Biotechnology Jobs

Environmental Biotechnology - The Science Of Environmental Technologies Explained

2014-01-09T10:05:00.000-08:00

In a span of just a few decades advances and new environmental applications of science, engineering, and their associated technologies have coalesced into a whole new way to see the world. Science is the explanation of the physical world, while engineering encompasses applications of science to achieve results. Thus, what we have learned about the environment by trial and error has incrementally grown into what is now standard practice of environmental science and engineering. This heuristically attained knowledge has come at a great cost in terms of the loss of lives and diseases associated with mistakes, poor decisions (at least in retrospect), and the lack of appreciation of environmental effects.

The ''environmental movement'' is a relatively young one. The emblematic works of Rachel Carson, Barry Commoner, and others in the 1960s were seen by many as mere straws in the wind. The growing environmental awareness was certainly not limited to the academic and scientific communities. Popular culture was also coming to appreciate the concept of ''spaceship earth,'' i.e. that our planet consisted of a finite life support system and that our air, water, food, soil, and ecosystems were not infinitely elastic in their ability to absorb humanity's willful disregard. The poetry and music of the time expressed these fears and called for a new respect for the environment. The environmental movement was not a unique enterprise, but was interwoven into growing protests about the war in Vietnam, civil rights, and a general discomfort with the ''establishment.'' The petrochemical industry, the military, and capitalism were coming under increased scrutiny and skepticism.

The momentum of the petrochemical revolution following World War II was seemingly unstoppable. However, much of the progress we now take as given was the result of those who agitated against the status quo and refused to accept the paradigms of their time. In fact, we provide evidence of the validity of some of these early environmentalists' causes. A handful of cases were defining moments in the progress in protecting public health and the environment. It seems that every major piece of environmental legislation was preceded by an environmental disaster precipitated from mistakes, mishaps, and misdeeds. Amendments to the Clean Air Act resulted from deadly episodes such as were experienced in Donora, Pennsylvania and London, UK. Hazardous waste legislation came about after public outcries concerning Love Canal in New York state. ''Right-to-Know'' legislation worldwide grew from the disaster at Bhopal, India. Oil spill and waste contingency plans were strengthened following the Exxon Valdez spill in Alaska. International energy policies changed, with growing anti-nuclear power sentiments, following the near disaster at Three Mile Island in the United States and the actual catastrophe at Chernobyl in Ukraine. Most recently, engineering and public health emergency response planning has been completely revamped in response to the events of September 11, 2001.

Certainly these can all be classified as ''environmental'' problems, but they represent new, societal paradigms as well. That is the tricky part of dealing with emerging technologies, including biotechnologies. Contemporary society has a way of thrusting problems upon us. Ironically, society demands the promotion of new and better things and processes, simultaneously demanding that scientists, engineers, physicians, and others in the scientific community sufficiently control the consequences of the very same technologies that members of society insist we use. For example, society may demand, reasonably or unreasonably, certain food characteristics (higher nutrition, less fat, attractive color). They may be quite happy with a product, until it is found to have actual or perceived negative characteristics. For example, the public may be pleased that the price of strawberries remains low and the texture of a high quality until they find out that the plants have been genetically altered to resist frost damage. However, this engineered characteristic could have been the principal driver for the lower price and better texture. Likewise, cleanup of polluted waters and sediments can benefit from genetically altered bacteria and fungi to break down some very persistent contaminants, but the public may fear potential problems if these microbes somehow escape their intended use and find their way into unplanned components of the food chain. Prominent and infamous environmental problems have emerged as byproducts of some useful, high-demand enterprise.

Read more...

If you want to learn more about the environmental movement and biosystems, visit the website you'll find below.

Oliver McAdams
Please visit http://missingcode.com for more about medicine, science, computer technologies, software and game development.

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Invest in Green Clean Renewable Energy Sources!

2014-01-07T20:15:00.000-08:00

As an investor, keeping "green" on your stock trading screen may mean something completely different in the future. With all of the nuclear meltdown fear and concern over safety, it's a good time to talk about clean and sustainable energy sources and how we, as investors, can profit along side the planet in this growing trend.

What are the Types of Renewable Clean Energy?

Solar Energy: China is currently a world leader in the renewable energy sector, followed by India Germany, Spain, the United States and India. India, one of the sunniest countries in the world boasts over 300 sunny days per year and is quickly becoming a contender in solar energy development.

Photovoltaics: Photovoltaics (PV) is a method of generating electrical power by converting solar radiation into direct current electricity by using solar panels containing a photovoltaic material (silicon, telluride, copper indium among others).

Wind Power: According to the Global Wind Energy Council (GWEC), wind energy capacity grew 22.5% in 2010 even though coal and natural gas remain cheaper in leading power consuming nations. China has surpassed the United States as the world leader in wind power, including the number of installed and manufactured wind turbines. China benefits from low labor cost, low capital cost, government support, and preferred access to rare earth materials such as neodymium and dysprosium.

Hydoelectricity: China's is also the world leader in hydropower installation with the goal to eventually replace coal with hydroelectricity as the major energy source.

Geothermal Power: Geothermal energy is non-carbon based energy source that is environmentally friendly, and doesn't release harmful greenhouse gases into the atmosphere. Geothermal power is derived from energy found along tectonic plate boundaries where earthquakes and volcanoes are concentrated used in three types of energy production including, dry steam plants, flash steam plants and binary cycle power plants that transfer heat between liquids to power turbines.

Wave Power: Wave energy uses the energy density of waves from the oceans to create a renewable zero emission source of power. Over 100 small companies around the world are employed in converting the sea's power to electricity.

Tidal Power: uses the tide cycles to generating electricity. As far back as the Middle Ages, small tidal mills in Scotland and Europe were built. The world's first and major tidal energy power plant was built at La Rance in France in 1996.

How to Invest in Clean Energy Companies

Some of the top companies listed in the United States can be found in "Portfolio 21's Top 10 'Green' Companies for 2011", published on December 30th, 2010. These companies demonstrated the qualities of innovation and leadership, a distinct competitive advantage and the potential for long-term value according to CEO and Chief Investment Officer Leslie Christian.

ABB: provides technologies that enable a wide range of industries, including utilities, to improve their performance while lowering environmental impact. They are also the world's largest supplier of the electrical heart of wind turbines. ABB's products are well positioned to respond to the global demand for reliable and efficient electricity delivery.

Cisco provides networking products and services for home and business communications that minimize travel and associated environmental impacts.

Eaton provides electrical systems and components for power distribution that reduce energy use.

Growthpoint is leading the implementation of green building and energy saving practices in South Africa and is an active participant in development of the country's first commercial green building standards.

IBM announced a new combined solution to manage energy efficiency in buildings and has made impressive reductions of its own greenhouse gas emissions and is part of the Green Power Market Development Group and the Chicago Climate Exchange.

Johnson Matthey's create catalysts that enable chemical reactions to be carried out under milder conditions, require less energy, and use fewer toxic chemicals and solvents. They are also expected to help produce clean fuels, convert waste and green raw materials into energy, and improve emissions from combustion engines.

Novozymes is the world leader in biotechnology-based industrial enzymes and microorganisms developed to reduce the use of energy, raw materials, and harsh chemicals, as well as reducing waste.

Ormat is a geothermal and recovered energy company involved in thermal solar and biomass. Ormat has installed approximately 1,300 MW of geothermal and Recovered Energy Generation power plants.

Schneider Electric provides energy automation, monitoring, and control solutions for utilities, buildings, and other infrastructure uses in order to reduce consumption.

Tennant Company offers an eco-friendly portfolio of products, including Green Seal-certified cleaning agents, and its ec-H2O cleaning machine, which requires only water and no added chemicals.

In Canada, the Toronto Stock Exchange provides a list of green conscious companies engaged in renewable energy production. Here is the list with ticker symbols:

5N Plus Inc. VNP
Algonquin Power & Utilities Corp AQN
Alter NRG Corp. NRG
ARISE Technologies Corporation APV
ATS Automation Tooling Systems Inc. ATA
Azure Dynamics Corporation AZD
Ballard Power Systems Inc. BLD
Bennett Environmental Inc. BEV
BioExx Specialty Proteins Ltd BXI
BioteQ Environmental Technologies Inc. BQE 55.9 BC Y
BIOX Corporation BX
Boralex Inc. BLX
Boralex Power Income Fund BPT
Brookfield Renewable Power Fund BRC
Brookfield Renewable Power Preferred Equity Inc BRF
Burcon NutraScience Corporation BU
Capital Power Income L.P. CPA
Carmanah Technologies Corporation CMH
Cascades Inc. CAS
China Wind Power International CNW (my pick)
Day4 Energy Inc. DFE
Dynetek Industries Ltd. DNK
Electrovaya Inc. EFL
Genesis Worldwide Inc. GWI
Gerdau AmeriSteel Corporation* GNA
GLV Inc. GLV
Hemisphere GPS Inc. HEM
Hydrogenics Corporation HYG
Innergex Renewable Energy Inc. INE
ISE Limited ISE
Macquarie Power & Infrastructure Income Fund MPT
Magma Energy Corp. MXY
Marsulex Inc. MLX
New Flyer Industries Inc. NFI
Newalta Corporation NAL
Northland Power Income Fund NPI
Palko Enviornment Ltd PLK
Plutonic Power Corporation PCC
Primary Energy Recycling Corporation PRI
ProSep Inc. PRP
Ram Power Corp RPG
RuggedCom Inc. RCM
SunOpta Inc. SOY
Tembec Inc. TMB (my pick)
Timminco Limited TIM
Turbo Power Systems Inc. TPS
U.S. Geothermal Inc. GTH
WaterFurnace Renewable Energy Inc. WFI (my pick)
Westport Innovations Inc.* WPT
Xebec Adsorption Inc XBC
Zongshen PEM Power Systems Inc. ZPP

Jacqueline Smith is a freelance writer, author of http://www.theinvestobot.com and a medical professional interested in creating wealth through regular savings and healthy investment choices.

