftzone=&quot;10062|6&quot; rightzone=&quot;691|6&quot; space=&quot;0| &quot;&gt; synthesis&lt;/span&gt;&lt;span leftzone=&quot;10068|9&quot; rightzone=&quot;697|9&quot; space=&quot;0| &quot;&gt; enzymes,&lt;/span&gt;&lt;span leftzone=&quot;10077|9&quot; rightzone=&quot;706|9&quot; space=&quot;0| &quot;&gt; mainly&lt;/span&gt;&lt;span leftzone=&quot;10086|12&quot; rightzone=&quot;715|12&quot; space=&quot;0| &quot;&gt; hypoxanthine&lt;/span&gt;&lt;span leftzone=&quot;10098|4&quot; rightzone=&quot;727|4&quot; space=&quot;0| &quot;&gt; - bird&lt;/span&gt;&lt;span leftzone=&quot;10102|12&quot; rightzone=&quot;731|12&quot; space=&quot;0| &quot;&gt; purine nucleoside&lt;/span&gt;&lt;span leftzone=&quot;10114|9&quot; rightzone=&quot;743|9&quot; space=&quot;0| &quot;&gt; transferase&lt;/span&gt;&lt;span leftzone=&quot;10123|3&quot; rightzone=&quot;752|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;10126|6&quot; rightzone=&quot;755|6&quot; space=&quot;0| &quot;&gt; Gout&lt;/span&gt;&lt;span leftzone=&quot;10132|6&quot; rightzone=&quot;761|6&quot; space=&quot;0| &quot;&gt; is&lt;/span&gt;&lt;span leftzone=&quot;10138|12&quot; rightzone=&quot;767|12&quot; space=&quot;0| &quot;&gt; due to various&lt;/span&gt;&lt;span leftzone=&quot;10150|12&quot; rightzone=&quot;779|12&quot; space=&quot;0| &quot;&gt; factors leading to&lt;/span&gt;&lt;span leftzone=&quot;10162|18&quot; rightzone=&quot;791|18&quot; space=&quot;0| &quot;&gt; the activity of these enzymes&lt;/span&gt;&lt;span leftzone=&quot;10180|6&quot; rightzone=&quot;809|6&quot; space=&quot;0| &quot;&gt; abnormalities&lt;/span&gt;&lt;span leftzone=&quot;10186|3&quot; rightzone=&quot;815|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;10189|12&quot; rightzone=&quot;818|12&quot; space=&quot;0| &quot;&gt; such as the promotion of&lt;/span&gt;&lt;span leftzone=&quot;10201|6&quot; rightzone=&quot;830|6&quot; space=&quot;0| &quot;&gt; uric acid&lt;/span&gt;&lt;span leftzone=&quot;10207|12&quot; rightzone=&quot;836|12&quot; space=&quot;0| &quot;&gt; synthetase&lt;/span&gt;&lt;span leftzone=&quot;10219|15&quot; rightzone=&quot;848|15&quot; space=&quot;0| &quot;&gt; activity,&lt;/span&gt;&lt;span leftzone=&quot;10234|12&quot; rightzone=&quot;863|12&quot; space=&quot;0| &quot;&gt; inhibiting the uric acid&lt;/span&gt;&lt;span leftzone=&quot;10246|18&quot; rightzone=&quot;875|18&quot; space=&quot;0| &quot;&gt; synthetase activity&lt;/span&gt;&lt;span leftzone=&quot;10264|9&quot; rightzone=&quot;893|9&quot; space=&quot;0| &quot;&gt; weakened&lt;/span&gt;&lt;span leftzone=&quot;10273|3&quot; rightzone=&quot;902|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;10276|12&quot; rightzone=&quot;905|12&quot; space=&quot;0| &quot;&gt; resulting in&lt;/span&gt;&lt;span leftzone=&quot;10288|12&quot; rightzone=&quot;917|12&quot; space=&quot;0| &quot;&gt; the formation of uric acid&lt;/span&gt;&lt;span leftzone=&quot;10300|6&quot; rightzone=&quot;929|6&quot; space=&quot;0| &quot;&gt; over&lt;/span&gt;&lt;span leftzone=&quot;10306|3&quot; rightzone=&quot;935|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;10309|6&quot; rightzone=&quot;938|6&quot; space=&quot;0| &quot;&gt; Or&lt;/span&gt;&lt;span leftzone=&quot;10315|24&quot; rightzone=&quot;944|24&quot; space=&quot;0| &quot;&gt; due to various causes&lt;/span&gt;&lt;span leftzone=&quot;10339|6&quot; rightzone=&quot;968|6&quot; space=&quot;0| &quot;&gt; renal&lt;/span&gt;&lt;span leftzone=&quot;10345|6&quot; rightzone=&quot;974|6&quot; space=&quot;0| &quot;&gt; excretion&lt;/span&gt;&lt;span leftzone=&quot;10351|6&quot; rightzone=&quot;980|6&quot; space=&quot;0| &quot;&gt; of uric acid&lt;/span&gt;&lt;span leftzone=&quot;10357|15&quot; rightzone=&quot;986|15&quot; space=&quot;0| &quot;&gt; to produce an obstacle,&lt;/span&gt;&lt;span leftzone=&quot;10372|3&quot; rightzone=&quot;1001|3&quot; space=&quot;0| &quot;&gt; the&lt;/span&gt;&lt;span leftzone=&quot;10393|6&quot; rightzone=&quot;1022|6&quot; space=&quot;0| &quot;&gt; accumulation of&lt;/span&gt;&lt;span leftzone=&quot;10375|18&quot; rightzone=&quot;1004|18&quot; space=&quot;0| &quot;&gt; uric acid in the blood&lt;/span&gt;&lt;span leftzone=&quot;10399|3&quot; rightzone=&quot;1028|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;10402|6&quot; rightzone=&quot;1031|6&quot; space=&quot;0| &quot;&gt; resulting&lt;/span&gt;&lt;span leftzone=&quot;10408|15&quot; rightzone=&quot;1037|15&quot; space=&quot;0| &quot;&gt; in hyperuricemia&lt;/span&gt;&lt;span leftzone=&quot;10423|3&quot; rightzone=&quot;1052|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;10433|15&quot; rightzone=&quot;1062|15&quot; space=&quot;0| &quot;&gt; Hyperuricemia&lt;/span&gt;&lt;span leftzone=&quot;10448|3&quot; rightzone=&quot;1077|3&quot; space=&quot;0| &quot;&gt; as a&lt;/span&gt;&lt;span leftzone=&quot;10451|15&quot; rightzone=&quot;1080|15&quot; space=&quot;0| &quot;&gt; long-standing,&lt;/span&gt;&lt;span leftzone=&quot;10466|6&quot; rightzone=&quot;1095|6&quot; space=&quot;0| &quot;&gt; uric acid&lt;/span&gt;&lt;span leftzone=&quot;10478|6&quot; rightzone=&quot;1107|6&quot; space=&quot;0| &quot;&gt; uric acid&lt;/span&gt;&lt;span leftzone=&quot;10484|12&quot; rightzone=&quot;1113|12&quot; space=&quot;0| &quot;&gt; salt form&lt;/span&gt;&lt;span leftzone=&quot;10472|6&quot; rightzone=&quot;1101|6&quot; space=&quot;0| &quot;&gt; will be&lt;/span&gt;&lt;span leftzone=&quot;10496|9&quot; rightzone=&quot;1125|9&quot; space=&quot;0| &quot;&gt; deposited in the&lt;/span&gt;&lt;span leftzone=&quot;10505|6&quot; rightzone=&quot;1134|6&quot; space=&quot;0| &quot;&gt; joints&lt;/span&gt;&lt;span leftzone=&quot;10511|3&quot; rightzone=&quot;1140|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;10514|15&quot; rightzone=&quot;1143|15&quot; space=&quot;0| &quot;&gt; the subcutaneous tissue and the&lt;/span&gt;&lt;span leftzone=&quot;10529|6&quot; rightzone=&quot;1158|6&quot; space=&quot;0| &quot;&gt; kidney&lt;/span&gt;&lt;span leftzone=&quot;10535|9&quot; rightzone=&quot;1164|9&quot; space=&quot;0| &quot;&gt; and other parts&lt;/span&gt;&lt;span leftzone=&quot;10544|3&quot; rightzone=&quot;1173|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;10547|15&quot; rightzone=&quot;1176|15&quot; space=&quot;0| &quot;&gt; cause arthritis&lt;/span&gt;&lt;span leftzone=&quot;10562|3&quot; rightzone=&quot;1191|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;10571|6&quot; rightzone=&quot;1200|6&quot; space=&quot;0| &quot;&gt; gout&lt;/span&gt;&lt;span leftzone=&quot;10577|6&quot; rightzone=&quot;1206|6&quot; space=&quot;0| &quot;&gt; calculi&lt;/span&gt;&lt;span leftzone=&quot;10583|3&quot; rightzone=&quot;1212|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;10586|6&quot; rightzone=&quot;1215|6&quot; space=&quot;0| &quot;&gt; kidney&lt;/span&gt;&lt;span leftzone=&quot;10592|9&quot; rightzone=&quot;1221|9&quot; space=&quot;0| &quot;&gt; stones or&lt;/span&gt;&lt;span leftzone=&quot;10565|6&quot; rightzone=&quot;1194|6&quot; space=&quot;0| &quot;&gt; subcutaneous&lt;/span&gt;&lt;span leftzone=&quot;10601|21&quot; rightzone=&quot;1230|21&quot; space=&quot;0| &quot;&gt; gouty nephropathy and a&lt;/span&gt;&lt;span leftzone=&quot;10622|18&quot; rightzone=&quot;1251|18&quot; space=&quot;0| &quot;&gt; series of clinical manifestations&lt;/span&gt;&lt;span leftzone=&quot;10640|3&quot; rightzone=&quot;1269|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;10650|9&quot; rightzone=&quot;1279|9&quot; space=&quot;0| &quot;&gt; This disease of&lt;/span&gt;&lt;span leftzone=&quot;10659|6&quot; rightzone=&quot;1288|6&quot; space=&quot;0| &quot;&gt; peripheral&lt;/span&gt;&lt;span leftzone=&quot;10665|6&quot; rightzone=&quot;1294|6&quot; space=&quot;0| &quot;&gt; joint&lt;/span&gt;&lt;span leftzone=&quot;10671|18&quot; rightzone=&quot;1300|18&quot; space=&quot;0| &quot;&gt; of recurrent acute&lt;/span&gt;&lt;span leftzone=&quot;10689|18&quot; rightzone=&quot;1318|18&quot; space=&quot;0| &quot;&gt; or chronic arthritis&lt;/span&gt;&lt;span leftzone=&quot;10707|1&quot; rightzone=&quot;1336|1&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;10708|3&quot; rightzone=&quot;1337|3&quot; space=&quot;0| &quot;&gt; is&lt;/span&gt;&lt;span leftzone=&quot;10711|3&quot; rightzone=&quot;1340|3&quot; space=&quot;0| &quot;&gt; due to&lt;/span&gt;&lt;span leftzone=&quot;10714|9&quot; rightzone=&quot;1343|9&quot; space=&quot;0| &quot;&gt; supersaturation of&lt;/span&gt;&lt;span leftzone=&quot;10723|15&quot; rightzone=&quot;1352|15&quot; space=&quot;0| &quot;&gt; hyperuricemia&lt;/span&gt;&lt;span leftzone=&quot;10738|12&quot; rightzone=&quot;1367|12&quot; space=&quot;0| &quot;&gt; in body fluids by&lt;/span&gt;&lt;span leftzone=&quot;10750|21&quot; rightzone=&quot;1379|21&quot; space=&quot;0| &quot;&gt; monosodium urate crystals&lt;/span&gt;&lt;span leftzone=&quot;10771|3&quot; rightzone=&quot;1400|3&quot; space=&quot;0| &quot;&gt; in&lt;/span&gt;&lt;span leftzone=&quot;10774|9&quot; rightzone=&quot;1403|9&quot; space=&quot;0| &quot;&gt; joints,&lt;/span&gt;&lt;span leftzone=&quot;10783|6&quot; rightzone=&quot;1412|6&quot; space=&quot;0| &quot;&gt; tendons&lt;/span&gt;&lt;span leftzone=&quot;10789|15&quot; rightzone=&quot;1418|15&quot; space=&quot;0| &quot;&gt; and its surrounding&lt;/span&gt;&lt;span leftzone=&quot;10804|6&quot; rightzone=&quot;1433|6&quot; space=&quot;0| &quot;&gt; deposition&lt;/span&gt;&lt;span leftzone=&quot;10810|6&quot; rightzone=&quot;1439|6&quot; space=&quot;0| &quot;&gt; induced by&lt;/span&gt;&lt;span leftzone=&quot;10816|3&quot; rightzone=&quot;1445|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;10844|6&quot; rightzone=&quot;1473|6&quot; space=&quot;0| &quot;&gt; Pathogenesis of&lt;/span&gt;&lt;span leftzone=&quot;10826|12&quot; rightzone=&quot;1455|12&quot; space=&quot;0| &quot;&gt; gout patients&lt;/span&gt;&lt;span leftzone=&quot;10838|6&quot; rightzone=&quot;1467|6&quot; space=&quot;0| &quot;&gt; and&lt;/span&gt;&lt;span leftzone=&quot;10850|14&quot; rightzone=&quot;1479|14&quot; space=&quot;0| &quot;&gt; a ratio of 20 to&lt;/span&gt;&lt;span leftzone=&quot;10864|1&quot; rightzone=&quot;1493|1&quot; space=&quot;0| &quot;&gt; 1&lt;/span&gt;&lt;span