foodinfo

Green beans and other beans, such are kidney beans, navy beans and black beans are all known scientifically as Phaseolus vulgaris. They are all referred to as "common beans," probably owing to the fact that they all derived from a common bean ancestor that originated in Peru. From there, they spread throughout South and Central America by migrating Indian tribes. They were introduced into Europe around the 16th century by Spanish explorers returning from their voyages to the New World, and subsequently were spread through many other parts of the world by Spanish and Portuguese traders. Today, the largest commercial producers of fresh green beans include Argentina, China, Egypt, France, Indonesia, India, Iraq, Italy, France, Mexico, the Netherlands, Spain, and the United

Commonly referred to as string beans, the string that once was their trademark (running lengthwise down the seam of the pod) can seldom be found in modern varieties. It's for this reason (the breeding out of the "string") that string beans are often referred to as "snap beans." Because they are picked at a younger, immature stage, "snap beans" can literally be snapped in half with a simple twist of the fingers. Although these bright green and crunchy beans are available at your local market throughout the year, they are in season from summer through early fall when they are at their best and the least expensive. You may also see them referred to as "haricot vert" — this term simply means "green bean" in French and is the common French term for this vegetable. This term can also refer to specific varieties of green beans that are popular in French cuisine because of their very thin shape and very tender texture
Green beans belong to the same family as shell beans, such as pinto beans, black beans, and kidney beans. In fact, all of these beans have the exact same genus/species name in science —Phaseolus vulgaris — and all can be referred to simply as "common beans." However, since green beans are usually picked while still immature and while the inner beans are just beginning to form in the pod, they are typically eaten in fresh (versus dried) form, pod and all. Green beans are often deep emerald green in color and come to a slight point at either end. Green bean varieties of this common bean family are usually selected for their great texture and flavor while still young and fresh on the vine. In contrast, dried bean varieties like pinto or black or kidney beans are usually selected for their ability to produce larger and more dense beans during the full time period when they mature on the vine. At full maturity, their pods are often too thick and fibrous to be readily enjoyed in fresh form, but the beans inside their pods are perfect for drying and storing.

Antioxidant Support from Green Beans

Best studied from a research standpoint is the antioxidant content of green beans. In addition to conventional antioxidant nutrients like vitamin C and beta-carotene, green beans contain important amounts of the antioxidant mineral manganese. But the area of phytonutrients is where green beans really shine through in their antioxidant value. Green beans contain a wide variety of carotenoids (including lutein, beta-carotene, violaxanthin, and neoxanthin) and flavonoids (including quercetin, kaemferol, catechins, epicatechins, and procyanidins) that have all been shown to have health-supportive antioxidant properties. In addition, the overall antioxidant capacity of green beans has been measured in several research studies, and in one study, green beans have been shown to have greater overall antioxidant capacity than similar foods in the pea and bean families, for example, snow peas or winged beans.

Cardiovascular Benefits

Just as you might expect, the antioxidant support provided by green beans provides us with some direct cardiovascular benefits. While most of the cardio research on green beans involves animal studies on rats and nice, improvement in levels of blood fats and better protection of these fats from oxygen damage has been shown to result from green bean intake. Interestingly, the green bean pod (the main portion of the green beans that provides the covering for the beans inside) appears to be more closely related to these cardio benefits that the young, immature beans that are found inside.
While not documented in the health research to date, we believe that the omega-3 fatty acid of content of green beans can also make an important contribution to their cardiovascular benefits. Most people do not even recognize green beans as a source of omega-3 fats! While there is a relatively small amount of the omega-3 fatty acid alpha-linolenic acid (ALA) in green beans, this amount can still be very important and is actually fairly large in comparison to the amount of calories in green beans. You get 1 milligram of ALA for every 4 calories of green beans that you eat. For every 4 calories of walnuts that you eat, you get 1.4 milligrams of ALA. So you can see that green beans - while not as concentrated in ALA as walnuts - are nevertheless an underrated source of this heart-protective nutrient.