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How to Study Biology to Get an A-Plus

2014-01-06T20:15:00.000-08:00

Biology is the study of life in its entirety. The growth of biology as a natural science is interesting from many points of view. One feature of this growth is changing emphasis. Initially it was description of life forms, identification, nomenclature, classification of all recorded life forms. In recent years, Physics and Chemistry have been applied to biology and the new science of Biochemistry and Biotechnology have become the dominant faces of Biology. Medicinal practice, green revolution and the advancement in biotechnology has made the presence of biology felt by the common man.

The key to success in Biology is hard work. It means management of time and energy. Biology is a vast subject which requires a great and clear-cut understanding of each topic. Trying to cram notes will never lead to success unless rigorous effort is made in comprehending them. Being a very vast subject, developing interest in it is very important for success. One must have a passion for nature, to understand how things have developed and marvel at the beauty of nature.

To do well at biology, both the quantity and quality of time spent on it are important. A substantial time commitment is required to understand the subject in its entirety. Many students are discouraged when they get unsatisfactory even after spending hours studying for tests,. This may happen when the studies done by them do not lead to comprehension but only cramming effort. The test requires one to integrate concepts from different lectures, and to apply these principles of biology covered in class to evaluate new situations during the test. High-quality work entails preparing for such questions. Preparing entails organizing the mass of new information in such a way that it helps you understand the way the concepts are related to each other

To be successful, a student must carry out lecture follow-up activity i.e. rewriting their lecture notes. This could be done by re-organizing the information studied during the session in a way that conforms to your mental "landscape." Better than rewriting your notes, it helps you to discern the patterns and relationships between concepts leaving no doubts.

The lecture follow-up activity would involve the following:

1. Make a list of the important concepts from the lecture.

2. Rank the concepts from most general to most specific.

3. Circle the concepts that are linked with a solid line.

4. Label the line with a linking phrase.

5. Work down the page, adding increasingly specific concepts and looking for cross-links, which should be drawn with dashed lines.

6. Do a second version for all the concepts with the goal to add formerly unnoticed cross-links and to organize the map so that it flows as logically and as clearly as possible.

Often students are not able to organize themselves in the correct manner and are not able to do well despite their best efforts. At this time, it is best to get expert help which can help the student put things in order.

To sum up all, the mantra to excel in biology is hard work and practice. The combination of these two can do wonders if done properly. The emphasis should always be on the deep understanding of the concepts. Further practice will enable development of right kind of approach required to answer questions during the exam. Amalgamation of a good understanding with a good approach to answer questions would lead to the path of - "SUCCESS".

Uma Sharma is a Online Educator with over 20 years teaching experience. For expert tutoring and advise on coping with exams, please visit website at Online Chemistry Tutor. A good site where you can get expert biology help is Online Biology Tutor

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How Can Green Organic Solvents Improve My Business?

2014-01-06T11:43:00.000-08:00

Organic solvents are becoming increasingly popular among a vast range of industry applications. Understanding the specific chemical and quality standards of environmentally-friendly cleaning suppliers will help organizations determine whether "going green" is the best choice for their business or not. The following information has been provided to explain the basic characteristics, facts, and potential advantages of choosing natural versus unnatural cleaning products. While organizational owners and leaders are certainly free to form their own personal opinions supporting or opposing environmental activism, organic solvents are also examined from a financial viewpoint that universally applies to all businesses.

Chemical Safety Monitoring To Avoid Recklessness

Cleaning with potent and industrial level strength products will most likely involve chemicals to get the job done exactly the way it is intended. Eco-friendly manufacturers openly acknowledge the inevitable need for chemical compounds, while providing alternative options to reduce devastating environmental, health, and safety hazards of toxic products. Often suggesting that businesses analyze the requirements of an application before jumping to toxic conclusions, genuine suppliers will assist customers with natural solutions when they are appropriate, and guide them toward safer chemical products when absolutely necessary.

Overcoming Legislative Chokeholds to Expand Productivity

The United States EPA (Environmental Protection Agency) is a federal agency devoted to protection of human health and the environment. Based on laws passed by the United States Congress, the EPA is responsible for writing and enforcing safety regulations as each chemical or procedure is phased-out due to high hazard risks. Often sporadic as new chemical research developments are made, businesses are commonly interrupted without notice by regulations applying to their daily established practices. It is important for industry leaders to understand the primary objective of the EPA is to enforce national safety, no matter what. Regardless of the amount of time or money a business has invested in stocking chemical products that were viewed as acceptable the day before, the moment the government proves it causes more harm than good, there is no option to dispute it. Suppliers of green organic solvents go above and beyond current mandated chemical precautions not only to create a clean global environment, but to protect organizations from fluctuating regulations guaranteed to put a dent in their overall profitability.

Successfully Replacing Hazardous Chemicals within All Industries

A common misconception of organic solvents is a lack of strength required for major manufacturing and maintenance use. Carefully monitoring levels of toxic chemicals used in industrial products does not mean utter and complete eradication. It is simply a strategy aimed to enhance smarter business decision-making, without compromising the quality or effectiveness of cleaning solutions.

Green organic solvents have proven to be a safe and successful replacement of hazardous chemicals within notoriously demanding industries such as manufacturing, military, pharmaceutical, nuclear power, and aerospace, just to name a few.

Industry leaders questioning the performance ability of organic solvents compared to chemically saturated products are provided answers, as well as information to assist the determination of green organic solvents as a financially practical or unrealistic business investment.

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Making the World Safe With Green Cleaning Products

2014-01-05T00:44:00.000-08:00

You are not alone in striving to make the earth environmentally friendly by using green cleaning products. There are countless companies and organizations offering an array of products to help you do just this.

You can order a "three little bears-type" laundry detergent that comes in delicate, heavy duty or average strength. There are also bleach alternatives, wet dryer sheets, and linen sprays that are not harmful to the user or the environment.

You might also need a glass cleaner, a product to degrease, an all-purpose cleaner or biodegradable dishwasher detergent. Yes, you can find these earth friendly products available on various websites!

Such aforementioned products are bio-degradable and do not contain phosphates, enzymes, bleach and other harmful chemicals found in many items your local supermarket offers on a regular basis.

There are also "more traditional" cleaning products which are biodegradable. For example, Bicarbonate of Soda, White Vinegar, and Soda Crystals which will produce satisfactory cleaning results without unfavorable side effects to the user.

There are worthy environmentally conscientious companies who specialize in providing "green" microbial cleaning products to businesses. These products feature the latest techniques in biotechnology and present an effective and safe solution where chemicals and synthetics in other cleaners do not.

Those ecologically conscious providers bring you safe, effective, and natural products for home cleaning. These cleaners do not use any questionable chemicals, surfactants, detergents, synthetic fragrances or dyes. Also make sure your professional carpet cleaner uses earth-friendly cleaning products when servicing your home.

There are numerous environmentally protective options; all you have to do is find them. We are the world!

Green Cleaning Product [http://www.earthfriendlycleaningproducts.net/]

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The Future Of Green Jobs

2014-01-04T05:19:00.000-08:00

With most of us living in states that are sitting at 10% unemployment and as many as 30 million people looking for work, it is very difficult to see a bright spot in this economy. However, there is one. Even though other industries seem to be losing jobs, clean energy keeps on growing.

According to the Solar Energy Industries Association, the solar industry will have a 26% job growth rate in 2011. The solar industry is creating jobs faster than the US economy (which is only looking at a 2% increase). SEIA found that more than half of the US solar firms expect to add jobs while less than 2% expected to lay workers off. The fastest growing jobs in this field are for installers and electricians.

Thanks to the American Reinvestment and Recovery Act (ARRA), the geothermal energy industry will also have a great 2011. The projects that have been jump started by the American Reinvestment and Recovery Act should add more than 3000 jobs in 2011. These jobs will be added mostly in California and Nevada. The great thing is that almost 1000 different people are involved in one geothermal project according to the Geothermal Energy Association. These projects put a lot of people to work and employ welders, mechanics, pipe fitters, plumbers, machinists, electricians, carpenters, construction and drilling equipment operators, surveyors, architects, designers, HVAC technicians, geologists, hydrologists, and engineers. This is just a short list of the jobs that these projects create. Since these projects have long lead times, most of the projects have not been able to start yet (or if they have, they have just started) and will be done in 2011.

As of June 2010, the biorefinery industry accounted for more than 40,000 jobs according to the Biotechnology Industry Organization. By 2022, the commercialization of biofuels is expected to create another 800,000 new jobs. Jobs in this industry include laborers, material movers, mixing machine setters, shipping and receiving clerks, and chemical equipment operators.

Right now, hydropower is the industry that has the most capacity working right now. Currently, there are 2 - 3 workers per megawatt of capacity. With 100,000 MW of hydropower capacity currently being generated, the hydropower industry accounts for 200,000 - 300,000 jobs. Now, depending on how the states award clean energy (through RES's), you can easily be adding anywhere from a half a million to over 1.4 million jobs in the upcoming years! Jobs in this industry range from component manufacturing, project construction, regulatory studies, licensing, design, project commissioning and model testing.

It would be great to be able to look into a crystal ball to see how exactly the renewable energy job market will be for the next couple of years. Depending on the industry, you are seeing projections for next year all the way up to 2025. However, by using some of the numbers you see above, the clean energy industry will definitely be making a dent in the unemployment rate of this country. This industry alone is poised to put 8% of the 30 million people looking for jobs back to work, and hopefully turn the economy around while helping to save the Earth.

Douglas Michaels Jr. writes educational articles for Green Earth News, the authority on everything Bamboo. For more information on Worldwide Impact. Check out Green Earth Bamboo for bamboo sheets, bamboo clothes, duvet covers, towels and baby products, all made from the world's most sustainable and renewable resource on the planet.

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5 Cities to Find Your Green Investors

2014-01-03T07:13:00.000-08:00

Now we have seen 2009 was truly a beginning of the "Green Investment" era with many more predicting 2010 is going to be a stellar year for Green investments. We have gathered information throughout 2009 by following deal-flows announced; and determined where the best cities are for 2010 for green investments.