leftzone=&quot;10865|3&quot; rightzone=&quot;1494|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;10868|12&quot; rightzone=&quot;1497|12&quot; space=&quot;0| &quot;&gt; female gout&lt;/span&gt;&lt;span leftzone=&quot;10880|12&quot; rightzone=&quot;1509|12&quot; space=&quot;0| &quot;&gt; incidence is low&lt;/span&gt;&lt;span leftzone=&quot;10892|21&quot; rightzone=&quot;1521|21&quot; space=&quot;0| &quot;&gt; main reason is: the&lt;/span&gt;&lt;span leftzone=&quot;10913|21&quot; rightzone=&quot;1542|21&quot; space=&quot;0| &quot;&gt; female hormones&lt;/span&gt;&lt;span leftzone=&quot;10934|9&quot; rightzone=&quot;1563|9&quot; space=&quot;0| &quot;&gt; can promote the&lt;/span&gt;&lt;span leftzone=&quot;10943|12&quot; rightzone=&quot;1572|12&quot; space=&quot;0| &quot;&gt; excretion of uric acid&lt;/span&gt;&lt;span leftzone=&quot;10955|3&quot; rightzone=&quot;1584|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;10958|12&quot; rightzone=&quot;1587|12&quot; space=&quot;0| &quot;&gt; and inhibit the&lt;/span&gt;&lt;span leftzone=&quot;10970|15&quot; rightzone=&quot;1599|15&quot; space=&quot;0| &quot;&gt; onset of arthritis&lt;/span&gt;&lt;span leftzone=&quot;10985|9&quot; rightzone=&quot;1614|9&quot; space=&quot;0| &quot;&gt; effect&lt;/span&gt;&lt;span leftzone=&quot;10994|3&quot; rightzone=&quot;1623|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;11004|9&quot; rightzone=&quot;1633|9&quot; space=&quot;0| &quot;&gt; If it is&lt;/span&gt;&lt;span leftzone=&quot;11013|6&quot; rightzone=&quot;1642|6&quot; space=&quot;0| &quot;&gt; genetic&lt;/span&gt;&lt;span leftzone=&quot;11019|3&quot; rightzone=&quot;1648|3&quot; space=&quot;0| &quot;&gt; of&lt;/span&gt;&lt;span leftzone=&quot;11022|15&quot; rightzone=&quot;1651|15&quot; space=&quot;0| &quot;&gt; gout patients&lt;/span&gt;&lt;span leftzone=&quot;11037|3&quot; rightzone=&quot;1666|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;11040|6&quot; rightzone=&quot;1669|6&quot; space=&quot;0| &quot;&gt; because&lt;/span&gt;&lt;span leftzone=&quot;11046|12&quot; rightzone=&quot;1675|12&quot; space=&quot;0| &quot;&gt; of incomplete metabolism of&lt;/span&gt;&lt;span leftzone=&quot;11058|12&quot; rightzone=&quot;1687|12&quot; space=&quot;0| &quot;&gt; relationship,&lt;/span&gt;&lt;span leftzone=&quot;11070|6&quot; rightzone=&quot;1699|6&quot; space=&quot;0| &quot;&gt; most&lt;/span&gt;&lt;span leftzone=&quot;11076|6&quot; rightzone=&quot;1705|6&quot; space=&quot;0| &quot;&gt; and&lt;/span&gt;&lt;span leftzone=&quot;11082|9&quot; rightzone=&quot;1711|9&quot; space=&quot;0| &quot;&gt; primary&lt;/span&gt;&lt;span leftzone=&quot;11091|12&quot; rightzone=&quot;1720|12&quot; space=&quot;0| &quot;&gt; hypertension&lt;/span&gt;&lt;span leftzone=&quot;11103|3&quot; rightzone=&quot;1732|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;11106|12&quot; rightzone=&quot;1735|12&quot; space=&quot;0| &quot;&gt; Editor this paragraph&lt;/span&gt;&lt;span leftzone=&quot;11118|6&quot; rightzone=&quot;1747|6&quot; space=&quot;0| &quot;&gt; clinical&lt;/span&gt;&lt;span leftzone=&quot;11124|18&quot; rightzone=&quot;1753|18&quot; space=&quot;0| &quot;&gt; manifestations due to&lt;/span&gt;&lt;span leftzone=&quot;11142|6&quot; rightzone=&quot;1771|6&quot; space=&quot;0| &quot;&gt; uric acid&lt;/span&gt;&lt;span leftzone=&quot;11148|18&quot; rightzone=&quot;1777|18&quot; space=&quot;0| &quot;&gt; in human blood&lt;/span&gt;&lt;span leftzone=&quot;11166|12&quot; rightzone=&quot;1795|12&quot; space=&quot;0| &quot;&gt; concentration is too high&lt;/span&gt;&lt;span leftzone=&quot;11178|3&quot; rightzone=&quot;1807|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;11181|3&quot; rightzone=&quot;1810|3&quot; space=&quot;0| &quot;&gt; in the&lt;/span&gt;&lt;span leftzone=&quot;11184|12&quot; rightzone=&quot;1813|12&quot; space=&quot;0| &quot;&gt; soft tissues such as&lt;/span&gt;&lt;span leftzone=&quot;11196|9&quot; rightzone=&quot;1825|9&quot; space=&quot;0| &quot;&gt; articular membrane&lt;/span&gt;&lt;span leftzone=&quot;11205|9&quot; rightzone=&quot;1834|9&quot; space=&quot;0| &quot;&gt; or tendon&lt;/span&gt;&lt;span leftzone=&quot;11214|9&quot; rightzone=&quot;1843|9&quot; space=&quot;0| &quot;&gt; in the formation of&lt;/span&gt;&lt;span leftzone=&quot;11223|12&quot; rightzone=&quot;1852|12&quot; space=&quot;0| &quot;&gt; acicular crystal&lt;/span&gt;&lt;span leftzone=&quot;11235|3&quot; rightzone=&quot;1864|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;11238|12&quot; rightzone=&quot;1867|12&quot; space=&quot;0| &quot;&gt; causing the body to&lt;/span&gt;&lt;span leftzone=&quot;11250|3&quot; rightzone=&quot;1879|3&quot; space=&quot;0| ,1|
&quot;&gt; avoid&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;疫系统过度反应（敏感）而造成痛苦的炎症。一般发作部位为大拇指关节，踝关节，膝关节等。长期痛风患者有发作于手指关节，甚至耳廓含软组织部分的病例。急性痛风发作部位出现红、肿、热、剧烈疼痛，一般多在子夜发作，可使人从睡眠中惊醒。痛风初期，发作多见于下肢。痛风可以出现肾脏损害。据统计，痛风病人20 % —25 %有尿酸性肾病，而经尸检证实，有肾脏病变者几乎为100 %。它包括痛风性肾病、急性梗阻性肾病和尿路结石。&quot;&gt;
&lt;span leftzone=&quot;11257|9&quot; rightzone=&quot;0|9&quot; space=&quot;space&quot;&gt;The immune system&lt;/span&gt;&lt;span leftzone=&quot;11266|12&quot; rightzone=&quot;9|12&quot; space=&quot;0| &quot;&gt; react&lt;/span&gt;&lt;span leftzone=&quot;11278|3&quot; rightzone=&quot;21|3&quot; space=&quot;0| &quot;&gt; (&lt;/span&gt;&lt;span leftzone=&quot;11281|6&quot; rightzone=&quot;24|6&quot; space=&quot;0| &quot;&gt; sensitive&lt;/span&gt;&lt;span leftzone=&quot;11287|3&quot; rightzone=&quot;30|3&quot; space=&quot;0| &quot;&gt; )&lt;/span&gt;&lt;span leftzone=&quot;11290|9&quot; rightzone=&quot;33|9&quot; space=&quot;0| &quot;&gt; and cause&lt;/span&gt;&lt;span leftzone=&quot;11299|9&quot; rightzone=&quot;42|9&quot; space=&quot;0| &quot;&gt; painful&lt;/span&gt;&lt;span leftzone=&quot;11308|6&quot; rightzone=&quot;51|6&quot; space=&quot;0| &quot;&gt; inflammation&lt;/span&gt;&lt;span leftzone=&quot;11314|3&quot; rightzone=&quot;57|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;11317|12&quot; rightzone=&quot;60|12&quot; space=&quot;0| &quot;&gt; The general attack&lt;/span&gt;&lt;span leftzone=&quot;11329|9&quot; rightzone=&quot;72|9&quot; space=&quot;0| &quot;&gt; positions as the&lt;/span&gt;&lt;span leftzone=&quot;11338|15&quot; rightzone=&quot;81|15&quot; space=&quot;0| &quot;&gt; thumb joint&lt;/span&gt;&lt;span leftzone=&quot;11353|3&quot; rightzone=&quot;96|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;11356|9&quot; rightzone=&quot;99|9&quot; space=&quot;0| &quot;&gt; ankle joint&lt;/span&gt;&lt;span leftzone=&quot;11365|3&quot; rightzone=&quot;108|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;11368|12&quot; rightzone=&quot;111|12&quot; space=&quot;0| &quot;&gt; knee joint&lt;/span&gt;&lt;span leftzone=&quot;11380|3&quot; rightzone=&quot;123|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;11383|6&quot; rightzone=&quot;126|6&quot; space=&quot;0| &quot;&gt; Chronic&lt;/span&gt;&lt;span leftzone=&quot;11389|15&quot; rightzone=&quot;132|15&quot; space=&quot;0| &quot;&gt; gout patients have&lt;/span&gt;&lt;span leftzone=&quot;11404|6&quot; rightzone=&quot;147|6&quot; space=&quot;0| &quot;&gt; seizures&lt;/span&gt;&lt;span leftzone=&quot;11410|15&quot; rightzone=&quot;153|15&quot; space=&quot;0| &quot;&gt; in the finger joints&lt;/span&gt;&lt;span leftzone=&quot;11425|3&quot; rightzone=&quot;168|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;11428|6&quot; rightzone=&quot;171|6&quot; space=&quot;0| &quot;&gt; and even&lt;/span&gt;&lt;span leftzone=&quot;11434|27&quot; rightzone=&quot;177|27&quot; space=&quot;0| &quot;&gt; parts of the ear with soft tissue&lt;/span&gt;&lt;span leftzone=&quot;11461|6&quot; rightzone=&quot;204|6&quot; space=&quot;0| &quot;&gt; case&lt;/span&gt;&lt;span leftzone=&quot;11467|3&quot; rightzone=&quot;210|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;11470|6&quot; rightzone=&quot;213|6&quot; space=&quot;0| &quot;&gt; Acute&lt;/span&gt;&lt;span leftzone=&quot;11476|12&quot; rightzone=&quot;219|12&quot; space=&quot;0| &quot;&gt; gouty attack&lt;/span&gt;&lt;span leftzone=&quot;11488|6&quot; rightzone=&quot;231|6&quot; space=&quot;0| &quot;&gt; site&lt;/span&gt;&lt;span leftzone=&quot;11494|9&quot; rightzone=&quot;237|9&quot; space=&quot;0| &quot;&gt; appears red&lt;/span&gt;&lt;span leftzone=&quot;11503|3&quot; rightzone=&quot;246|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;11506|3&quot; rightzone=&quot;249|3&quot; space=&quot;0| &quot;&gt; swollen&lt;/span&gt;&lt;span leftzone=&quot;11509|3&quot; rightzone=&quot;252|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;11512|3&quot; rightzone=&quot;255|3&quot; space=&quot;0| &quot;&gt; hot&lt;/span&gt;&lt;span leftzone=&quot;11515|3&quot; rightzone=&quot;258|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;11518|12&quot; rightzone=&quot;261|12&quot; space=&quot;0| &quot;&gt; severe pain&lt;/span&gt;&lt;span leftzone=&quot;11530|3&quot; rightzone=&quot;273|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;11533|9&quot; rightzone=&quot;276|9&quot; space=&quot;0| &quot;&gt; usually&lt;/span&gt;&lt;span leftzone=&quot;11542|9&quot; rightzone=&quot;285|9&quot; space=&quot;0| &quot;&gt; in the middle of the night&lt;/span&gt;&lt;span leftzone=&quot;11551|6&quot; rightzone=&quot;294|6&quot; space=&quot;0| &quot;&gt; attack&lt;/span&gt;&lt;span leftzone=&quot;11557|3&quot; rightzone=&quot;300|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;11560|9&quot; rightzone=&quot;303|9&quot; space=&quot;0| &quot;&gt; can make the person is&lt;/span&gt;&lt;span leftzone=&quot;11569|18&quot; rightzone=&quot;312|18&quot; space=&quot;0| &quot;&gt; awakened from sleep in&lt;/span&gt;&lt;span leftzone=&quot;11587|3&quot; rightzone=&quot;330|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;11596|6&quot; rightzone=&quot;339|6&quot; space=&quot;0| &quot;&gt; Early&lt;/span&gt;&lt;span leftzone=&quot;11605|6&quot; rightzone=&quot;348|6&quot; space=&quot;0| &quot;&gt; onset&lt;/span&gt;&lt;span leftzone=&quot;11590|6&quot; rightzone=&quot;333|6&quot; space=&quot;0| &quot;&gt; gout&lt;/span&gt;&lt;span leftzone=&quot;11602|3&quot; rightzone=&quot;345|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;11611|15&quot; rightzone=&quot;354|15&quot; space=&quot;0| &quot;&gt; more common in the lower limb&lt;/span&gt;&lt;span