Green beans are an important source of both carotenoids and flavonoids. Green bean carotenoids include lutein, beta-carotene, violaxanthin, and neoxanthin. Green bean flavonoids include quercetin, kaemferol, catechins, epicatechins, and procyanidins.
Green beans are an excellent source of free radical-scavenging vitamin C and vitamin A as well as bone-building vitamin K. They are also a very good source of enzyme-supportive manganese and molybdenum as well as heart-healthy dietary fiber, folate, vitamin B6, magnesium, and potassium. In addition, green beans are a good source of energy-producing iron, vitamin B1, and niacin; bone-building calcium, phosphorus, and copper; muscle-enhancing protein; and anti-inflammatory omega-3 fatty acids. Green beans have also been shown to contain valuable amounts of the mineral silicon, and in a form that makes it easier for us to absorb this bone-supportive and connective tissue-supportive nutrient. Green beans have also been shown to contain valuable amounts of the mineral silicon, and in a form that makes it easier for us to absorb this bone-supportive and connective tissue-supportive nutrient.

Because of their rich green color, we don't always think about green beans as providing us with important amounts of colorful pigments like carotenoids. But they do! Recent studies have confirmed the presence of lutein, beta-carotene, violaxanthin, and neoxanthin in green beans. In some cases, the presence of these carotenoids in green beans is comparable to their presence in other carotenoid-rich vegetables like carrots and tomatoes. The only reason we don't see these carotenoids is because of the concentrated chlorophyll content of green beans and the amazing shades of green that it provides.
You can enjoy green beans while supporting food sustainability! Recent surveys have shown that 60% of all commercially grown green beans are produced in the United States, with large amounts of green bean acreage found in the states of Illinois, Michigan, New York, Oregon, and Wisconsin. Although countries like France, Mexico, Iraq, and Argentina are large-scale producers of green beans, there is plenty of this delicious vegetable available in our own backyard.
If you are unable to obtain fresh green beans, you can still get many valuable nutrients from green beans that have been frozen or canned. We like fresh greens the best! But we realize that access to them can sometimes be a problem. When first frozen and then cooked, retention of some B vitamins in green beans (like vitamins B6 and B2) can be as high as 90%. Recent studies have shown that canned green beans, on average, lose about one third of their phenolic compounds during the canning process. They lose B vitamins as well but in the case of some B vitamins like folic acid, as little as 10%.
Green beans (referred to as "string beans" by the study authors) have recently been shown to have impressive antioxidant capacity. Research comparing the overall antioxidant capacity of green beans to other foods in the pea and bean families (for example, snow peas or winged beans) has found green beans to come out on top, even though green beans are not always highest in their concentration of specific antioxidant nutrients like phenolic acids or vitamin C. It's not surprising to find recent studies highlighting the antioxidant capacity of green beans! Researchers now know that the list of antioxidant flavonoids found in green beans is not limited to quercetin and kaemferol but also includes flavonoids like catechins, epicatechins, and procyanidins. Researchers also know that the antioxidant carotenoids in this vegetable are diverse, and include lutein, beta-carotene, violaxanthin, and neoxanthin, as noted above.
Green beans may be a particularly helpful food for providing us with the mineral silicon. This mineral — while less well known that minerals like calcium and magnesium — is very important for bone health and for healthy formation of connective tissue. Green beans have recently been shown to stack up quite well against other commonly-eaten foods as a good source of absorbable silicon.

Diakon

2012-01-11T07:42:00.000-08:00

Diakon

Daikon is thought to have originated in the Mediterranean. It reached Japan, by way of China, about 2,000 years ago. Today, more land in Japan is devoted to the cultivation of daikon than any other vegetable. In one form or another, daikon appears at almost every Japanese meal. Its name is derived from the Japanese words dai (large) and kon (root).

Description - The word Daikon actually comes from two Japanese words: dai (meaning large) and kon (meaning root). Daikon is is root vegetable said to have originated in the Mediterranean and brought to China for cultivation around 500 B.C. Roots are large, often 2 to 4 inches in diameter and 6 to 20 inches long. There are three distinct shapes - spherical, oblong and cylindrical.

Radishes have been developed in the Orient which develop very large roots, reportedly up to 40 or 50 pounds, and with leaf top spreads of more than 2 feet (they require a long growing season for such development. These types are grown in the U.S., mainly by Asians for use in oriental dishes). Most of the commonly available Chinese radishes are white, but some are yellowish, green or black.

More daikon is produced in Japan than any other vegetable. Many different varieties of this versatile vegetable are cultivated, depending on the region.
These radishes are generally marketed in bunches of three or four roots for the small variety and one to three roots for the larger variety, depending on size.