Not surprisingly, USA still dominates the list, and we believe the trend will continue as USA remains the world's biggest venture capital & private equity market, and frankly speaking, it is quite difficult to see how this will change over the next decade or two. While China is rising, its investments are mainly driven by Government funding, the venture capitals are starting to become influential in China, with most of them actually set up by their US or European counterparts.

Therefore, amongst the major Green venture capital cities, they are still represented by the US cities, but we will cover other cities in future articles.

New York City

Undoubtedly still the best place to raise your capital, although many may wonder if New York City is a "green city" itself? The answer is yes, there are a lot of consistencies between Green jobs & Green investments. New York City has created perhaps more green jobs than any other cities in 2009; this was driven by the significant demand from internal usage, such as the world's largest transportation system, strong demand for smart-grid and also high concentration of Green finance professionals. New York City is the first choice when comes to Green investments, just like other venture capital investments!

San Francisco

San Francisco has always been a "green city", and with its population highly proactive in adopting green lifestyle, as we know, it also has very large LOHA population. Their attitude towards green lifestyle is a fundamental factor behind its population's support in green economies.

Additionally, supported by the existing IT & technology investment capability, the venture capital groups have been learning how they can utilize their skills in expanding into the green tech sectors.

Comparing to other Californian cities, which we have also compared Los Angeles & San Diego investment environment; San Francisco remains as the hot favourite destination for green investments.

Boston

Back to the east coast again; there is also very significant increase of green investments coming from Boston. Interestingly, our research shows this is a different evolution compared to San Francisco.

The foundation of the transformation in San Francisco evolved from technology / IT venture capital investments; in Boston, this was evolved from their long-time involvements in life-science/biotechnology investments.

Interestingly, when you make the comparison, we have seen Boston has participated in more non-technology investments such as investing in environmental science, chemical related environmental improvement applications or renewable energy opportunities instead of technologies.

Boston also has a strategic advantage that with its universities able to support & commercialize new developments & technologies; many universities in Boston are providing grants for both graduates and MBA students in developing greentech applications; this is a perfect ground for entrepreneurs, the network in Boston for green investments is also very strong and well organized.

Detroit

We put Detroit down which can be a surprise to many, in fact, we were thinking about Seattle, Charlotte, Chicago as alternatives. Detroit offers something more unique, it is an automotive city, it has been hurt by recession more than anyone else.

Yet, it is because of the recession; we have found Detroit entrepreneurs and investment institutions are devoting more efforts to green technologies than others; and wish to use this as an opportunity to revive Detroit into world's Green Car City.

Although the car industry is not active in investments anymore; they do have technology capabilities to support new developments, many are related to automobile industries; but these can be transferred to other transportation industries as well; more fuel efficient engines, better grid systems, improvements in gas stations; solar cars, better batteries; it has been a great year for Detroit green inventors, and this will continue to attract new investments.

Portland

We have also selected Portland to wrap up this first article. Portland is in an interesting situation. Some $70m of venture capital investments were made into cleantech sectors of Portland in 2009; it is also one of the "lowest-carbon-emission cities" in North America. You can see that from the number of people choose to bike or walk to work each day in Portland. It also has initiatives to encourage electric cars such as free parking, and very complete public transportation system; which use alternative energy.

To sum up, this makes Portland a place with strong support for green economy, green alternative transportations and green products. It is also one of the cities that has created the most green jobs in 2009. The combination of these factors have made Portland a nice place to find green investments; both from institutions and also from individual investors.

Does the location really make a difference? The whole green investment era had just started about 2 or 3 years ago, and more changes will happen. But if you use both technology & natural resources investment history as an example, you could argue that; by being in "Where money is" does help, California based tech companies tend to find investors more easily, because they are in the "hub"; and mining companies always want to concentrate in key mining funding hubs like Texas; or Calgary in Canada, or Utah.

A big reason for that is to see how much support the local investors have in your company / industry. If you conduct an technology IPO, you can see Californian investors have much higher dominance in terms of shareholders, even higher than New York in many instances; and we did an IPO in the past for a healthcare sector; we could also see significantly higher proportion of investors from major health capital centers like Boston and also from Cleveland.

Every sector is different and every opportunity is different as well; but do conduct some research if you are looking to establish a new office or appointing a new advisor to find investors; this can make a big impact sometimes.

Thomas Su is the owner of ResearchWhitePaper ( http://researchwhitepaper.com ), ResearchWhitePaper provides a wide range of researches & reports relating to capital raising, venture capital, biotechnology, financial career and cleantech / greentech industries. It has published many reports relating to Capital Raising Strategies and Industry Specific Reports.

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Why is Tea the Healthiest Beverage in the World? Health Benefits of Loose Leaf Teas

2014-01-01T20:03:00.000-08:00

After long years of research western medicine discovered what eastern cultures knew for centuries - Tea is the healthiest beverage. There is nothing more satisfying for tea lovers, than to know that experts are supporting our believes.

Multiple publications of the U.S. National Center for Biotechnology Information show that green tea has endless health benefits. The below list outlining health benefits of regular green tea drinking is based on range of studies that research health properties of green tea.

Green tea, when drunk regularly:

1. has fat-burning properties
Drinking green tea regularly promotes weight loss, especially when combined with increased physical activity and a healthy diet.
2. regulates blood glucose level in blood stream
3. lowers cholesterol level
It is proven that green tea lowers total cholesterol and LDL cholesterol levels and improves the ratio of HDL cholesterol to LDL cholesterol.
4. enhances mental performance

One of the important health benefits of regular green tea drinking is improved memory and learning ability.
5. provides protection against coronary artery disease

Japanese studies confirm that the more green tea people consume the less likely they are to have coronary artery disease.
6. reduces inflammation in the gastrointestinal tract
Green tea was found to reduce inflammation by activating intracellular antioxidants.
7. improves bone mineral density
8. provides protection against cancer
As a rich source of polyphenols EGCG, green tea protects against cancer (particularly colon, lung and skin cancers)
9. protects the skin against the adverse effects of ultraviolet radiation, such as UV-induced sunburn, UV-induced immunosuppression and photoaging.
References: publications of the National Center of Biotechnology Information, U.S. National Library of Medicine.

Green tea becomes more and more popular in western cultures. Experts believe that drinking minimum 2 cups of green teas everyday can help you achieve the health benefits outlined above. Eastern philosophers add that meditation over a cup of tea brings happiness and longevity. One is certain - drinking tea follows tested, traditional and natural approach to health and is far less risky than trying all the novelties of today's medicine.

But what exactly green tea is?

Green tea is the variety which keeps the original colour of the tea. Green Tea is believed to have the most medicinal values. It contains least caffeine of all Chinese tea classes. Since the leaves are not fermented, the taste is pleasantly fresh. Green teas present a broad range of flavour, from sweet and nutty to fruity and floral. The most famous teas in this groups are: Longjing tea of Zhejiang Province, Maofeng of Huangshan Mountain in Anhui Province and Biluochun produced in Jiangsu.

The health benefits of green tea are seemingly endless. It is a rich source of antioxidants - called polyphenols - which benefit health in many ways. Studies across the globe proved that Chinese Green Tea helps prevent cancer, aids in digestion, improves weight control and artery health. The ability of green tea to prevent cancer is so well established that new studies are testing green tea as potential cancer therapy.

Researchers have shown that green tea blocks the formation of certain tumours. Green tea also helps in reducing anxiety, while keeping highly alert state of mind, thanks to its high L-Theanine level. It supports metabolism and lowers blood sugar levels. Green tea is rich in catechins that effectively kill almost every kind of bacteria which cause food poisoning. It also inactivates the toxins that are produced by those bacteria. At the same time, it enhances the growth of beneficial bacteria in the digestive tract.
Although green tea seems to be the variety most popular in scientific research, other tea sorts also deserve our attention.

Black tea is known in China as "red tea" (hong cha) in reference to the colour of the infused liquid or to the red edges of the oxidized leaves. This category of tea is fermented before baking. Black teas are generally soft in flavour. The most famous teas in this groups are: Qihong of Anhui, Dianhong of Yunnan, Suhong of Jiangsu, Chuanhong of Sichuan and Huhong of Hunan.

Black tea helps to lower cholesterol and is good for the heart. Drinking black tea helps to prevent deadly clogging of arteries and reverses poor arterial functioning that can trigger heart attacks and strokes. Tea has long been tied to lower risk of stomach malfunctions, colon and breast cancer. Laboratory studies revealed that black tea may even stop cancer growth. Rutgers University researchers showed that a black tea compound called TF-2 caused colorectal cancer cells to "commit suicide" while normal cells were unaffected. Black tea can neutralize germs, including some that cause diarrhoea, pneumonia, cystitis and skin infections.

Pu-Erh (also written Puer, Pu-Er, Puerh) is a very special and unique style of tea. This type of post-fermented tea is processed using only sun-dried large-leaf tea leaves from certain areas. The best quality Pu-erh comes from the Yunnan province in South-Western China, including Xishuangbanna area, Simao and Pu-Er county.

Chinese Pu-erh Tea is the greatest tea mystery, famous for its health giving benefits, very low caffeine levels and rich, unique and comforting flavour. The secret resides in the aging process. Pu-erh is considered a special delicacy and an indispensable part of daily health care. Pu-Er tea is very good for digestive system (helps reduce body weight by increasing the metabolism), reduces cholesterol level in the blood stream, lowers blood alcohol after drinking, prevents dysentery, and stimulates secretions from the spleen and other organs.

Wulong (Oolong) tea represents a variety half way between green and black teas. It is prepared by allowing picked tea leaves to partially ferment before frying. Oolong is a full-bodied tea with a unique and highly enjoyable sweet-flowery character. It is a specialty of the provinces on China's southeast coast: Fujian, Guangdong and Taiwan. Finest varieties are still handmade following the traditional manufacturing process.