leftzone=&quot;11626|3&quot; rightzone=&quot;369|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;11629|6&quot; rightzone=&quot;372|6&quot; space=&quot;0| &quot;&gt; Gout&lt;/span&gt;&lt;span leftzone=&quot;11635|12&quot; rightzone=&quot;378|12&quot; space=&quot;0| &quot;&gt; can appear&lt;/span&gt;&lt;span leftzone=&quot;11647|12&quot; rightzone=&quot;390|12&quot; space=&quot;0| &quot;&gt; kidney damage&lt;/span&gt;&lt;span leftzone=&quot;11659|3&quot; rightzone=&quot;402|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;11662|9&quot; rightzone=&quot;405|9&quot; space=&quot;0| &quot;&gt; According to statistics&lt;/span&gt;&lt;span leftzone=&quot;11671|3&quot; rightzone=&quot;414|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;11686|4&quot; rightzone=&quot;429|4&quot; space=&quot;0| &quot;&gt; 20%&lt;/span&gt;&lt;span leftzone=&quot;11691|7&quot; rightzone=&quot;434|7&quot; space=&quot;0| &quot;&gt; - 25%&lt;/span&gt;&lt;span leftzone=&quot;11674|12&quot; rightzone=&quot;417|12&quot; space=&quot;0| &quot;&gt; of gout patients&lt;/span&gt;&lt;span leftzone=&quot;11698|3&quot; rightzone=&quot;441|3&quot; space=&quot;0| &quot;&gt; with&lt;/span&gt;&lt;span leftzone=&quot;11701|15&quot; rightzone=&quot;444|15&quot; space=&quot;0| &quot;&gt; uric acid nephropathy&lt;/span&gt;&lt;span leftzone=&quot;11716|3&quot; rightzone=&quot;459|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;11719|3&quot; rightzone=&quot;462|3&quot; space=&quot;0| &quot;&gt; and&lt;/span&gt;&lt;span leftzone=&quot;11722|15&quot; rightzone=&quot;465|15&quot; space=&quot;0| &quot;&gt; confirmed by autopsy&lt;/span&gt;&lt;span leftzone=&quot;11737|3&quot; rightzone=&quot;480|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;11740|9&quot; rightzone=&quot;483|9&quot; space=&quot;0| &quot;&gt; renal&lt;/span&gt;&lt;span leftzone=&quot;11749|9&quot; rightzone=&quot;492|9&quot; space=&quot;0| &quot;&gt; lesions&lt;/span&gt;&lt;span leftzone=&quot;11758|14&quot; rightzone=&quot;501|14&quot; space=&quot;0| &quot;&gt; of almost 100%&lt;/span&gt;&lt;span leftzone=&quot;11772|3&quot; rightzone=&quot;515|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;11775|9&quot; rightzone=&quot;518|9&quot; space=&quot;0| &quot;&gt; It includes&lt;/span&gt;&lt;span leftzone=&quot;11784|15&quot; rightzone=&quot;527|15&quot; space=&quot;0| &quot;&gt; gouty nephropathy&lt;/span&gt;&lt;span leftzone=&quot;11799|3&quot; rightzone=&quot;542|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;11802|21&quot; rightzone=&quot;545|21&quot; space=&quot;0| &quot;&gt; acute obstructive nephropathy&lt;/span&gt;&lt;span leftzone=&quot;11823|15&quot; rightzone=&quot;566|15&quot; space=&quot;0| &quot;&gt; and urinary stones&lt;/span&gt;&lt;span leftzone=&quot;11838|3&quot; rightzone=&quot;581|3&quot; space=&quot;1|
&quot;&gt;.&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;症状体征&quot;&gt;
&lt;span leftzone=&quot;11843|12&quot; rightzone=&quot;0|12&quot; space=&quot;1|
&quot;&gt;Symptoms and signs&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;　　1.痛风性肾病：持续性高尿酸血症，20 %在临床上有肾病变表现，经过数年或更长时间可先后出现肾小管和肾小球受损，少部分发展至尿毒症。尿酸盐肾病的发生率仅次于痛风性关节损害，并且与病程和治疗有密切关系。研究表明，尿酸盐肾病与痛风性关节炎的严重程度无关，即轻度的关节炎病人也可有肾病变，而严重的关节炎病人不一定有肾脏异常。早期有轻度单侧或双侧腰痛，嗣后出现轻度浮肿和中度血压升高。尿呈酸性，有间歇或持续蛋白尿，一般不超过++ 。几乎均有肾小管浓缩功能下降，出现夜尿、多尿、尿相对密度偏低。约5—10 年后肾病加重，进而发展为尿毒症，约17 % —25 %死于肾功能衰竭。 　　2.尿路结石：痛风病人的尿呈酸性，因而尿中尿酸浓度增加，较小的结石随尿排出，但常无感觉，尿沉淀物中可见细小褐色砂粒；较大的结石可梗阻输尿管而引起血尿及肾绞痛，因尿流不畅继发感染成为肾盂肾炎。巨大结石可造成肾盂肾盏变形、肾盂积水。单纯尿酸结石X 线上不显影，当尿酸钠并有钙盐时X 线上可见结石阴影。 　　3.急性梗阻性肾病：见于血尿酸和尿中尿酸明显升高，那是由于大量尿酸结晶广泛性梗阻肾小管所致。痛风常并有高血压、高脂血症、动脉硬化、冠心病及2 型糖尿病。在年长者痛风死亡原因中，心血管因素远超过肾功能不全。但痛风与心血管疾病之间并无直接因果联系，只是两者均与肥胖、饮食因素有关。 　　4.痛风石：又称痛风结节，是人体内因血尿酸过度升高，超过其饱和度而在身体某部位析出的白色晶体。如同一杯盐水中的盐量超过一定限度后，杯底就会出现白色的沉积物一样。析出的晶体在什么部位沉积，就  痛风石&quot;&gt;
&lt;span leftzone=&quot;11863|2&quot; rightzone=&quot;6|2&quot; space=&quot;space&quot;&gt;1&lt;/span&gt;&lt;span leftzone=&quot;11865|18&quot; rightzone=&quot;8|18&quot; space=&quot;0| &quot;&gt; gouty nephropathy:&lt;/span&gt;&lt;span leftzone=&quot;11883|24&quot; rightzone=&quot;26|24&quot; space=&quot;0| &quot;&gt; persistent hyperuricemia&lt;/span&gt;&lt;span leftzone=&quot;11907|3&quot; rightzone=&quot;50|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;11910|4&quot; rightzone=&quot;53|4&quot; space=&quot;0| &quot;&gt; 20%&lt;/span&gt;&lt;span leftzone=&quot;11914|15&quot; rightzone=&quot;57|15&quot; space=&quot;0| &quot;&gt; in on clinical&lt;/span&gt;&lt;span leftzone=&quot;11929|3&quot; rightzone=&quot;72|3&quot; space=&quot;0| &quot;&gt; renal&lt;/span&gt;&lt;span leftzone=&quot;11932|15&quot; rightzone=&quot;75|15&quot; space=&quot;0| &quot;&gt; lesion was performed,&lt;/span&gt;&lt;span leftzone=&quot;11947|9&quot; rightzone=&quot;90|9&quot; space=&quot;0| &quot;&gt; after several&lt;/span&gt;&lt;span leftzone=&quot;11956|18&quot; rightzone=&quot;99|18&quot; space=&quot;0| &quot;&gt; years or longer&lt;/span&gt;&lt;span leftzone=&quot;11974|3&quot; rightzone=&quot;117|3&quot; space=&quot;0| &quot;&gt; may&lt;/span&gt;&lt;span leftzone=&quot;11977|12&quot; rightzone=&quot;120|12&quot; space=&quot;0| &quot;&gt; appear early or late&lt;/span&gt;&lt;span leftzone=&quot;11989|9&quot; rightzone=&quot;132|9&quot; space=&quot;0| &quot;&gt; renal tubular&lt;/span&gt;&lt;span leftzone=&quot;11998|12&quot; rightzone=&quot;141|12&quot; space=&quot;0| &quot;&gt; and glomerular&lt;/span&gt;&lt;span leftzone=&quot;12010|9&quot; rightzone=&quot;153|9&quot; space=&quot;0| &quot;&gt; damage,&lt;/span&gt;&lt;span leftzone=&quot;12019|9&quot; rightzone=&quot;162|9&quot; space=&quot;0| &quot;&gt; little part&lt;/span&gt;&lt;span leftzone=&quot;12028|9&quot; rightzone=&quot;171|9&quot; space=&quot;0| &quot;&gt; to&lt;/span&gt;&lt;span leftzone=&quot;12037|9&quot; rightzone=&quot;180|9&quot; space=&quot;0| &quot;&gt; uremia&lt;/span&gt;&lt;span leftzone=&quot;12046|3&quot; rightzone=&quot;189|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;12049|15&quot; rightzone=&quot;192|15&quot; space=&quot;0| &quot;&gt; Urate nephropathy&lt;/span&gt;&lt;span leftzone=&quot;12064|12&quot; rightzone=&quot;207|12&quot; space=&quot;0| &quot;&gt; incidence&lt;/span&gt;&lt;span leftzone=&quot;12076|9&quot; rightzone=&quot;219|9&quot; space=&quot;0| &quot;&gt; after&lt;/span&gt;&lt;span leftzone=&quot;12085|15&quot; rightzone=&quot;228|15&quot; space=&quot;0| &quot;&gt; gout arthritis&lt;/span&gt;&lt;span leftzone=&quot;12100|6&quot; rightzone=&quot;243|6&quot; space=&quot;0| &quot;&gt; injury&lt;/span&gt;&lt;span leftzone=&quot;12106|3&quot; rightzone=&quot;249|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;12109|6&quot; rightzone=&quot;252|6&quot; space=&quot;0| &quot;&gt; and&lt;/span&gt;&lt;span leftzone=&quot;12133|15&quot; rightzone=&quot;276|15&quot; space=&quot;0| &quot;&gt; has close relationship&lt;/span&gt;&lt;span leftzone=&quot;12115|3&quot; rightzone=&quot;258|3&quot; space=&quot;0| &quot;&gt; with&lt;/span&gt;&lt;span leftzone=&quot;12118|15&quot; rightzone=&quot;261|15&quot; space=&quot;0| &quot;&gt; the clinical course and treatment&lt;/span&gt;&lt;span leftzone=&quot;12148|3&quot; rightzone=&quot;291|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;12151|12&quot; rightzone=&quot;294|12&quot; space=&quot;0| &quot;&gt; Research shows&lt;/span&gt;&lt;span leftzone=&quot;12163|3&quot; rightzone=&quot;306|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;12166|9&quot; rightzone=&quot;309|9&quot; space=&quot;0| &quot;&gt; urate&lt;/span&gt;&lt;span leftzone=&quot;12175|9&quot; rightzone=&quot;318|9&quot; space=&quot;0| &quot;&gt; nephropathy and&lt;/span&gt;&lt;span leftzone=&quot;12184|21&quot; rightzone=&quot;327|21&quot; space=&quot;0| &quot;&gt; gouty arthritis&lt;/span&gt;&lt;span leftzone=&quot;12205|18&quot; rightzone=&quot;348|18&quot; space=&quot;0| &quot;&gt; severity was unrelated&lt;/span&gt;&lt;span leftzone=&quot;12223|3&quot; rightzone=&quot;366|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;12226|9&quot; rightzone=&quot;369|9&quot; space=&quot;0| &quot;&gt; i.e. mild&lt;/span&gt;&lt;span leftzone=&quot;12235|12&quot; rightzone=&quot;378|12&quot; space=&quot;0| &quot;&gt; arthritis&lt;/span&gt;&lt;span leftzone=&quot;12247|12&quot; rightzone=&quot;390|12&quot; space=&quot;0| &quot;&gt; patients may also&lt;/span&gt;&lt;span leftzone=&quot;12259|6&quot; rightzone=&quot;402|6&quot; space=&quot;0| &quot;&gt; have kidney&lt;/span&gt;&lt;span leftzone=&quot;12265|6&quot; rightzone=&quot;408|6&quot; space=&quot;0| &quot;&gt; disease&lt;/span&gt;&lt;span leftzone=&quot;12271|3&quot; rightzone=&quot;414|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;12274|12&quot; rightzone=&quot;417|12&quot; space=&quot;0| &quot;&gt; and severe&lt;/span&gt;&lt;span leftzone=&quot;12286|9&quot; rightzone=&quot;429|9&quot; space=&quot;0| &quot;&gt; arthritis&lt;/span&gt;&lt;span leftzone=&quot;12295|6&quot; rightzone=&quot;438|6&quot; space=&quot;0| &quot;&gt; patients&lt;/span&gt;&lt;span leftzone=&quot;12301|12&quot; rightzone=&quot;444|12&quot; space=&quot;0| &quot;&gt; do not have&lt;/span&gt;&lt;span leftzone=&quot;12313|12&quot; rightzone=&quot;456|12&quot; space=&quot;0| &quot;&gt; kidney abnormality&lt;/span&gt;&lt;span leftzone=&quot;12325|3&quot; rightzone=&quot;468|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;12328|9&quot; rightzone=&quot;471|9&quot; space=&quot;0| &quot;&gt; Early&lt;/span&gt;&lt;span leftzone=&quot;12337|12&quot; rightzone=&quot;480|12&quot; space=&quot;0| &quot;&gt; mild unilateral&lt;/span&gt;&lt;span leftzone=&quot;12349|3&quot; rightzone=&quot;492|3&quot; space=&quot;0| &quot;&gt; or&lt;/span&gt;&lt;span leftzone=&quot;12352|15&quot; rightzone=&quot;495|15&quot; space=&quot;0| &quot;&gt; bilateral flank pain,&lt;/span&gt;&lt;span leftzone=&quot;12367|6&quot; rightzone=&quot;510|6&quot; space=&quot;0| &quot;&gt; followed by&lt;/span&gt;&lt;span leftzone=&quot;12373|12&quot; rightzone=&quot;516|12&quot; space=&quot;0| &quot;&gt; mild&lt;/span&gt;&lt;span leftzone=&quot;12385|6&quot; rightzone=&quot;528|6&quot; space=&quot;0| &quot;&gt; edema&lt;/span&gt;&lt;span leftzone=&quot;12391|3&quot; rightzone=&quot;534|3&quot; space=&quot;0| &quot;&gt; and&lt;/span&gt;&lt;span leftzone=&quot;12394|18&quot; rightzone=&quot;537|18&quot; space=&quot;0| &quot;&gt; moderately