Oolong tea enhances the function of fat metabolism, controlling obesity and even contributing to slimming. Oolong Tea may promote healthier and stronger bones, protecting people from such diseases as osteoporosis. As other tea varieties, Oolong can fight against tooth decay and can help prevent heart ailments.

White tea is the least processed of all the tea categories. It is merely withered and dried by steaming. White tea gets its designation from the fine, silvery white hairs found in the unopened buds of the camellia sinensis plant. White tea leaves have a striking appearance. They usually have a light silver colour. White teas are the rarest in the world, produced on a very limited scale in China. Traditionally plucked only at daybreak in four provinces, white tea is delicate and subtle treat for quiet moments. These teas are characterized by an extraordinary fresh fragrance that is both subtle and sweet. The aroma is delightfully gentle with a mellow taste. Well-known varieties include "Silver Needle" and "White Peony".

White teas are greater source of antioxidants than any other teas. They can lower blood pressure and improve the function of the arteries. They promote strong bones. White Tea helps in protecting the skin from damage and may even reverse some of the damage caused by free radicals. It has great anti-viral, anti-fungal and anti-bacterial effects. This group of tea is even more effective than green tea in killing germs. White tea extracts are used in many kinds of tooth-pastes to enhance their anti-bacterial effects. White Tea may reduce blood sugar and help alleviate the symptoms of diabetes.

Herbal teas (also known as a tisane or herbal infusion) contain just herbs or combine herbs with regular tea leaves. Herbal teas are made using scientific technology based on ancient prescriptions by Chinese medicine masters. They have already won many faithful customers around the world due to their reliable qualities and effective function.
When infusing a teaspoon of herbs such as mint, tulsi, ginger, chamomile, jasmine (and many others), their medicinal properties seep into the water giving drinkers the desired effect. Depending on herbs used, it may be laxative, curative, refreshing, sedative or antacid in nature.

Blends It is possible to combine the positive characters of different teas by blending. Tea traders blend teas of different crops or even origins to maintain flavour, aroma, character and price of tea over longer periods of time. English Breakfast is one of the most recognized blends available on the market.

Whichever tea variety is your favourite, remember that it is important to choose only the fresh, good quality tea. Loose leaf tea, containing whole leaves and buds seems to be more effective than tea bags containing fanning of bigger, less fresh leaves.

And remember - tea is there to enjoy it! Enjoy it first ad treat health benefits as a side effect.

SanTion [http://www.sanTion.com.au] - Online Tea Shop & Tea House

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Organic Farming Using Biotechnology

2013-12-31T22:50:00.000-08:00

Organic farming is seedling and planting by a natural system by only using compost without any chemical or pesticide. You can produce organic fruits or vegetables by a natural system. Can you imagine how you can produce organic product with mass organic farming by natural systems? I think this idea is very difficult to realize. Why? This is because the natural system is inapplicable to mass production. If you are to push to do it, the high cost of production in producing the expensive organic products will be the result.

Learn from the case why you should not use the other ways. Now you can apply biotechnology to upgrade the natural system on organic farming. By using biotechnology, farming management is easier than depending on the natural system. It is more effectively applied on the mass production with the same system and result, while costing less. Its organic farming product will be free of chemicals and pesticides.

Biological fertilizer with bacteria composition is the result of biotechnology research and is a good solution for organic farming system. A cell of bacteria is coated by a coat until you use it in farming. On the soil it grows fast by dividing the cells and moving them into the plants roots and build symbiosis system between soil, root, bacteria and fungi.

The composition of biological fertilizer consists of nitrogen binding bacteria, cellulose decomposing bacteria, solvent phosphate bacteria and some specific species of soil bacteria. Those are the best bacteria in the root symbiosis, giving incredible results on organic farming.

The benefits from the biological fertilizer using biotechnology are:
-Bacteria can tie up the nitrogen from the air.
-Optimize the root symbiotic system.
-Ability to suppress the growth of adverse bacteria.
-Produce growth hormone which is useful for plants and supporting plant metabolism system.
-Ability to reduce systemic pesticide.
-Capable to recondition the soil.
-Many species of bacteria have positive ability in affecting the plant by making the leafs become more lush and green.
-Plants growth optimally and increase 30 % plant productivity.
-Free from pesticide or chemical residues product.
-Cut the chemical fertilizer use by more than 40%.
-Cut the harvest time by 1 or 2 weeks.

You can take the benefit and more profits by using biological fertilizer in you organic farming, building a good organic farming system, rehabilitating the soil condition, being environmentally friendly and saving the Earth.

Manufacturers of liquid biological fertilizers, soil conditioners and develop the findings of biotechnology for life. Active campaign about healthy life to apply on social life and business environment TO SAVE THE EARTH.

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Green Careers - Opportunity in a Tough Job Market

2013-12-31T09:06:00.000-08:00

Jobs are in short supply right now. So, if you are a job seeker or a recent graduate trying to decide on a future career, what is likely to be the fastest growing job arena? It may be in the green job sector, where employment is expected to grow and as overall green businesses and supporting industries develop into a $1.5 trillion economic behemoth.

Here are five top five industry sectors that are likely to be major players in an expanding green economy, according to GreenCareersGuide.

1. Landfill Gas So-called biogas generation is like grabbing the low hanging fruit of alternative energy. Jobs will be available as landfill gas plant operators, technicians, and engineers.

2. Solar Power The solar field is trending up and offers many opportunities for solar panel installation and sales for both residential and business customers. There are also companies developing improved photovoltaic panel technology. More colleges, technical schools and extension services are offering programs to support this area. This field is also an opportunity for the entrepreneur who would like to start a business.

3. Wind Power Wind energy seems to have a lower profile than "clean coal" or biofuels, but the market for wind energy quietly continues to grow, so much so that wind power now employs more Americans than the coal industry. Engineers are in demand for system design and if you have a background as a machinist you may be able to turn that into a job as a wind turbine machinist or wind turbine installer.

4. General Engineering The opportunities here are large, ranging from jobs building and operating waste treatment and recycling facilities to more efficient transportation systems. Developing the smart grid will also create a lot of demand for engineers. For the best jobs, a college engineering degree will be a prerequisite.

5. Green Construction The federal and local governments continue to require more certification and higher energy efficiency on all new buildings and retrofits. Green construction, with Leadership in Energy and Environmental Design (LEED) certification, will likely become a big business.

I will add a sixth opportunity.

6. Alternative Fuels

Biofuels: Employers will be looking for biotechnology and biochemical engineering training, as the focus of developing this technology is synthetic biology and biotechnology

Non-biofuels: Engineering skills are a requirement, as processes must be scalable to VERY large volume.

Looking for jobs in businesses that support greater energy efficiency or more efficient use of resources is likely to offer better opportunities for job seekers for the next decade or more. The six industry sectors profiled here look especially attractive. If you have the time, get relevant training or education that will make you stand out as an applicant.

And now I would like to invite you to claim your Free Instant Access to two of my Living Green Reports when you subscribe to the Living Green and Saving Energy Newsletter at http://livinggreenandsavingenergy.com/. The newsletter brings you practical tips and information on how to create and enjoy a green lifestyle and save money. The newsletter is absolutely free! Would you like to save up to $1000 per year for life by going green? The Ebook "6 Weeks To A Greener Lifestyle" shows you how. And "How To Take A Green Vacation" gives you all the information you need to travel in a more eco-friendly manner. Get all the details here: http://livinggreenandsavingenergy.com/ebooks

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Diversified Biotech: Pharmaceutical Companies Fill Gaps in Pipelines

2013-12-30T03:49:00.000-08:00

Pharmaceutical companies, having placed their focus on the discovery of effective drugs, the development of such, and creation of technology to advance pharmaceutical production, face a dilemma. It is a difficult process, fraught with challenges, where results are unpredictable; the testing and trial period takes a great length of time, and there are daunting costs, all which are then transferred to the American public. In an effort to increase their production and profits, while minimizing expenses, the pharmaceutical industry is turning to the diversified biotech field as well as the development of biotech drugs.

Biotechnology is a scientific field that relates to biology, and the manipulation of living things as well as bioprocesses, branching out to many areas such as engineering, technology, medicine, and industrial fields that require bioproducts. Starting far back in human history with domestication of plants and animals to advances in agriculture through grafting and hybridization to enhance crops, it is groundbreaking in the present time with the innovations in the production of biotech drugs and the diversified biotech paths available to science. Genetic engineering, cell and tissue culture technologies, biodegradable plastic development, and research into the creation of biofuels name only a few of the new horizons opened by biotechnology. Areas of specialization vary; blue biotechnology focuses on marine and aquatic life processes and developments, green biotechology focuses on the agricultural field, red biotechnology revolves around the medical field, and white biotechnology centers on the industrial field.

As pharmaceutical companies and venture capitalists attempt to thrive, the biotechnology industry provides ample opportunities for investment. Companies are not restricted to the drug research industry alone, although biotechnology certainly will produce advancements in the pharmaceutical field, with new methods of production and sources for drugs that come from the living organisms in the environment. By being so diversified in the implications of the biotechnology field, investors will find their own economic resources building upon new discoveries.

The biofuel field is one of the most promising as an alternative to non-renewable fossil fuels, providing a bargaining chip and bolster for a weak economy. Companies that supplement their finances in the biotechnology industry are not taking a gamble but rather choosing a sensible, stable source that is a well of opportunity. In investing, they will better manage expenses, make the process of drug development more efficient and less costly to the public, and provide the American economy with a well needed boost.

Interested in Big Pharma's diversified biotech portfolios? Looking for information on biotech drugs? Check out our web site.

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Exploring the Mystery of Aromatherapy Through Biotechnology

2013-12-28T18:09:00.000-08:00

Aromatherapy originated in Ancient Egypt. About a hundred years ago, a pharmacist from France used an innovative method which led to a breakthrough in aromatherapy techniques. In recent years, under the strong promotion by Sathelyne Group, Bel'Air aromatherapy came into being to benefit many consumers.

For centuries, people have experienced and have come to recognise that essential oils have many benefits. Essential oils can help to combat bacteria and other diseases, repel mosquitoes, prevent tooth decay, fight oxidisation, inflammation and even enhance the immune system, calm nerves, etc.

But with so many types of essential oils around, which essential oils will benefit you? Which are the safest? These are questions that researchers are still unable to answer exactly.

Since 2002 when Bel'Air set up our factory in France, there has been interest in testing the safety and effectiveness of our essential oils. With these concerns in mind, Bel'Air worked closely with professor Tsai from Taiwan National Yang Ming University in setting up our very own Bel'Air Bio-tech Research Centre. Professor Tsai Ying Chieh is head of Taiwan National Yang Ming Biotechnology Department and head of Taiwan National Yang Ming University Medical Science Department. He expressed that his interest in aromatherapy research is enhanced by the fact that research and academic publications in this field are scarce. The Bel'Air Bio-tech Research Centre hopes to strengthen the foundation of botanic essential oil research and further the investigation of essential oils and their various properties, effects and benefits. Professor Tsai also hopes to share knowledge with international institutions and publish academic papers. At the same time, he aims to educate the public on aromatherapy.

The Effects of Essential Oils on Micro-organisms Present in the Air

Between August 2000 and September 2002, Bel'Air Bio-tech Research Centre carried out a research program to determine whether Green tea essential oil, Ginseng essential oil, Eucalyptus essential oil and Lavender essential oil have an influence on the amount of micro-organism (mold, yeast, fungus, bacteria) in the air. The researchers conducted tests on Green Tea essential oil, Ginseng essential oil, Eucalyptus essential oil and Lavender essential oil. They burned these 4 types of essential oils in a sealed room, and recorded readings at different time intervals. Readings were taken at the beginning of experiment (0 min), during the experiment (30, 50, 70, 90 mins) and after the experiment (30, 60, 90,120,150,180,210 mins). The experiment was repeated several times based on a sample of 500 litres of air. The experiment results proved that:

Green Tea has 90% effectiveness in killing bacteria; and 61% effectiveness in killing fungus.
Ginseng has 90% effectiveness in killing bacteria; and 62% effectiveness in killing fungus.
Eucalyptus has 52% and 48% effectiveness respectively, as pertaining to the items above.
Lavender has 66% and 71% effectiveness respectively, as pertaining to the items above.
Professor Tsai expressed excitement and interest in such results, because the experiment proved that Sathelyne Bel'Air's aromatherapy products indeed could combat micro-organism in the air, thus purifying the air. He also said that although the effectiveness figures for fungus seem low, but that is desirable because this would mean that it would not be harmful to the body.

After obtaining such positive and encouraging results, Bel'Air has worked even harder to carry out the 2nd experiment. This program made detailed analysis and records of the chemical compositions of these 5 essential oils, and tests were done to determine their chemical and biological safety.

Professor Tsai carefully selected Ginseng, Green Tea, Green Bamboo, Lotus and Eucalyptus as the 5 essential oils for the experiment. The reason for such a selection was because the 1st four essential oils are plants from the East, of which not enough researches had been carried out in the West. The selection of Eucalyptus was to act as a test reference for the other 4.

Chemical and Biological Safety Experiment

The 2nd experiment went through the following steps:

Using GC-MS to analyse the chemical composition of these 5 essential oils.
Based on their individual chemical compositions, analysis was done to determine the safety for use of essential oils.
Using GC_MS to determine the after effects of these essential oils, whether any by-products or toxins were produced in the combustion process.
Using Ames test to test the before and after changes of these essential oils.

Using skin cells, fat cells and HepG2cancer cells to determine essential oils effects.

Find out what effects these essential oils have in combating bacteria and killing micro-organism such as mold, yeast and fungus (MIC).
The 2nd experiment results proved that these essential oils have compositions that are mild, low in toxins, do not irritate skin and have low light-sensitivity. The Ames test also proved that these essential oils do no go through major changes before and after the combustion process. What is more encouraging is that before the test, these essential oils already contained beneficial compositions, but after the test, these beneficial compositions diffused into the air and these are what the body needs exactly. Moreover, the body does not easily absorb these compositions in our daily activities.

These experiments carried out by Bel'Air and Yang Ming University have achieved positive results, and we hope that in future, there will be more of such experiments to make the benefits known to consumers.

The Aims of Bio-technology in the Medical Applications of Aromatherapy

1. To determine the plant essences and their scientific applications, their methods of production and their

relevance for health therapy and health maintenance.

2. To establish the concepts and the operational models.

3. To bring aromatherapy into the realm of medical treatments.

4. To employ modern methods of making new medicinal products in setting up aromatherapy processes, so as to develop aromatic medical science.

Nur Syahid, a Natural Aromatherapist, specializes in Bio-Tech Aromatherapy including oxygen therapy, ozone therapy, health aromatherapy. Comments, Share and more info E-mail to : Healthybelair@yahoo.com

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Biotechnology - What it is and What it Can Do For Mankind

2013-12-28T11:42:00.000-08:00

Whether you live in San Diego, Orange County, in the farming areas of the Coachella Valley and Central California, or in high tech areas such as La Jolla and Irvine, biotechnology and patent law is vital to business.

I've been asked, "What is biotechnology really about and does it mean the end of civilization as we know it."

It is often referred to as genetic engineering, which will cause the average person to go into a sweat fearing that he may have just eaten some genetically altered food for breakfast.

But biotechnology is so much more, and in this writer's opinion, it is the hope of mankind if it is developed with an abiding respect for nature and a doctor's creed of ensuring no harm is done.

Today, biotechnology is broken down into four main areas: red biotechnology is applied to the medical field, green biotechnology is applied to agriculture, white biotechnology is in the industrial field and blue refers to the aquatic field.

In the medical field, biotechnology helps develop new medicines, new therapies, and can be used to use normal genes to target or replace defective genes or boost immunity.

In agriculture, biotechnology can be used to boost the yield from crops, reduce the vulnerability of crops to disease or weather, and to increase the nutritional values of foods. It can even be used to improve the taste or texture of foods. A benefit of biotechnology in agricultural applications is to reduce the need for pesticides or other harmful chemicals on crops that go into the nation's water supply.

A new area in which biotechnology is developing rapidly is in biological engineering such as in the development of bio processes from the laboratory to the manufacturing or industrial scale.

Biotechnology is not without criticisms and raises moral dilemmas. What biotechnology can solve, sometimes produces unwanted results such as residues and super resistant foods that may contaminate other non-genetically modified crops. Cloning has also stirred much controversy each time it is in the news.

But biotechnology in the future may also lead to new ways to clean up contaminated environments and the pollutants and wastes mankind produces. And as the world does harm to its environment, much must also be done to reverse these effects before it is too late.

Call Attorney R. Sebastian Gibson at (800) 589-3202. Or visit our website at http://www.SebastianGibsonLaw.com to learn more about patents, trademarks, copyrights, intellectual property and biotechnology.

If you have an intellectual property issue, want to apply for a patent, trademark, copyright or biotechnology patent, or need legal defense for an infringement matter, our experienced attorneys can serve as your Palm Springs Patent Lawyer or your intellectual property attorney anywhere in Southern California. We have nearly thirty years of experience and have represented clients from San Diego to Orange County, from Newport Beach and Laguna Beach to San Luis Obispo, from Anaheim and Irvine to Carlsbad and La Jolla, from Ontario to Victorville, and from Temecula and Yorba Linda to Palm Springs, Palm Desert, Indian Wells and throughout the Coachella Valley.

Sebastian Gibson graduated cum laude at UCLA in 1972 and later received two law degrees in the U.S. and the U.K., graduating with an LL.B. magna cum laude from University College, Cardiff in Wales and a J.D. from the University of San Diego School of Law in Southern California.

The Sebastian Gibson Law Firm serves all of San Diego, Orange County, Palm Springs and Palm Desert, the Coastal Cities from La Jolla and Del Mar to Laguna Beach, Newport Beach, Irvine, Santa Ana and Irvine and up to Ventura, Santa Barbara and San Luis Obispo, Ontario, Rancho Cucamonga, Temecula, Riverside and San Bernardino and all the cities in the Coachella Valley.

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Biotech Startup Funding Growing Rapidly Despite Down Economy

2013-12-26T20:27:00.000-08:00

Pharmaceutical companies are able to grab best investment opportunities from biotech field. Little risks are involved in the investments made in biotech startup. For making success in biotech business, we have to identify certain features. We have to develop technology and thus make the market viable. Biotechnology industry organizations provide considerable opportunities in the health care field. Due to the advancement in biotechnology, pharmaceutical companies are making huge investment in this field.

Biotechnology is a branch of science that mainly concerns with the use of bio-processes and living organism in medicine, engineering and technology. There are various branches in biotechnology. Green biotechnology is concerned with agriculture while blue biotechnology deals with aquatic and marine research. Different aspects of industrial field are studied in white biotechnology. Various aspects of medical field like cell and tissue culture technologies, drug development and genetic engineering come under the category of red biotechnology.

Production of new drugs is essential for fighting against various diseases. Preparing medicine products and conducting pharmaceutical researches are the main functions of biotech companies. Biotech startup has to face a lot of challenges while putting various pharmaceutical drugs on the market. For biotech companies, it is very much difficult to find potential venture companies and capitalists for promoting the drugs. Venture capitalists provide funding for the production of drugs. Without this funding, it is very much difficult to continue the production of drugs. Pharmaceutical companies also assist in the marketing of medicines.

Most of the biotech companies are region specific. Biotech companies should be familiar with regional marketplace. Most of the research and development in the pharmaceutical field is quite expensive. Trials and laboratory studies conducted by biotech companies may not provide any assurance or guarantees. Earlier, it takes a lot of years for these researches and laboratory studies. But now many innovations are made in this field for reducing costs of researches. Solid IT infrastructure, competent biotech consulting firm, affordable office space and sources of funding are essential for biotech growth and innovation.

Some of the biotech companies are tied to government or universities subsidized ventures. Such companies are based on a non-profit model. Pharmaceutical companies have to invest on a business model that helps to provide maximum profit. Biotech companies often need the assistance of pharmaceutical companies for the making some crucial discoveries in the field of medicine. New medicines are essential for combating diseases and protecting human beings. Nowadays many venture capitalists are taking interest in biotech companies.