elevated blood pressure&lt;/span&gt;&lt;span leftzone=&quot;12412|3&quot; rightzone=&quot;555|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;12415|3&quot; rightzone=&quot;558|3&quot; space=&quot;0| &quot;&gt; Urinary&lt;/span&gt;&lt;span leftzone=&quot;12418|12&quot; rightzone=&quot;561|12&quot; space=&quot;0| &quot;&gt; acidic,&lt;/span&gt;&lt;span leftzone=&quot;12430|12&quot; rightzone=&quot;573|12&quot; space=&quot;0| &quot;&gt; intermittent or&lt;/span&gt;&lt;span leftzone=&quot;12442|15&quot; rightzone=&quot;585|15&quot; space=&quot;0| &quot;&gt; persistent proteinuria&lt;/span&gt;&lt;span leftzone=&quot;12457|3&quot; rightzone=&quot;600|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;12460|15&quot; rightzone=&quot;603|15&quot; space=&quot;0| &quot;&gt; usually not more than&lt;/span&gt;&lt;span leftzone=&quot;12475|2&quot; rightzone=&quot;618|2&quot; space=&quot;0| &quot;&gt; + +&lt;/span&gt;&lt;span leftzone=&quot;12478|3&quot; rightzone=&quot;621|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;12481|12&quot; rightzone=&quot;624|12&quot; space=&quot;0| &quot;&gt; Almost all&lt;/span&gt;&lt;span leftzone=&quot;12493|15&quot; rightzone=&quot;636|15&quot; space=&quot;0| &quot;&gt; renal tubular concentration&lt;/span&gt;&lt;span leftzone=&quot;12508|12&quot; rightzone=&quot;651|12&quot; space=&quot;0| &quot;&gt; function decline&lt;/span&gt;&lt;span leftzone=&quot;12520|3&quot; rightzone=&quot;663|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;12529|6&quot; rightzone=&quot;672|6&quot; space=&quot;0| &quot;&gt; nocturia&lt;/span&gt;&lt;span leftzone=&quot;12535|3&quot; rightzone=&quot;678|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;12538|6&quot; rightzone=&quot;681|6&quot; space=&quot;0| &quot;&gt; polyuria&lt;/span&gt;&lt;span leftzone=&quot;12544|3&quot; rightzone=&quot;687|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;12523|6&quot; rightzone=&quot;666|6&quot; space=&quot;0| &quot;&gt; appear&lt;/span&gt;&lt;span leftzone=&quot;12550|6&quot; rightzone=&quot;693|6&quot; space=&quot;0| &quot;&gt; relatively&lt;/span&gt;&lt;span leftzone=&quot;12556|12&quot; rightzone=&quot;699|12&quot; space=&quot;0| &quot;&gt; low density of&lt;/span&gt;&lt;span leftzone=&quot;12547|3&quot; rightzone=&quot;690|3&quot; space=&quot;0| &quot;&gt; urine&lt;/span&gt;&lt;span leftzone=&quot;12568|3&quot; rightzone=&quot;711|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;12571|7&quot; rightzone=&quot;714|7&quot; space=&quot;0| &quot;&gt; About 5,&lt;/span&gt;&lt;span leftzone=&quot;12578|9&quot; rightzone=&quot;721|9&quot; space=&quot;0| &quot;&gt; 10 years after&lt;/span&gt;&lt;span leftzone=&quot;12587|12&quot; rightzone=&quot;730|12&quot; space=&quot;0| &quot;&gt; nephropathy aggravates&lt;/span&gt;&lt;span leftzone=&quot;12599|3&quot; rightzone=&quot;742|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;12602|6&quot; rightzone=&quot;745|6&quot; space=&quot;0| &quot;&gt; further&lt;/span&gt;&lt;span leftzone=&quot;12608|21&quot; rightzone=&quot;751|21&quot; space=&quot;0| &quot;&gt; development of uremia,&lt;/span&gt;&lt;span leftzone=&quot;12629|7&quot; rightzone=&quot;772|7&quot; space=&quot;0| &quot;&gt; about 17%&lt;/span&gt;&lt;span leftzone=&quot;12637|7&quot; rightzone=&quot;780|7&quot; space=&quot;0| &quot;&gt; - 25%&lt;/span&gt;&lt;span leftzone=&quot;12644|21&quot; rightzone=&quot;787|21&quot; space=&quot;0| &quot;&gt; died of renal failure&lt;/span&gt;&lt;span leftzone=&quot;12665|3&quot; rightzone=&quot;808|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;12675|14&quot; rightzone=&quot;818|14&quot; space=&quot;0| &quot;&gt; 2 urinary stones&lt;/span&gt;&lt;span leftzone=&quot;12689|3&quot; rightzone=&quot;832|3&quot; space=&quot;space&quot;&gt;:&lt;/span&gt;&lt;span leftzone=&quot;12692|6&quot; rightzone=&quot;835|6&quot; space=&quot;0| &quot;&gt; gout&lt;/span&gt;&lt;span leftzone=&quot;12698|9&quot; rightzone=&quot;841|9&quot; space=&quot;0| &quot;&gt; patient&lt;/span&gt;&lt;span leftzone=&quot;12707|3&quot; rightzone=&quot;850|3&quot; space=&quot;0| &quot;&gt; urine&lt;/span&gt;&lt;span leftzone=&quot;12710|12&quot; rightzone=&quot;853|12&quot; space=&quot;0| &quot;&gt; acidic,&lt;/span&gt;&lt;span leftzone=&quot;12722|6&quot; rightzone=&quot;865|6&quot; space=&quot;0| &quot;&gt; and&lt;/span&gt;&lt;span leftzone=&quot;12728|12&quot; rightzone=&quot;871|12&quot; space=&quot;0| &quot;&gt; urinary uric acid&lt;/span&gt;&lt;span leftzone=&quot;12740|12&quot; rightzone=&quot;883|12&quot; space=&quot;0| &quot;&gt; concentration increased&lt;/span&gt;&lt;span leftzone=&quot;12752|3&quot; rightzone=&quot;895|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;12755|15&quot; rightzone=&quot;898|15&quot; space=&quot;0| &quot;&gt; the smaller stones&lt;/span&gt;&lt;span leftzone=&quot;12770|12&quot; rightzone=&quot;913|12&quot; space=&quot;0| &quot;&gt; in the urine&lt;/span&gt;&lt;span leftzone=&quot;12782|3&quot; rightzone=&quot;925|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;12785|3&quot; rightzone=&quot;928|3&quot; space=&quot;0| &quot;&gt; but&lt;/span&gt;&lt;span leftzone=&quot;12788|15&quot; rightzone=&quot;931|15&quot; space=&quot;0| &quot;&gt; often feel,&lt;/span&gt;&lt;span leftzone=&quot;12803|12&quot; rightzone=&quot;946|12&quot; space=&quot;0| &quot;&gt; urinary sediments&lt;/span&gt;&lt;span leftzone=&quot;12815|9&quot; rightzone=&quot;958|9&quot; space=&quot;0| &quot;&gt; visible in&lt;/span&gt;&lt;span leftzone=&quot;12824|6&quot; rightzone=&quot;967|6&quot; space=&quot;0| &quot;&gt; small&lt;/span&gt;&lt;span leftzone=&quot;12830|6&quot; rightzone=&quot;973|6&quot; space=&quot;0| &quot;&gt; brown&lt;/span&gt;&lt;span leftzone=&quot;12836|6&quot; rightzone=&quot;979|6&quot; space=&quot;0| &quot;&gt; sand&lt;/span&gt;&lt;span leftzone=&quot;12842|3&quot; rightzone=&quot;985|3&quot; space=&quot;space&quot;&gt;;&lt;/span&gt;&lt;span leftzone=&quot;12845|9&quot; rightzone=&quot;988|9&quot; space=&quot;0| &quot;&gt; larger&lt;/span&gt;&lt;span leftzone=&quot;12854|9&quot; rightzone=&quot;997|9&quot; space=&quot;0| &quot;&gt; stones may be&lt;/span&gt;&lt;span leftzone=&quot;12878|9&quot; rightzone=&quot;1021|9&quot; space=&quot;0| &quot;&gt; caused by&lt;/span&gt;&lt;span leftzone=&quot;12863|15&quot; rightzone=&quot;1006|15&quot; space=&quot;0| &quot;&gt; obstruction of the ureter&lt;/span&gt;&lt;span leftzone=&quot;12893|3&quot; rightzone=&quot;1036|3&quot; space=&quot;0| &quot;&gt; and&lt;/span&gt;&lt;span leftzone=&quot;12896|9&quot; rightzone=&quot;1039|9&quot; space=&quot;0| &quot;&gt; renal colic&lt;/span&gt;&lt;span leftzone=&quot;12887|6&quot; rightzone=&quot;1030|6&quot; space=&quot;0| &quot;&gt; hematuria&lt;/span&gt;&lt;span leftzone=&quot;12905|3&quot; rightzone=&quot;1048|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;12911|6&quot; rightzone=&quot;1054|6&quot; space=&quot;0| &quot;&gt; urinary flow&lt;/span&gt;&lt;span leftzone=&quot;12917|6&quot; rightzone=&quot;1060|6&quot; space=&quot;0| &quot;&gt; is not smooth&lt;/span&gt;&lt;span leftzone=&quot;12908|3&quot; rightzone=&quot;1051|3&quot; space=&quot;0| &quot;&gt; because of&lt;/span&gt;&lt;span leftzone=&quot;12923|12&quot; rightzone=&quot;1066|12&quot; space=&quot;0| &quot;&gt; secondary infection&lt;/span&gt;&lt;span leftzone=&quot;12935|6&quot; rightzone=&quot;1078|6&quot; space=&quot;0| &quot;&gt; become&lt;/span&gt;&lt;span leftzone=&quot;12941|12&quot; rightzone=&quot;1084|12&quot; space=&quot;0| &quot;&gt; pyelonephritis&lt;/span&gt;&lt;span leftzone=&quot;12953|3&quot; rightzone=&quot;1096|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;12956|6&quot; rightzone=&quot;1099|6&quot; space=&quot;0| &quot;&gt; Large&lt;/span&gt;&lt;span leftzone=&quot;12962|6&quot; rightzone=&quot;1105|6&quot; space=&quot;0| &quot;&gt; stones&lt;/span&gt;&lt;span leftzone=&quot;12968|9&quot; rightzone=&quot;1111|9&quot; space=&quot;0| &quot;&gt; can cause&lt;/span&gt;&lt;span leftzone=&quot;12977|12&quot; rightzone=&quot;1120|12&quot; space=&quot;0| &quot;&gt; renal pelvis&lt;/span&gt;&lt;span leftzone=&quot;12989|6&quot; rightzone=&quot;1132|6&quot; space=&quot;0| &quot;&gt; deformation&lt;/span&gt;&lt;span leftzone=&quot;12995|3&quot; rightzone=&quot;1138|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;12998|12&quot; rightzone=&quot;1141|12&quot; space=&quot;0| &quot;&gt; hydronephrosis&lt;/span&gt;&lt;span leftzone=&quot;13010|3&quot; rightzone=&quot;1153|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;13013|6&quot; rightzone=&quot;1156|6&quot; space=&quot;0| &quot;&gt; Pure&lt;/span&gt;&lt;span leftzone=&quot;13019|12&quot; rightzone=&quot;1162|12&quot; space=&quot;0| &quot;&gt; uric acid stones&lt;/span&gt;&lt;span leftzone=&quot;13031|1&quot; rightzone=&quot;1174|1&quot; space=&quot;0| &quot;&gt; X&lt;/span&gt;&lt;span leftzone=&quot;13033|9&quot; rightzone=&quot;1176|9&quot; space=&quot;0| &quot;&gt; line is not&lt;/span&gt;&lt;span leftzone=&quot;13042|6&quot; rightzone=&quot;1185|6&quot; space=&quot;0| &quot;&gt; developing&lt;/span&gt;&lt;span leftzone=&quot;13048|3&quot; rightzone=&quot;1191|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;13051|3&quot; rightzone=&quot;1194|3&quot; space=&quot;0| &quot;&gt; when&lt;/span&gt;&lt;span leftzone=&quot;13054|9&quot; rightzone=&quot;1197|9&quot; space=&quot;0| &quot;&gt; uric acid sodium&lt;/span&gt;&lt;span leftzone=&quot;13063|6&quot; rightzone=&quot;1206|6&quot; space=&quot;0| &quot;&gt; and&lt;/span&gt;&lt;span leftzone=&quot;13069|9&quot; rightzone=&quot;1212|9&quot; space=&quot;0| &quot;&gt; calcium salt&lt;/span&gt;&lt;span leftzone=&quot;13078|8&quot; rightzone=&quot;1221|8&quot; space=&quot;0| &quot;&gt; of X online&lt;/span&gt;&lt;span leftzone=&quot;13086|6&quot; rightzone=&quot;1229|6&quot; space=&quot;0| &quot;&gt; visible&lt;/span&gt;&lt;span leftzone=&quot;13092|6&quot; rightzone=&quot;1235|6&quot; space=&quot;0| &quot;&gt; stone&lt;/span&gt;&lt;span leftzone=&quot;13098|6&quot; rightzone=&quot;1241|6&quot; space=&quot;0| &quot;&gt; shadow&lt;/span&gt;&lt;span leftzone=&quot;13104|3&quot; rightzone=&quot;1247|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;13114|8&quot; rightzone=&quot;1257|8&quot; space=&quot;0| &quot;&gt; In 