Biotech venture capital needs to be even more careful with investments this year; learn what trends are forcing the industry to be cautious on our web site.

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Biotechnology and Ultrasound Technology

2013-12-25T20:01:00.000-08:00

Ultrasound Technology
Ultrasound makes use of sound waves of high in pitch that humans cannot hear them. It has become a great boon to medical science. Using ultrasound, doctors can peer deep inside every part of the body without cutting it. Cardiologists can see which blood vessels are thickened or obstructed and which muscles are being starved of blood. The sound waves are used by ophthalmologists to treat tumours in the eye, as well as to relive the pressure that causes glaucoma. A Urologist use the ultrasound to pulverize kidney stones. Unlike X-rays, ultrasound has no harmful effect compared with other body imaging systems, it's also fast and portable and cheap. It eliminates screws and glues in plastic products. Ultrasound is a sound energy in the forms of high range frequency waves. It is used to locate the object.

Ultrasound technology painful operations and weeks of lying on bed are unnecessary. Ultrasound is opening up new horizons in other fields outside medicine as well. It welds trouser pockets and even stitches bed guilt. Vacuum cleaner bags and cassette are sealed by ultrasound. The ultrasound energy is used to blast out dirt and dust out of the clothes. It is used for cleaning in labs, warships, factories and jewellery stores.

Biotechnology
Biotechnology is being looked at as a key tool in environmental clean lines. Bio remediation is the use of living organisms to render the dangerous pollutants harmless. Certain genetically engineered organisms are being developed to convert toxic material into benevolent substance. One biotech company, The institute for genomic research has developed a micro is that can absorb large amounts of radio activity. Forest research institutes are aiming at inventing new genes that can be inserted into growing trees to make them grow faster, become more resistant to diseases in a better way and withstand heat, cold and draught.

Biotechnology is the use of biological processes. That is used to manufacture the product to improve the quality of human life. Biotechnology can be divided into sub disciplines called red, white, green and blue. Red biotechnology involves medical processes such as to getting organism to produce new drugs and also generates human tissues. White biotechnology involves industrial processes such as production of chemicals. Green biotechnology involves such processes as development of pest resistant grains. Blue biotechnology involves the processes of marine encompasses and aquatic environments. Biotechnology is the advanced technology and it has potential for misuses.

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A Look at the University of Cambridge - Great Colleges and Universities

2013-12-09T01:05:00.000-08:00

Cambridge University, more formally known as the University of Cambridge, is the second oldest institution of higher education in the United Kingdom. It was created in 1209 and was established as an independent institution of higher education in 1231 via a charter by King Henry III of England.

The different colleges of the university were formed in pieces and as a result of endowed fellowships by different scholars. Other colleges were formed after the absorption of several hostels. The first college to be founded was the Peterhouse in 1284. The university's co-ed colleges include Christ's College, Churchill, Clare, Corpus Christi, Downing, Emmanuel, Fitzwilliam, Girton, Gonville and Caius, Homerton, Jesus, King's College, Magdalene, Newnham, Pembroke, Queens' College, Robinson, St Catharine's College. St John's College, Selwyn, Sidney Sussex, Trinity and Trinity Hall.

Other colleges in the university cater to a specific students. Hughes Hall, St Edmund's College and Wolfson only accepts mature undergraduate student and graduate students. Clare Hall and Darwin Colleges houses only graduate offerings. Murray Edwards and Newnham are all-girl colleges while the Lucy Cavendish College caters only to mature female undergraduate students and female graduate students.

The University has six schools: Arts and Humanities, Biological Sciences, Clinical Medicine, Humanities and Social Sciences, Physical Sciences and Technology. It also has 150 faculties, departments and other units. Undergraduate departments of the university include Natural Sciences, Engineering, Mathematics, Arts, Veterinary Medicine, Medicine, English, Education, Philosophy, Law, Economics, Management Studies, Classics, History, Linguistics, Computer Science, and Architecture among others.

Graduate departments in the university include the Department of Chemical Engineering and Biotechnology, Faculty of English, Computer Laboratory, Department of Archeology, Judge Business School, Institute of Criminology and Faculty of Divinity among others.

My name is Darren and I write for the university and colleges section of the PBA website. I recommend that you visit the site for in-depth information on Cambridge university at the following page: http://www.universityreview.org/university-of-cambridge-ranking-and-address/

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The Biotechnology Pride now in the Savannah

2013-12-08T09:25:00.000-08:00

Yes, it is time these cubs terminated a career hunting beetles and returned to their roots. The primary food chain has just reached an ideal ecological statistic to permit reunion of the nation's staggering population of Biotechnologists (as engineers) with their Pride of yore.

And it's not just about portly and brassy old opportunity; it's the choice in the face of opportunity's reclusive habits when it comes to Biotechnology. Most of us this year have been loyal in our choices, thus far. Some of us, for instance have declined generous 'job' offers, knowing that all that glitters is not Biotechnology! And while this may be a well-proven fact for the countless other disciplines of the glittering kind, it certainly is a matter noteworthy in our case.

In the course of four years, (the first being fraught with ridicule at belonging in 'Biotech' and concomitant identity crises in an engineering college) we are probably the only department that studies every subject under the blue sky: progeny, ancestors and even remote cousins of Biotechnology in warm familial bonding.

While this condition is aptly described by the title that we presently bear as 'Jacks of all Trades (and the remaining is unmentionable)', we have finally seen the light at the end of the tunnel, because being Jacks of all trades is indeed a blessing.

Need I elucidate? We know where to go next for fresh hunting ground. Whilst this statement might inspire a vociferous resistance from most of you, think again. Here is the meat:

Biotechnology spans several disciplines including food technology, agriculture, medicine and environmental conservation. No graduate of this field may be tagged a 'biotechnologist' and seek work in the 'biotechnology industry' but must keep her eyes peeled and ears perked for pockets of opportunity in these sub-disciplines. Alongside the listings a four-year engineering course offers a scoop of each for a student to pick for further education or for a career start in the industry.

If the devil's advocate were to interject at this point, he might say the wind is blowing every which way. Would our cubs then lose themselves as they gambol in it? The defense lays in this: that direction is gleaned from experience and for many the four years of engineering are quite prophetic. Just as in any other field, channels open up as you move on and get more centered on your specific area of interest.

A student may be proffered some guidance by periodicals that talk of the industry, new products and new firms. Doing short-term internships and projects in the industry also ups the odds of being absorbed into these firms. While this may be a universal engineering paradigm, it does affect the prospects of a biotechnology graduate like no other.

India in itself is a nexus of multiple fields, and products of valuable service might be easier to take to her rustic backyard.

This is evidenced by the fact that our government, namely DBT, New Delhi, and several sub committees offer industrial training programs and richly funded research projects that can give us better reach, and make resumes tastier to the recruiter.

While the downside is that the paycheck is just medium-small in the beginning, it grows with you, and growth in this industry is quick and respectable. If one is working in the Biomedical field, for instance, in the private sector like I am, and developing a diagnostic device that could hit the market in the next two years or so, not only has one the satisfaction of having created a high impact product but also of having done something original and of service to humanity. And it doesn't end there!

The Savannah is wide open.

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Top Engineering Colleges In India Will Surely Assist You In Carving A Niche For Yourself

2013-12-07T07:24:00.000-08:00

India is renowned all across the globe for the speedy growth of its high-technology sector and the pace with which it is developing. Name any sector and you will surely find that India is making a strong foothold in the same on a global scenario; India has created outstanding advances. One of the foremost reasons of such development is that India constantly churns out highly witted and expert engineers from the top engineering colleges in India, virtually every year.

India keeps on nurturing an enormous pool of engineers with stupendous technical skills that believe in creative and ingenious thinking to bring revolutions within the technology sector. Engineering colleges in India have all the obligatory features in place which will surely sweep the engineering aspirants off their feet.

They encompass preeminent infrastructure, revolutionary teaching standards, experienced and expert teaching faculties, excellent placement opportunities, research prospects and a lot more. The unprecedented success of the top engineering colleges in India has witnessed the mushrooming of more and more engineering colleges in every nook and corner of this incredible nation.

Amid the top engineering colleges in India, the elite group of IITs (Indian Institute of Technology) enjoys a special and top notch stature. Doing a bit of innate research on the World Wide Web will surely le you lay your hands on a list of the top colleges in India which appeals to your penchant. Apart from it, you can also search the internet for engineering colleges pertaining to your locality. For example if you reside down south, you can search the web for top colleges in Tamilnadu or top colleges in Chennai.

You can choose from an assortment of government colleges and private colleges in India. The sheer number of courses accessible will also sweep you of your feet as you will surely find a course which appeals to your penchant. Some of the most sought after courses are: - electronics, computer science, information technology, plastic, aeronautical, sound, automobile, civil, biotechnology and a lot more. In such milieus, the internet is your best counselor and guide which pave the way for admission into the top colleges in India.

Some of the names which stands out from the rest when it comes down to the top engg colleges in Tamilnadu are: - IIT madras, National Institute of Technology, Tiruchirapalli (NIT-T), Anna University Coimbatore, PTR College of Engineering and Technology, CR College Of Engineering & Technology (CRCET), Saranathan College of Engineering and a lot more.

In a similar fashion, if you want to search for top engg colleges in Chennai, you will come across names such as: - SSN College of Engineering, SRM University, Hindustan University, VEL TECH Technical University, Indira Gandhi Institute of Aeronautics [ IGIA ], etc.

Mr.Pankaj is providing Top Engineering Colleges, dedicated and devoted to efficiently bridge the gap that exists between engineering education seekers and education providers. Explore top engineering colleges in India, top engineering colleges in Tamilnadu and much more.