3 acute&lt;/span&gt;&lt;span leftzone=&quot;13122|15&quot; rightzone=&quot;1265|15&quot; space=&quot;0| &quot;&gt; obstructive nephropathy&lt;/span&gt;&lt;span leftzone=&quot;13137|3&quot; rightzone=&quot;1280|3&quot; space=&quot;space&quot;&gt;:&lt;/span&gt;&lt;span leftzone=&quot;13140|6&quot; rightzone=&quot;1283|6&quot; space=&quot;0| &quot;&gt; found in&lt;/span&gt;&lt;span leftzone=&quot;13146|9&quot; rightzone=&quot;1289|9&quot; space=&quot;0| &quot;&gt; serum uric acid&lt;/span&gt;&lt;span leftzone=&quot;13155|15&quot; rightzone=&quot;1298|15&quot; space=&quot;0| &quot;&gt; and urinary uric acid&lt;/span&gt;&lt;span leftzone=&quot;13170|12&quot; rightzone=&quot;1313|12&quot; space=&quot;0| &quot;&gt; increased significantly&lt;/span&gt;&lt;span leftzone=&quot;13182|3&quot; rightzone=&quot;1325|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;13185|3&quot; rightzone=&quot;1328|3&quot; space=&quot;0| &quot;&gt; that&lt;/span&gt;&lt;span leftzone=&quot;13188|15&quot; rightzone=&quot;1331|15&quot; space=&quot;0| &quot;&gt; is due to the large number&lt;/span&gt;&lt;span leftzone=&quot;13203|12&quot; rightzone=&quot;1346|12&quot; space=&quot;0| &quot;&gt; of uric acid crystals in&lt;/span&gt;&lt;span leftzone=&quot;13215|6&quot; rightzone=&quot;1358|6&quot; space=&quot;0| &quot;&gt; extensive&lt;/span&gt;&lt;span leftzone=&quot;13221|9&quot; rightzone=&quot;1364|9&quot; space=&quot;0| &quot;&gt; obstruction&lt;/span&gt;&lt;span leftzone=&quot;13239|6&quot; rightzone=&quot;1382|6&quot; space=&quot;0| &quot;&gt; caused by&lt;/span&gt;&lt;span leftzone=&quot;13230|9&quot; rightzone=&quot;1373|9&quot; space=&quot;0| &quot;&gt; renal tubule&lt;/span&gt;&lt;span leftzone=&quot;13245|3&quot; rightzone=&quot;1388|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;13248|6&quot; rightzone=&quot;1391|6&quot; space=&quot;0| &quot;&gt; Gout&lt;/span&gt;&lt;span leftzone=&quot;13254|6&quot; rightzone=&quot;1397|6&quot; space=&quot;0| &quot;&gt; and often&lt;/span&gt;&lt;span leftzone=&quot;13260|12&quot; rightzone=&quot;1403|12&quot; space=&quot;0| &quot;&gt; have hypertension&lt;/span&gt;&lt;span leftzone=&quot;13272|3&quot; rightzone=&quot;1415|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;13275|12&quot; rightzone=&quot;1418|12&quot; space=&quot;0| &quot;&gt; hyperlipemia&lt;/span&gt;&lt;span leftzone=&quot;13287|3&quot; rightzone=&quot;1430|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;13290|12&quot; rightzone=&quot;1433|12&quot; space=&quot;0| &quot;&gt; arteriosclerosis&lt;/span&gt;&lt;span leftzone=&quot;13302|3&quot; rightzone=&quot;1445|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;13305|17&quot; rightzone=&quot;1448|17&quot; space=&quot;0| &quot;&gt; coronary heart disease and type 2&lt;/span&gt;&lt;span leftzone=&quot;13322|9&quot; rightzone=&quot;1465|9&quot; space=&quot;0| &quot;&gt; diabetes mellitus&lt;/span&gt;&lt;span leftzone=&quot;13331|3&quot; rightzone=&quot;1474|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;13334|3&quot; rightzone=&quot;1477|3&quot; space=&quot;0| &quot;&gt; In&lt;/span&gt;&lt;span leftzone=&quot;13352|15&quot; rightzone=&quot;1495|15&quot; space=&quot;0| &quot;&gt; the cause of death in the&lt;/span&gt;&lt;span leftzone=&quot;13337|9&quot; rightzone=&quot;1480|9&quot; space=&quot;0| &quot;&gt; elderly&lt;/span&gt;&lt;span leftzone=&quot;13346|6&quot; rightzone=&quot;1489|6&quot; space=&quot;0| &quot;&gt; gout&lt;/span&gt;&lt;span leftzone=&quot;13367|3&quot; rightzone=&quot;1510|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;13370|15&quot; rightzone=&quot;1513|15&quot; space=&quot;0| &quot;&gt; cardiovascular factors&lt;/span&gt;&lt;span leftzone=&quot;13385|9&quot; rightzone=&quot;1528|9&quot; space=&quot;0| &quot;&gt; than&lt;/span&gt;&lt;span leftzone=&quot;13394|15&quot; rightzone=&quot;1537|15&quot; space=&quot;0| &quot;&gt; renal insufficiency&lt;/span&gt;&lt;span leftzone=&quot;13409|3&quot; rightzone=&quot;1552|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;13412|3&quot; rightzone=&quot;1555|3&quot; space=&quot;0| &quot;&gt; But the&lt;/span&gt;&lt;span leftzone=&quot;13415|6&quot; rightzone=&quot;1558|6&quot; space=&quot;0| &quot;&gt; gout&lt;/span&gt;&lt;span leftzone=&quot;13421|18&quot; rightzone=&quot;1564|18&quot; space=&quot;0| &quot;&gt; and cardiovascular disease&lt;/span&gt;&lt;span leftzone=&quot;13439|12&quot; rightzone=&quot;1582|12&quot; space=&quot;0| &quot;&gt; is not a&lt;/span&gt;&lt;span leftzone=&quot;13451|18&quot; rightzone=&quot;1594|18&quot; space=&quot;0| &quot;&gt; direct causal link&lt;/span&gt;&lt;span leftzone=&quot;13469|3&quot; rightzone=&quot;1612|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;13472|6&quot; rightzone=&quot;1615|6&quot; space=&quot;0| &quot;&gt; but&lt;/span&gt;&lt;span leftzone=&quot;13478|6&quot; rightzone=&quot;1621|6&quot; space=&quot;0| &quot;&gt; both&lt;/span&gt;&lt;span leftzone=&quot;13484|12&quot; rightzone=&quot;1627|12&quot; space=&quot;0| &quot;&gt; were associated with obesity&lt;/span&gt;&lt;span leftzone=&quot;13496|3&quot; rightzone=&quot;1639|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;13499|6&quot; rightzone=&quot;1642|6&quot; space=&quot;0| &quot;&gt; dietary&lt;/span&gt;&lt;span leftzone=&quot;13505|12&quot; rightzone=&quot;1648|12&quot; space=&quot;0| &quot;&gt; factors&lt;/span&gt;&lt;span leftzone=&quot;13517|3&quot; rightzone=&quot;1660|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;13527|2&quot; rightzone=&quot;1670|2&quot; space=&quot;0| &quot;&gt; 4&lt;/span&gt;&lt;span leftzone=&quot;13529|9&quot; rightzone=&quot;1672|9&quot; space=&quot;0| &quot;&gt; tophi&lt;/span&gt;&lt;span leftzone=&quot;13538|3&quot; rightzone=&quot;1681|3&quot; space=&quot;space&quot;&gt;:&lt;/span&gt;&lt;span leftzone=&quot;13541|6&quot; rightzone=&quot;1684|6&quot; space=&quot;0| &quot;&gt; also called&lt;/span&gt;&lt;span leftzone=&quot;13547|12&quot; rightzone=&quot;1690|12&quot; space=&quot;0| &quot;&gt; gout nodules&lt;/span&gt;&lt;span leftzone=&quot;13559|3&quot; rightzone=&quot;1702|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;13562|9&quot; rightzone=&quot;1705|9&quot; space=&quot;0| &quot;&gt; is the human body&lt;/span&gt;&lt;span leftzone=&quot;13571|6&quot; rightzone=&quot;1714|6&quot; space=&quot;0| &quot;&gt; due to&lt;/span&gt;&lt;span leftzone=&quot;13586|6&quot; rightzone=&quot;1729|6&quot; space=&quot;0| &quot;&gt; excessive&lt;/span&gt;&lt;span leftzone=&quot;13592|6&quot; rightzone=&quot;1735|6&quot; space=&quot;0| &quot;&gt; increase of&lt;/span&gt;&lt;span leftzone=&quot;13577|9&quot; rightzone=&quot;1720|9&quot; space=&quot;0| &quot;&gt; blood uric acid&lt;/span&gt;&lt;span leftzone=&quot;13598|3&quot; rightzone=&quot;1741|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;13601|9&quot; rightzone=&quot;1744|9&quot; space=&quot;0| &quot;&gt; beyond its&lt;/span&gt;&lt;span leftzone=&quot;13610|9&quot; rightzone=&quot;1753|9&quot; space=&quot;0| &quot;&gt; saturation&lt;/span&gt;&lt;span leftzone=&quot;13619|6&quot; rightzone=&quot;1762|6&quot; space=&quot;0| &quot;&gt; in&lt;/span&gt;&lt;span leftzone=&quot;13625|15&quot; rightzone=&quot;1768|15&quot; space=&quot;0| &quot;&gt; a part of the body&lt;/span&gt;&lt;span leftzone=&quot;13646|3&quot; rightzone=&quot;1789|3&quot; space=&quot;0| &quot;&gt; of the&lt;/span&gt;&lt;span leftzone=&quot;13649|6&quot; rightzone=&quot;1792|6&quot; space=&quot;0| &quot;&gt; white&lt;/span&gt;&lt;span leftzone=&quot;13655|6&quot; rightzone=&quot;1798|6&quot; space=&quot;0| &quot;&gt; crystal&lt;/span&gt;&lt;span leftzone=&quot;13640|6&quot; rightzone=&quot;1783|6&quot; space=&quot;0| &quot;&gt; precipitation&lt;/span&gt;&lt;span leftzone=&quot;13661|3&quot; rightzone=&quot;1804|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;13664|12&quot; rightzone=&quot;1807|12&quot; space=&quot;0| &quot;&gt; Like a cup of&lt;/span&gt;&lt;span leftzone=&quot;13676|6&quot; rightzone=&quot;1819|6&quot; space=&quot;0| &quot;&gt; brine&lt;/span&gt;&lt;span leftzone=&quot;13682|9&quot; rightzone=&quot;1825|9&quot; space=&quot;0| &quot;&gt; in salt&lt;/span&gt;&lt;span leftzone=&quot;13691|15&quot; rightzone=&quot;1834|15&quot; space=&quot;0| &quot;&gt; content exceeds a certain&lt;/span&gt;&lt;span leftzone=&quot;13706|12&quot; rightzone=&quot;1849|12&quot; space=&quot;0| &quot;&gt; limit,&lt;/span&gt;&lt;span leftzone=&quot;13718|6&quot; rightzone=&quot;1861|6&quot; space=&quot;0| &quot;&gt; the bottom of the cup&lt;/span&gt;&lt;span leftzone=&quot;13724|12&quot; rightzone=&quot;1867|12&quot; space=&quot;0| &quot;&gt; will appear&lt;/span&gt;&lt;span leftzone=&quot;13736|9&quot; rightzone=&quot;1879|9&quot; space=&quot;0| &quot;&gt; white&lt;/span&gt;&lt;span leftzone=&quot;13745|9&quot; rightzone=&quot;1888|9&quot; space=&quot;0| &quot;&gt; sediment&lt;/span&gt;&lt;span leftzone=&quot;13760|3&quot; rightzone=&quot;1903|3&quot; space=&quot;space&quot;&gt;.&lt;/span&gt;&lt;span leftzone=&quot;13763|15&quot; rightzone=&quot;1906|15&quot; space=&quot;0| &quot;&gt; The separated crystal&lt;/span&gt;&lt;span leftzone=&quot;13793|6&quot; rightzone=&quot;1936|6&quot; space=&quot;0| &quot;&gt; deposition&lt;/span&gt;&lt;span leftzone=&quot;13778|3&quot; rightzone=&quot;1921|3&quot; space=&quot;0| &quot;&gt; in&lt;/span&gt;&lt;span leftzone=&quot;13781|12&quot; rightzone=&quot;1924|12&quot; space=&quot;0| &quot;&gt; what place&lt;/span&gt;&lt;span leftzone=&quot;13799|3&quot; rightzone=&quot;1942|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;13802|3&quot; rightzone=&quot;1945|3&quot; space=&quot;0| &quot;&gt; on&lt;/span&gt;&lt;span leftzone=&quot;13807|9&quot; rightzone=&quot;1950|9&quot; space=&quot;0| ,1|
&quot;&gt; Tophus&lt;/span&gt;&lt;/div&gt;
&lt;div src=&quot;可以发生什么部位的结石，痛风病人除中枢神经系统外，几乎所有组织中均可形成痛风石。&quot;&gt;
&lt;span leftzone=&quot;13818|6&quot; rightzone=&quot;0|6&quot; space=&quot;space&quot;&gt;Can&lt;/span&gt;&lt;span leftzone=&quot;13824|12&quot; rightzone=&quot;6|12&quot; space=&quot;0| &quot;&gt; what&lt;/span&gt;&lt;span leftzone=&quot;13836|9&quot; rightzone=&quot;18|9&quot; space=&quot;0| &quot;&gt; parts of the&lt;/span&gt;&lt;span leftzone=&quot;13845|6&quot; rightzone=&quot;27|6&quot; space=&quot;0| &quot;&gt; stones&lt;/span&gt;&lt;span leftzone=&quot;13851|3&quot; rightzone=&quot;33|3&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;13854|12&quot; rightzone=&quot;36|12&quot; space=&quot;0| &quot;&gt; gout patients&lt;/span&gt;&lt;span leftzone=&quot;13866|3&quot; rightzone=&quot;48|3&quot; space=&quot;0| &quot;&gt; in addition to&lt;/span&gt;&lt;span leftzone=&quot;13869|18&quot; rightzone=&quot;51|18&quot; space=&quot;0| &quot;&gt; the central nervous system&lt;/span&gt;&lt;span leftzone=&quot;13887|6&quot; rightzone=&quot;69|6&quot; space=&quot;space&quot;&gt;,&lt;/span&gt;&lt;span leftzone=&quot;13893|12&quot; rightzone=&quot;75|12&quot; space=&quot;0| &quot;&gt; almost all&lt;/span&gt;&lt;span leftzone=&quot;13905|9&quot; rightzone=&quot;87|9&quot; space=&quot;0| &quot;&gt; tissues&lt;/span&gt;&lt;span leftzone=&quot;13914|12&quot; rightzone=&quot;96|12&quot; space=&quot;0| &quot;&gt; can form&lt;/span&gt;&lt;span leftzone=&quot;13926|9&quot; rightzone=&quot;108|9&quot; space=&quot;0| &quot;&gt; a tophus&lt;/span&gt;&lt;span leftzone=&quot;13935|3&quot; rightzone=&quot;117|3&quot; space=&quot;1|
&quot;&gt;.&lt;/span&gt;&lt;/div&gt;
&lt;/div&gt;
&lt;div id=&quot;trans-result-tool&quot;&gt;
&amp;nbsp;&lt;/div&gt;
</content><link rel='replies' type='application/atom+xml' href='http://lewisjohn001.blogspot.com/feeds/3348817533681048606/comments/default' title='博文评论'/><link rel='replies' type='text/html' href='http://lewisjohn001.blogspot.com/2012/09/disorders-of-purine-metabolism.html#comment-form' title='0 条评论'/><link rel='edit' type='application/atom+xml' href='http://www.blogger.com/feeds/6102065772563696208/posts/default/3348817533681048606'/><link rel='self' type='application/atom+xml' href='http://www.blogger.com/feeds/6102065772563696208/posts/default/3348817533681048606'/><link rel='alternate' type='text/html' href='http://lewisjohn001.blogspot.com/2012/09/disorders-of-purine-metabolism.html' title='disorders of purine metabolism'/><author><name>Anonymous</name><uri>http://www.blogger.com/profile/16940981728739398495</uri><email>noreply@blogger.com</email><gd:image rel='http://schemas.google.com/g/2005#thumbnail' width='16' height='16' src='https://img1.blogblog.com/img/b16-rounded.gif'/></author><thr:total>0</thr:total></entry><entry><id>tag:blogger.com,1999:blog-6102065772563696208.post-8708288319675537587</id><published>2012-09-07T03:28:00.002-07:00</published><updated>2012-09-07T03:28:32.840-07:00</updated><title type='text'>Earthquake</title><content type='html'>&lt;span a=&quot;undefined&quot; c=&quot;4&quot; closure_uid_jj438m=&quot;120&quot; id=&quot;result_box&quot; lang=&quot;en&quot; oc=&quot;null&quot;&gt;&lt;span closure_uid_jj438m=&quot;175&quot; oc=&quot;null&quot;&gt;At 11:19 on September 7th 2012&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;176&quot; oc=&quot;null&quot;&gt;,&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;177&quot; oc=&quot;null&quot;&gt;Yiliang County&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;178&quot; oc=&quot;null&quot;&gt;,&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;179&quot; oc=&quot;null&quot;&gt;Zhaotong City&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;180&quot; oc=&quot;null&quot;&gt;,&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;181&quot; oc=&quot;null&quot;&gt;Yunnan Province,&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;182&quot; oc=&quot;null&quot;&gt;Guizhou Province,&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;183&quot; oc=&quot;null&quot;&gt;Bijie&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;184&quot; oc=&quot;null&quot;&gt;area&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;185&quot; oc=&quot;null&quot;&gt;at the junction&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;186&quot; oc=&quot;null&quot;&gt;of&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;187&quot; oc=&quot;null&quot;&gt;Weining&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;188&quot; oc=&quot;null&quot;&gt;County&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;189&quot; oc=&quot;null&quot;&gt;5.7&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;190&quot; oc=&quot;null&quot;&gt;earthquake&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;191&quot; oc=&quot;null&quot;&gt;occurred&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;192&quot; oc=&quot;null&quot;&gt;, focal depth&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;193&quot; oc=&quot;null&quot;&gt;14 km&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;194&quot; oc=&quot;null&quot;&gt;;&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;195&quot; oc=&quot;null&quot;&gt;12:16&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;196&quot; oc=&quot;null&quot;&gt;,&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;197&quot; oc=&quot;null&quot;&gt;Yiliang County&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;198&quot; oc=&quot;null&quot;&gt;,&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;199&quot; oc=&quot;null&quot;&gt;Zhaotong City&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;200&quot; oc=&quot;null&quot;&gt;5.6&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;201&quot; oc=&quot;null&quot;&gt;earthquake&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;202&quot; oc=&quot;null&quot;&gt;took place&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;203&quot; oc=&quot;null&quot;&gt;,&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;204&quot; oc=&quot;null&quot;&gt;the&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;205&quot; oc=&quot;null&quot;&gt;focal depth of&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;206&quot; oc=&quot;null&quot;&gt;10 km&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;207&quot; oc=&quot;null&quot;&gt;.&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;208&quot; oc=&quot;null&quot;&gt;September&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;209&quot; oc=&quot;null&quot;&gt;7&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;210&quot; oc=&quot;null&quot;&gt;,&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;211&quot; oc=&quot;null&quot;&gt;2011&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;212&quot; oc=&quot;null&quot;&gt;to 2012&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;213&quot; oc=&quot;null&quot;&gt;,&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;214&quot; oc=&quot;null&quot;&gt;13&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;215&quot; oc=&quot;null&quot;&gt;hours&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;216&quot; oc=&quot;null&quot;&gt;50 minutes&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;217&quot; oc=&quot;null&quot;&gt;,&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;218&quot; oc=&quot;null&quot;&gt;the&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;219&quot; oc=&quot;null&quot;&gt;earthquake&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;220&quot; oc=&quot;null&quot;&gt;disaster&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;221&quot; oc=&quot;null&quot;&gt;has&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;222&quot; oc=&quot;null&quot;&gt;killed seven people&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;223&quot; oc=&quot;null&quot;&gt;,&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;224&quot; oc=&quot;null&quot;&gt;three people were injured&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;225&quot; oc=&quot;null&quot;&gt;,&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;226&quot; oc=&quot;null&quot;&gt;the&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;227&quot; oc=&quot;null&quot;&gt;preliminary statistics&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;228&quot; oc=&quot;null&quot;&gt;housing&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;229&quot; oc=&quot;null&quot;&gt;down&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;230&quot; oc=&quot;null&quot;&gt;losses&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;231&quot; oc=&quot;null&quot;&gt;of more than 20,000&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;232&quot; oc=&quot;null&quot;&gt;households&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;233&quot; oc=&quot;null&quot;&gt;.&lt;/span&gt;&lt;br closure_uid_jj438m=&quot;454&quot; oc=&quot;null&quot; /&gt;&lt;br closure_uid_jj438m=&quot;455&quot; oc=&quot;null&quot; /&gt;&lt;span closure_uid_jj438m=&quot;234&quot; oc=&quot;null&quot;&gt;Directory&lt;/span&gt;&lt;br closure_uid_jj438m=&quot;456&quot; oc=&quot;null&quot; /&gt;&lt;br closure_uid_jj438m=&quot;457&quot; oc=&quot;null&quot; /&gt;&lt;span closure_uid_jj438m=&quot;235&quot; oc=&quot;null&quot;&gt;Earthquake&lt;/span&gt;&lt;br closure_uid_jj438m=&quot;458&quot; oc=&quot;null&quot; /&gt;&lt;span closure_uid_jj438m=&quot;236&quot; oc=&quot;null&quot;&gt;The rescue&lt;/span&gt;&lt;br closure_uid_jj438m=&quot;459&quot; oc=&quot;null&quot; /&gt;&lt;span closure_uid_jj438m=&quot;237&quot; oc=&quot;null&quot;&gt;Casualties&lt;/span&gt;&lt;br closure_uid_jj438m=&quot;460&quot; oc=&quot;null&quot; /&gt;&lt;span closure_uid_jj438m=&quot;238&quot; oc=&quot;null&quot;&gt;Edit this paragraph&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;239&quot; oc=&quot;null&quot;&gt;earthquake&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;240&quot; oc=&quot;null&quot;&gt;in September 2012&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;241&quot; oc=&quot;null&quot;&gt;January&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;242&quot; oc=&quot;null&quot;&gt;at 11:19 on the 7th&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;243&quot; oc=&quot;null&quot;&gt;,&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;244&quot; oc=&quot;null&quot;&gt;the&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;245&quot; oc=&quot;null&quot;&gt;junction&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;246&quot; oc=&quot;null&quot;&gt;of&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;247&quot; oc=&quot;null&quot;&gt;Weining&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;248&quot; oc=&quot;null&quot;&gt;County&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;249&quot; oc=&quot;null&quot;&gt;Yiliang County&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;250&quot; oc=&quot;null&quot;&gt;,&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;251&quot; oc=&quot;null&quot;&gt;Zhaotong City&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;252&quot; oc=&quot;null&quot;&gt;,&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;253&quot; oc=&quot;null&quot;&gt;Yunnan Province&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;254&quot; oc=&quot;null&quot;&gt;and&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;255&quot; oc=&quot;null&quot;&gt;Guizhou Province&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;256&quot; oc=&quot;null&quot;&gt;Bijie Region&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;257&quot; oc=&quot;null&quot;&gt;5.7&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;258&quot; oc=&quot;null&quot;&gt;earthquake&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;259&quot; oc=&quot;null&quot;&gt;occurred&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;260&quot; oc=&quot;null&quot;&gt;,&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;261&quot; oc=&quot;null&quot;&gt;focal depth of&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;262&quot; oc=&quot;null&quot;&gt;14 km&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;263&quot; oc=&quot;null&quot;&gt;.