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Being Part of Our Future: Enrolling in Technology College

2013-12-06T00:53:00.000-08:00

Look around you. Almost every single man-made thing in your immediate vicinity (unless you are sitting in the middle of a forest) is the product of an engineerial or technological feat. From the bicycle tied up outside your building to the plastic thermos that you carry your coffee in when setting out for the day. Not to mention the creation of the building that you live in. Engineers are the people that are tasked with the responsibility of physical manifestations. They turn ideas and theories to live concepts and tangible items. The majority of the items in your surroundings are the result of the work of an engineer, or a related field. Pretty impressive, right?

One of the best things about being responsible for the creation of something is seeing it come to life. Enrolling in an engineering technology program will push you in the right direction, exposing you to the demands of an engineerial career (these schools often offer apprenticeships to provide students with hands-on training). Graduates will benefit from a challenging and ever-changing work environment, while being subjected daily to intellectual development. Graduates also work towards benefiting the majority of society (think about who develops the transportation systems, or designs the factory machinery that supplies us with the products that we use on a daily basis). Best of all, an engineering background opens up the door to other opportunities. After all, consider the examples of Alfred Hitchcock and Neil Armstrong. They both enjoyed the benefits of an engineering education, and they both did quite well in very different fields.

Besides the possibility of one day becoming a full-fledged engineer, students can choose from any of the following concentrations:

- Architectural Technician/Technology

- Civil Engineering Technician/Technology

- Transportation Engineering

- Urban and Regional Planning

- Biotechnology

- Chemical Engineering Technology

- Environmental Technician

- Computer Systems Technician/Technology

These focuses majorly span across four fields, including building and construction, chemical and environment, computer science and information and mechanical and industrial technology. Once students figure out a focus, they can also take their studies a little further by deciding on a specialization. All you have to do is figure out what field is the best suited to you strengths and interests.

Due to the rate at which both society and technologies are evolving, there is an incredible demand for engineerial students. Technology college graduates can look forward to a higher pay grade, a stable employment and the prestige that is associated with an engineerial career. They will also work in an admirable and respectful work environment, while being sufficiently supplied with the right tools to develop their careers accordingly.

If you are both creative and technologically inclined, explore the possibility of pursuing an engineerial career. Evaluate the engineering programs in your area, and see if one is well suited to your personal strengths. In the end, you might very well be surprised at what you're capable of.

Visit Mohawk College for more information on engineering technology programs.

Rima Hammoudi is a Copywriter at Higher Education Marketing, a leading Web marketing firm specializing in Google Analytics, Education Lead Generation, Search Engine Optimization (SEO), Mobile SMS Alerts, Social Media Marketing and Pay Per Click Marketing, among other Web marketing services and tools.

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Illinois Colleges Offer Something for Everyone

2013-12-05T05:11:00.000-08:00

Illinois offers a unique collegiate experience in a wholesome, Midwestern environment. Illinois colleges and universities combine technology, facilities, and qualified instructors to immerse you in a culture of learning.

The state of Illinois boasts a diverse system of 9 public universities at 12 campuses, 48 community colleges, 97 independent not-for-profit colleges and universities, and 35 independent for-profit institutions. The Illinois Board reports that Illinois has the third largest community college system in the nation.

Another quality feature of Illinois colleges is the regard the state's employers have for its graduates. According to the Illinois Community College Board, more than 80 percent of Illinois employers have hired a community college student in the last decade. Also, nearly 30 percent of Illinois employees have completed a credit course at a community college in that same time period.

Illinois Universities: Home to a Diverse Student Population

One benefit you'll find at colleges in Illinois is diversity. Study Illinois reports that Illinois colleges accept more than 25,000 international students every year. Here are some other notable enrollment statistics cited by the Illinois Board of Higher Education:

Enrollments at public universities increased by 1.2 percent in fall 2009 to 204,469
Community college enrollments increased 6.4 percent to 380,025
The number of students at private institutions increased 3.1 percent in the nonprofit sector, to 231,379 Enrollment at proprietary institutions grew by 1.4 percent, to 77,032
There were 8,936 Illinois students enrolled in out-of-state institutions with operations in Illinois

Cost of Attending Illinois Universities

You'll discover that colleges in Illinois are in-line with the national averages with respect to tuition, room, board, and fees. The College Zone, a partner of the Illinois Student Assistance Commission, reports the following average tuition and fees for Illinois colleges and universities:

Public community college: $14,637
Public four-year college: $20,339
Private four-year college: $40,476

The average full-time college student pays only $2,521 per year in tuition and fees for training in over 300 different careers. Financial aid opportunities are available for you to use at colleges in Illinois based on need and academic merit.

Prospects for Graduates of Illinois Colleges

The U.S. Census Bureau reveals the state's 2009 population estimate at 6,593,587--fifteenth in the nation--and the state's major city, Chicago, is a cultural and business hub in the Midwest. Illinois' main industries include biotechnology, health care, finance and tourism. Median income in the state was $65,401 in 2008. Outside of class, students can enjoy a rich cultural scene that features a range of professional sporting events and a thriving nightlife.

Kelli Smith writes about colleges and universities, community colleges, and online schools. Find Illinois Colleges at CollegesandUniversities.org.

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STEM Degrees Proliferating At Florida Colleges And Universities

2013-12-04T05:19:00.000-08:00

Is the Sunshine State becoming the Mad Science State? Florida, long known for oranges, beaches and a relatively temperate year-round climate, is increasingly becoming home to biotechnology companies working to develop breakthroughs in areas such as health care, agriculture, food and the environment. The state, which has been wooing companies that some say could ultimately bring thousands of jobs, is simultaneously working to enhance STEM degree programs and facilities at its public universities.

STEM is an acronym for science, technology, engineering and math. The State University System announced a New Florida Initiative that would put $1.75 billion over the course of five years toward STEM degree efforts and produce graduates who could help improve business, health care, development and education. The plan is to help Florida enhance a globally competitive "knowledge and innovation" economy that's sustainable, the Initiative website suggests.

Florida isn't alone in its efforts to lure biotechs, according to a June 2010 Palm Beach Post article on tcpalm.com. The state is, however, already home to a growing number of biotechs in the Tampa and Palm Beach County areas alone. The New Florida Initiative would in part align state colleges and universities with new and existing firms where STEM degree students might carry out research and ultimately find work. A January 2010 Initiative report pointed toward "knowledge economy" college towns such as those in North Carolina, where a declining agricultural economy was reshaped by strategic alliances and investments, and Ann Arbor, Mich., where a state university employs 30,000 people and the economy is becoming more high-tech.

Already, a STEM degree-producing public university in Tampa has announced that it's helping Maine-based Jackson Laboratory to find an alternate location to its initial $260 million-plus Collier County choice. Jackson Laboratory produces genetically engineered mice and conducts health care research and, with the university, is now seeking space in the Tampa area as well as near Sarasota to the south. Scripps Research Institute in Palm Beach County went through a similar process before the New Florida Initiative was borne and Scripps settled in near a state university.

Palm Beach County in 2005 spent more than $151 million on a 1,919-acre former citrus grove west of Palm Beach Gardens for a research park that Scripps Research Institute was expected to anchor, a Palm Beach Post article suggested. Environmentalists sued, and the county ended up with a $6.5 million a year debt and water lines extending to a vacant property for which it paid $60 million, a Palm Beach Post article noted. Scripps ended up with a 30-acre base in a town of a Jupiter community that the US Environmental Protection Agency considers "Smart Growth."

Abacoa, as this community is known, is a community of residences and businesses that's linked in many places by recreational paths and that, according to the EPA, takes pressure off the Everglades. In addition to the STEM degree-offering public university campus here, Germany's Max Planck Society is joining Scripps, and Scripps itself has created a spin-off company known as cuRNA. By 2015, Scripps expects that its employees are to grow to 545, an article in the Palm Beach Post suggested. There are 70 acres on an adjacent piece of property on which Scripps can expand, the research institute's website shows.

The Tampa university already has established partnerships with research facilities in St. Petersburg and in Tampa outside of its campus. On campus, the university has broken ground on an 87-acre research park, where the first phase is expected to cost $40 million, the institution's website suggests. The park would serve as a hub in the area for research in STEM degree and entrepreneurship subjects, its website suggests.

The New Florida Initiative by 2015 expects to produce an additional 25,000 college and university degree-holders and add 2,500 new faculty members who bring with them another $500 million in research money and more. The state would be spending double the amount it's been providing to public universities, its website suggests. Also according to the website, colleges and universities would be able to put some of the money toward expanding science degrees and building up their campuses. If one is interested in earning a STEM degree online, he or she can visit Education Connection to see which colleges and universities offer the best programs.

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Top Colleges With Women's Golf Programs

2013-12-02T18:35:00.000-08:00

The highest-rated golf colleges for women were UCLA, Southern California, North Caroline, Pepperdine, Duke, Wake Forest, Georgia, Rollins, Stanford and Vanderbilt. Duke had a 85.845 rating compared to UCLA with a 85.612 rating, barely edging them out for number one. Rollins College was the only Division II college named in the top 50 for women. There are a few women's University golf programs that dominate the women's golf scene.

Top Academic Golf Colleges for Women
The top 10 academic golf colleges for women are, Duke, Stanford, Princeton, Yale, Vanderbilt, UCLA, Southern California, Wake Forest, Notre Dame and Pepperdine were all in the running. Again, Duke had a slight advantage with a total score of 91.195 over Stanford's 90.020 rating. Amherst was the only Division lll ranking at number 24

Golf has become a popular female sport with women stars like Michelle Wie, Paula Creamer and Annika Sorenstam lending to women's golf having a mainstream appeal.

Top university golf programs prepare women players for the pro tour and life-style and have become the training ground for future professional LPGA stars.

Division I Golf School Programs
Division l status teams are different from club or intramural sports. They are rated/ranked by the NCAA.

There are 217 Division l women's golf programs and each is allowed 6 scholarships by the NCAA

Here are a few:

University of California LA:
UCLA offers competitive women's golf teams and boasts a 3,000 square foot putting green, 3,000 square foot tee box, practice facility, exercise equipment and a club repair area.