&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;264&quot; oc=&quot;null&quot;&gt;12:16&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;265&quot; oc=&quot;null&quot;&gt;,&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;266&quot; oc=&quot;null&quot;&gt;Yiliang&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;267&quot; oc=&quot;null&quot;&gt;County&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;268&quot; oc=&quot;null&quot;&gt;,&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;269&quot; oc=&quot;null&quot;&gt;Zhaotong City&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;270&quot; oc=&quot;null&quot;&gt;5.6&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;271&quot; oc=&quot;null&quot;&gt;earthquake&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;272&quot; oc=&quot;null&quot;&gt;occurred&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;273&quot; oc=&quot;null&quot;&gt;, focal depth of&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;274&quot; oc=&quot;null&quot;&gt;10 km&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;275&quot; oc=&quot;null&quot;&gt;.&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;276&quot; oc=&quot;null&quot;&gt;Learned&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;277&quot; oc=&quot;null&quot;&gt;from&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;278&quot; oc=&quot;null&quot;&gt;the&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;279&quot; oc=&quot;null&quot;&gt;Guangxi&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;280&quot; oc=&quot;null&quot;&gt;Seismological Bureau&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;281&quot; oc=&quot;null&quot;&gt;monitoring&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;282&quot; oc=&quot;null&quot;&gt;Baise City&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;283&quot; oc=&quot;null&quot;&gt;to&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;284&quot; oc=&quot;null&quot;&gt;the&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;285&quot; oc=&quot;null&quot;&gt;junction&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;286&quot; oc=&quot;null&quot;&gt;of&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;287&quot; oc=&quot;null&quot;&gt;Yunnan, Guizhou&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;288&quot; oc=&quot;null&quot;&gt;seismic waveform&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;289&quot; oc=&quot;null&quot;&gt;,&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;290&quot; oc=&quot;null&quot;&gt;but&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;291&quot; oc=&quot;null&quot;&gt;its&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;292&quot; oc=&quot;null&quot;&gt;source&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;293&quot; oc=&quot;null&quot;&gt;closest distance&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;294&quot; oc=&quot;null&quot;&gt;of&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;295&quot; oc=&quot;null&quot;&gt;331 km&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;296&quot; oc=&quot;null&quot;&gt;,&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;297&quot; oc=&quot;null&quot;&gt;the&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;298&quot; oc=&quot;null&quot;&gt;body feels&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;299&quot; oc=&quot;null&quot;&gt;strong&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;300&quot; oc=&quot;null&quot;&gt;.&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;301&quot; oc=&quot;null&quot;&gt;According to&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;302&quot; oc=&quot;null&quot;&gt;users&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;303&quot; oc=&quot;null&quot;&gt;in&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;304&quot; oc=&quot;null&quot;&gt;Baise&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;305&quot; oc=&quot;null&quot;&gt;City&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;306&quot; oc=&quot;null&quot;&gt;Youjiang&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;307&quot; oc=&quot;null&quot;&gt;District&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;308&quot; oc=&quot;null&quot;&gt;Xiangyang Road&lt;/span&gt; &lt;span class=&quot;hps atn&quot; closure_uid_jj438m=&quot;309&quot; oc=&quot;null&quot;&gt;&quot;&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;310&quot; oc=&quot;null&quot;&gt;dumping&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;311&quot; oc=&quot;null&quot;&gt;laugh&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;312&quot; oc=&quot;null&quot;&gt;,&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;313&quot; oc=&quot;null&quot;&gt;pure&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;314&quot; oc=&quot;null&quot;&gt;Yan&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;315&quot; oc=&quot;null&quot;&gt;&quot;&lt;/span&gt; &lt;span class=&quot;hps atn&quot; closure_uid_jj438m=&quot;316&quot; oc=&quot;null&quot;&gt;micro-&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;317&quot; oc=&quot;null&quot;&gt;Bo&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;318&quot; oc=&quot;null&quot;&gt;said&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;319&quot; oc=&quot;null&quot;&gt;,&lt;/span&gt; &lt;span class=&quot;hps atn&quot; closure_uid_jj438m=&quot;320&quot; oc=&quot;null&quot;&gt;&quot;&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;321&quot; oc=&quot;null&quot;&gt;The&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;322&quot; oc=&quot;null&quot;&gt;floor&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;323&quot; oc=&quot;null&quot;&gt;large&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;324&quot; oc=&quot;null&quot;&gt;flurried&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;325&quot; oc=&quot;null&quot;&gt;about&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;326&quot; oc=&quot;null&quot;&gt;11:28&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;327&quot; oc=&quot;null&quot;&gt;.&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;328&quot; oc=&quot;null&quot;&gt;According to another report&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;329&quot; oc=&quot;null&quot;&gt;,&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;330&quot; oc=&quot;null&quot;&gt;Chengdu,&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;331&quot; oc=&quot;null&quot;&gt;Chongqing&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;332&quot; oc=&quot;null&quot;&gt;also&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;333&quot; oc=&quot;null&quot;&gt;felt&lt;/span&gt; &lt;span class=&quot;hps atn&quot; closure_uid_jj438m=&quot;334&quot; oc=&quot;null&quot;&gt;[&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;335&quot; oc=&quot;null&quot;&gt;1&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;336&quot; oc=&quot;null&quot;&gt;]&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;337&quot; oc=&quot;null&quot;&gt;Edit this paragraph&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;338&quot; oc=&quot;null&quot;&gt;the rescue&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;339&quot; oc=&quot;null&quot;&gt;earthquake&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;340&quot; oc=&quot;null&quot;&gt;,&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;341&quot; oc=&quot;null&quot;&gt;the&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;342&quot; oc=&quot;null&quot;&gt;Provincial&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;343&quot; oc=&quot;null&quot;&gt;Disaster Reduction Committee&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;344&quot; oc=&quot;null&quot;&gt;immediately&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;345&quot; oc=&quot;null&quot;&gt;start&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;346&quot; oc=&quot;null&quot;&gt;two&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;347&quot; oc=&quot;null&quot;&gt;relief emergency response&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;348&quot; oc=&quot;null&quot;&gt;.