Bachelor's, Master's and Doctoral degrees can be earned in many areas such as, Marine biology, ethnomusicology, molecular toxicology, linguistics, French, English (as a second language), space physics, African studies, oral biology, East Asian studies and moving image archive studies.

University of California Los Angels
LeConte Ave & Westwood Blvd
Westwood CA 90024
310-206-5570

Kent State University:
The Kent State women's golf team trains on a 10,000 square foot putting green, 350-yard practice range; four target greens, swales and bunkers. There is also a short game practice area, practice fairways and Astroturf tee areas as well as heated hitting bays, a 3,000 square foot chipping areas, a video room with swing analysis and separate study areas.

The university has nine campuses with 50 graduate programs and two-year associate degrees, over 250 bachelor degrees and majors in American Sign Language, business, fine arts, anthropology, fashion design, botany, chemistry, aeronautics, biotechnology and exercise science.

Kent State University
Kent, OH 44242
330-672-3000
or: kentstatesports.com

Vanderbilt University:
Vanderbilt University offers women's Division I golf teams. The Conner Short Game Practice Facility and Vanderbilt Legends Club. Vanderbilt offers three greens, five bunkers and a 130-yard practice hole. The Legends Club offers 36 holes of golf with two courses, one par 72 and one par 71.

When students aren't taking swings, chipping or putting, they're at work in bachelor's, master's and doctoral programs in fields such as ancient Mediterranean studies, creative writing, computer science, divinity, economics, public health, secondary education, Portuguese, general psychology and special education.

Vanderbilt University
Nashville, TN 37240
615-322-7311

Gail Havens is President of Goddesses of the Greens, Inc. a Free Social Networking site for women golfers. Also, Best Rate Tee Times, a free online tee time booking site [http://www.goddessesofthegreens.com] and [http://www.bestrateteetimes.com]

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Cutting Edge College Majors

2013-12-02T03:56:00.000-08:00

Medicine and education may be traditionally favored routes through college, but what's to stop you studying one of the newer college degree programs? Many of the most popular majors now appearing in college prospectuses cater to the growing number of hi-tech and consumer based industries popping up all over the world. Make no mistake-- these are the ones to look out for if you want to combine an innovative approach with hard-edged business acumen.

Biotechnology
A challenging yet very rewarding choice, Biotechnology is an up-and-coming area of research that combines engineering, biology and technology. This is a real chance for you to make a difference to the worlds of medicine and agriculture, working for any number of pharmaceutical organizations, the government and biochemical companies or non-profit organizations.

Digital Video and Media Production
The world in which we live is changing at a faster rate than ever, with digital media production and technology influencing the way in which we receive information and our increasingly complex interaction with the media. Digital media production is becoming a hot college degree choice, offering the chance to learn about the latest technology and techniques in filmmaking, television, editing and animation.

Emergency Administration and Planning
In a world which is increasingly under threat from natural and man-made disasters, we need professionals who can plan appropriate response measures when emergency situations arise, and who can educate communities to help minimize the impact of future events. Large corporations may hire graduates in this field, but many work for international government organizations such as the Red Cross.

Emerging Media
Bringing the traditional Communications degree bang up to date for an Internet Age audience, Emerging Media allows students to explore the way in which new technologies can be applied to the business world. From Web sites and blogs to social networks and podcasts, Emerging Media trains you to become a communications expert in the cyberspace world.

Forensic Accounting
Fancy studying Business, but prefer to do something a bit more "outside the box"?
If you're a whiz with figures and would like to mix this with investigative and legal skills, Forensic Accounting could be for you! Forensic accountants analyze the financial actions of businesses, and may be called on in legal trials to give evidence relating to fraud cases.

Forensic Sciences
Let's face it, many of us are glued to crime-based drama shows on TV, and would like to think that we could do better when solving the mysteries! Forensic science is becoming increasingly popular as a major, combining investigative skills with down to earth scientific knowledge in the fields of biology and chemistry... an intriguing twist on the traditional science disciplines!

Green Majors
College degree programs have cottoned on to the fact that it pays to be green, and Environmentalism is now more than just a soundbite opportunity for campaigning politicians, and the world is waking up to the importance of educating students in this vital area of study.

Health Information Management
Due to an increasingly aging population and higher-than-ever life expectancies, the US is experiencing an unprecedented demand for healthcare. A growing niche in the healthcare market is for health information management professionals to gather and report back on healthcare data. This data is then used to develop and administer systems that not only ensure patient privacy and confidentiality, but also help medical professionals in making their diagnoses.

Video Gaming
Imagine being able to tell your parents that all that time you spent glued in front of your Xbox will finally lead you to gaining a college degree. Yes, it's true! A Video Gaming major will make you a true professional in all aspects of this multi-million dollar industry, not to mention very popular with your friends!

Because of their up-and-coming nature, these majors may not be available at every college. You may have to look at specialty vocational colleges or online college courses [http://www.cappex.com/page/quickOptions/index.jsp].

I want to make sure that everyone has the opportunity to go to college. This means getting in, finding the right college fit and paying for school. I love to share what I've learned and I hope you can find some useful information useful in your college search.

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Engineering Colleges in Pune

2013-12-01T01:11:00.000-08:00

Pune city has a pleasing climate and a wonderful atmosphere. There are a number of picturesque places in and around this city of historical importance. There are also many picnic spots around the city. Many people from all over India visit the city to know about its traditional culture and historical heritage. Pune city is also well-known for the quality education given to the students. Because of the excellent education facilities provided in the city it is called "Oxford of the East". You can get almost all type of education facilities in Pune. The article discusses about the Engineering colleges in Pune and the education offered by these colleges.

Engineering Colleges in Pune:

Colleges in Pune are offering different types of courses for the students. These colleges also provide campus interviews to the students so that they have the appointment letter in their hand before they complete their studies. It provide excellent educational infrastructure and ample job opportunities to students.

Some courses offered in engineering colleges in Pune are mentioned below:

Civil
Chemical
Computer
Electrical
Electronics
Mechanical
Production
Information

Major Engineering Colleges in Pune:

Padmashree Dr. D. Y. Patil Institute of Engineering and Technology

The D.Y. Patil COE is located at Pimpri, Pune. The courses offered in this college are Electronics and Telecommunication, Electronics Engg., Computer Engg., Instrumentation and Control, Information Technology and Mechanical Engg.

The seat intake for every course is limited up to 60. The college provides a well furnished hostel facility for boys and girls.

Naval College of Engineering INS Shivaji

This college is located at the famous hill station, Lonavla. This college is run by the Ministry of defense naval wing, New Delhi and the courses offered here are B.Tech in Mechanical Engineering and B.Tech in Electrical Engineering. The college admits 33 students every year for these engineering courses.

Sinhagad College of Engineering

The Sinhagad College is located at Vadgaon, off Sinhagad road, Pune. The courses offered in this institute are Computer Engineering (120 seats), Mechanical Engineering (60 seats), chemical engineering (60 seats), Electronics and Telecomm Engineering (120 seats), IT (120 seats), civil engineering (60 seats), biotechnology (60 seats), production engineering (60 seats)

The selection procedure for getting admission in this college depends on the rank achieved in the entrance test conducted by the state board. The hostel facilities are provided to both boys and girls.

Maharashtra Institute of Technology (MIT), Pune

MIT, Pune is an engineering college offering various courses in the engineering field. Some of the major courses offered are mechanical engineering, civil engineering, computer engineering, information technology, petroleum engineering, electronics and telecommunication engg., Polymer engg., petrochemical engg., etc.

The college is located at Paud Road in Kothrud in Pune City. College has a sprawling 17 acres campus. It provides the hostel facilities for boys and girls.

Vishwakarma Institute of Information Technology:

VIT is located at Kondhwa and Bibwewadi, Pune. The college located at Bibwewadi offers under graduate courses for industrial engineering, mechanical engineering, electronics engineering, chemical engineering, computer engineering, instrumentation and control engineering, E & TC engineering, production engineering, information technology.

Apart from these colleges, there are many other well-known colleges of engineering in Pune offering a variety of courses.

Author provides detail information of College of Engineering Pune and more about Pune life

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What College Degree Is Needed For Medical Sales?

2013-11-30T15:50:00.000-08:00

As a medical sales recruiter, I am asked (almost on a daily basis) what college degrees are acceptable for a medical sales job. Since this field is so varied (clinical diagnostics sales, laboratory sales, pathology sales, imaging sales, biotechnology sales, medical device sales, pharmaceutical sales, healthcare IT, medical software sales, surgical sales, and more), you do need a working knowledge of science and medical technology to be successful.

But the real (and maybe unexpected) answer to the degree question is: If you have sales experience, almost any college degree will translate for most jobs at most companies. Personality, skills, and experience make up a lot of what health care sales managers are looking for. Medical sales managers want to see proof you can produce results, and you can learn the medical and technical knowledge you need for the job on your own. (And you'll be learning new technology, procedures, and equipment almost constantly, anyway.)

Having said that, the very best degrees are: biology, chemistry, zoology, biochemistry, biotechnology, molecular, health care, kinesiology, and sports medicine. If you can combine a technical/science degree like these with sales experience, then you're in a pretty good spot. If you've added some business classes to these, you're even better off.

A lesser, but still very good, position in the job market would be the possession of a business degree with a decent number of science classes (maybe a minor).

If you're in the market for a medical sales job and you don't have the "best" degree combination, you can improve your chances by job shadowing someone in your chosen field, and creating a 30/60/90-day plan for the interview that shows the hiring manager you are approaching the job with knowledge and a plan. Finally, find a career coach who specializes in this area to quickly and effectively turn you into the most marketable candidate so that you can land the job you want.

Peggy McKee is the Medical Sales Recruiter and CEO of PHC Consulting, with over 15 years in medical sales, management, and job interview/career coaching. Check out her blog to learn powerful tips that will set you apart in the job search! => http://www.phcconsulting.com/WordPress

Want a shortcut to success? Get one-on-one coaching to market yourself and win the job! Find out more at http://www.phcconsulting.com/interview-coaching/.

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