&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;349&quot; oc=&quot;null&quot;&gt;The&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;350&quot; oc=&quot;null&quot;&gt;provincial government attaches&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;351&quot; oc=&quot;null&quot;&gt;great&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;352&quot; oc=&quot;null&quot;&gt;importance&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;353&quot; oc=&quot;null&quot;&gt;to&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;354&quot; oc=&quot;null&quot;&gt;the&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;355&quot; oc=&quot;null&quot;&gt;provincial party secretary&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;356&quot; oc=&quot;null&quot;&gt;Qin&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;357&quot; oc=&quot;null&quot;&gt;Guangrong&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;358&quot; oc=&quot;null&quot;&gt;,&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;359&quot; oc=&quot;null&quot;&gt;governor&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;360&quot; oc=&quot;null&quot;&gt;Liu Jiheng&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;361&quot; oc=&quot;null&quot;&gt;,&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;362&quot; oc=&quot;null&quot;&gt;Vice Governor&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;363&quot; oc=&quot;null&quot;&gt;Liu Huiyan&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;364&quot; oc=&quot;null&quot;&gt;quickly&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;365&quot; oc=&quot;null&quot;&gt;made ​​important instructions&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;366&quot; oc=&quot;null&quot;&gt;,&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;367&quot; oc=&quot;null&quot;&gt;requiring&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;368&quot; oc=&quot;null&quot;&gt;provincial departments&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;369&quot; oc=&quot;null&quot;&gt;and disaster&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;370&quot; oc=&quot;null&quot;&gt;committees and governments&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;371&quot; oc=&quot;null&quot;&gt;at&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;372&quot; oc=&quot;null&quot;&gt;all&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;373&quot; oc=&quot;null&quot;&gt;levels&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;374&quot; oc=&quot;null&quot;&gt;to treat the&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;375&quot; oc=&quot;null&quot;&gt;injured,&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;376&quot; oc=&quot;null&quot;&gt;as far as possible&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;377&quot; oc=&quot;null&quot;&gt;to minimize&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;378&quot; oc=&quot;null&quot;&gt;disaster losses&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;379&quot; oc=&quot;null&quot;&gt;limits.&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;380&quot; oc=&quot;null&quot;&gt;Rushed to the&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;381&quot; oc=&quot;null&quot;&gt;disaster area&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;382&quot; oc=&quot;null&quot;&gt;;&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;383&quot; oc=&quot;null&quot;&gt;Liu Huiyan&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;384&quot; oc=&quot;null&quot;&gt;Vice Governor of&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;385&quot; oc=&quot;null&quot;&gt;the&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;386&quot; oc=&quot;null&quot;&gt;13&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;387&quot; oc=&quot;null&quot;&gt;relevant departments&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;388&quot; oc=&quot;null&quot;&gt;of&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;389&quot; oc=&quot;null&quot;&gt;the&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;390&quot; oc=&quot;null&quot;&gt;provincial&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;391&quot; oc=&quot;null&quot;&gt;working group composed of&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;392&quot; oc=&quot;null&quot;&gt;the provincial Civil Affairs Department&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;393&quot; oc=&quot;null&quot;&gt;emergency&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;394&quot; oc=&quot;null&quot;&gt;organization&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;395&quot; oc=&quot;null&quot;&gt;transported&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;396&quot; oc=&quot;null&quot;&gt;to&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;397&quot; oc=&quot;null&quot;&gt;the&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;398&quot; oc=&quot;null&quot;&gt;quake-hit areas&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;399&quot; oc=&quot;null&quot;&gt;in&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;400&quot; oc=&quot;null&quot;&gt;at 12:15 on September 7th, 2012&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;401&quot; oc=&quot;null&quot;&gt;,&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;402&quot; oc=&quot;null&quot;&gt;6,000&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;403&quot; oc=&quot;null&quot;&gt;tents&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;404&quot; oc=&quot;null&quot;&gt;,&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;405&quot; oc=&quot;null&quot;&gt;6,000&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;406&quot; oc=&quot;null&quot;&gt;quilts&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;407&quot; oc=&quot;null&quot;&gt;,&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;408&quot; oc=&quot;null&quot;&gt;cotton coat&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;409&quot; oc=&quot;null&quot;&gt;6000&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;410&quot; oc=&quot;null&quot;&gt;,&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;411&quot; oc=&quot;null&quot;&gt;1000&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;412&quot; oc=&quot;null&quot;&gt;color of the cloth&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;413&quot; oc=&quot;null&quot;&gt;.&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;414&quot; oc=&quot;null&quot;&gt;Edit&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;415&quot; oc=&quot;null&quot;&gt;this paragraph&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;416&quot; oc=&quot;null&quot;&gt;casualties&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;417&quot; oc=&quot;null&quot;&gt;reported&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;418&quot; oc=&quot;null&quot;&gt;according&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;419&quot; oc=&quot;null&quot;&gt;to&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;420&quot; oc=&quot;null&quot;&gt;the&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;421&quot; oc=&quot;null&quot;&gt;Civil&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;422&quot; oc=&quot;null&quot;&gt;Affairs&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;423&quot; oc=&quot;null&quot;&gt;Bureau&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;424&quot; oc=&quot;null&quot;&gt;of&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;425&quot; oc=&quot;null&quot;&gt;Zhaotong City&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;426&quot; oc=&quot;null&quot;&gt;,&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;427&quot; oc=&quot;null&quot;&gt;September&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;428&quot; oc=&quot;null&quot;&gt;7&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;429&quot; oc=&quot;null&quot;&gt;,&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;430&quot; oc=&quot;null&quot;&gt;2011&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;431&quot; oc=&quot;null&quot;&gt;,&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;432&quot; oc=&quot;null&quot;&gt;up to 2012 in&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;433&quot; oc=&quot;null&quot;&gt;13&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;434&quot; oc=&quot;null&quot;&gt;hours&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;435&quot; oc=&quot;null&quot;&gt;50 minutes&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;436&quot; oc=&quot;null&quot;&gt;,&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;437&quot; oc=&quot;null&quot;&gt;the&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;438&quot; oc=&quot;null&quot;&gt;earthquake&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;439&quot; oc=&quot;null&quot;&gt;disaster&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;440&quot; oc=&quot;null&quot;&gt;has&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;441&quot; oc=&quot;null&quot;&gt;killed seven people&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;442&quot; oc=&quot;null&quot;&gt;,&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;443&quot; oc=&quot;null&quot;&gt;three people were injured&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;444&quot; oc=&quot;null&quot;&gt;,&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;445&quot; oc=&quot;null&quot;&gt;preliminary statistics&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;446&quot; oc=&quot;null&quot;&gt;housing&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;447&quot; oc=&quot;null&quot;&gt;down&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;448&quot; oc=&quot;null&quot;&gt;losses&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;449&quot; oc=&quot;null&quot;&gt;of more than 20,000&lt;/span&gt; &lt;span class=&quot;hps&quot; closure_uid_jj438m=&quot;450&quot; oc=&quot;null&quot;&gt;households&lt;/span&gt;&lt;span closure_uid_jj438m=&quot;451&quot; oc=&quot;null&quot;&gt;.&lt;/span&gt; &lt;/span&gt;</content><link rel='replies' type='application/atom+xml' href='http://lewisjohn001.blogspot.com/feeds/8708288319675537587/comments/default' title='博文评论'/><link rel='replies' type='text/html' href='http://lewisjohn001.blogspot.com/2012/09/earthquake.html#comment-form' title='0 条评论'/><link rel='edit' type='application/atom+xml' href='http://www.blogger.com/feeds/6102065772563696208/posts/default/8708288319675537587'/><link rel='self' type='application/atom+xml' href='http://www.blogger.com/feeds/6102065772563696208/posts/default/8708288319675537587'/><link rel='alternate' type='text/html' href='http://lewisjohn001.blogspot.com/2012/09/earthquake.html' title='Earthquake'/><author><name>Anonymous</name><uri>http://www.blogger.com/profile/16940981728739398495</uri><email>noreply@blogger.com</email><gd:image rel='http://schemas.google.com/g/2005#thumbnail' width='16' height='16' src='https://img1.blogblog.com/img/b16-rounded.gif'/></author><thr:total>0</thr:total></entry></feed>