In Pakistan they are used as a digestive aid to get rid of intestinal parasites; and there’s a Punjabi saying which roughly translated means: - “If you eat mooli you won’t need any medicine for the stomach.” The seeds are used in traditional medicine along with carrot, or ajwain, or fennel seeds, among others to treat amenorrhoea or the absence of menstruation either in young girls who have reached 16 without having a period, or for those whose periods stop for no apparent reason. They are also used for other gynaecological problems.

mooli field

Mooli and other radishes, including the black (round) Spanish variety, are full of vitaminsand minerals which are essential for our health. Mooli is known as ‘white ginseng’ in China, so is known for its invigorating properties. They purify the blood and can detoxify the organs and are great for hangovers. Mooli leaves are boiled and used in the treatment of jaundice, and the root when eaten helps to increase oxygen in the blood stream which prevents the destruction of red blood cells. Moolis contain fibre and can cure constipation so are also used in the treatment of piles, as they aid digestion and stop the build of waste products in the body which contributes to the formation of piles. They can be used for their diuretic properties and help in urinary infections, easing the pain of urinating when you have cystitis.

Because they have a high fibre content they can help weight loss as they fill the stomach, but contain few calories, so would be good in a weight-loss diet.

They are also rich in vitamins A, B, C, D and E and also contain vitamin K, so they help the body to produce interferon which inhibits cancer. They are good for the skin too and you can puree them and use as a facial cleanser or as a face mask for oily skin and to help soothe rashes. They are also effective if you get bitten or sung by an insect as the juice will help soothe the pain and reduce swelling. Mooli juice with black salt is given to bring down the temperature of a fever and to soothe the inflammation caused by one.

In some rural areas of Pakistan they are cultivated for both food and medicine along with other plants such as aloe vera, ajwain, okra, fennel, nightshade (for ear infections) and Mentha sylvestris.

They are easy to juice and good with carrots, apples,celery, white cabbage, pears, pineapple and gingerroot. Just make a fruit cocktail you like.

You can make saag with the leaves by boiling them, then throwing the water away and cooking some more as in out saag recipe. Chewing a piece of raw mooli will help stop a cough and ease congestion of the bronchial and nasal passages. You can make a mooli salad by grating a mooli (peel it first) and squeezing the juice out of it, then adding 2 finely chopped green chillies, a handful of shredded coriander leaves, lemon juice and pepper to taste.

Other Names - Lo pue (Hmong); daikon (Japanese); lor bark (Cantonese Chinese); labanos (Filipino); cu-cai trang (Vietnamese). Also known as an oriental radish, Chinese radish, and icicle radish.
Culture - Culture is similar to the common radish, except that daikons are bigger and need more space and a longer growing season. A deep, loose, moist, fertile soil is required. Plant in late winter or early spring for spring and summer use and in July for fall harvest.
Availability - Chinese radishes are grown commercially in Texas, primarily near Houston in south Texas. Major production is in California. They can be found on the market 12 months out of the year, especially in areas having an Oriental population.
Selection - As with any root crop, look for Chinese radishes that are free of growth cracks and bruises with firm and crisp roots. Chinese radishes keep well in refrigeration if they are placed in a sealed container or plastic bag to maintain high humidity.

Preparation - This is an extremely versatile vegetable that can be eaten raw in salads or cut into strips or chips for relish trays. It also can be stir-fried, grilled, baked, boiled or broiled. Use the daikon as you would a radish. It may be served raw in salads or grated for use as a condiment (if you don't have a Japanese-style grater, use a cheese grater and grate just before serving), pickled, or simmered in a soup. They are also preserved by salting as in making sauerkraut. Daikon also is used in soups and simmered dishes. To prepare, peel skin as you would a carrot and cut for whatever style your recipe idea calls for. Not only is the root eaten, but the leaves also are rich in vitamin C, beta carotene, calcium, and iron, so they are worth using instead of discarding.
A Japanese secret to cooking daikon is to use water in which rice has been washed or a bit of rice bran added (this keeps the daikon white and eliminates bitterness and sharpness}.
For Chips, Relish Tray Sticks or Stir Fries - Simply peel Daikon with a peeler and cut crossways for thin chips. Dip thin chips in ice water and they will crisp and curl for a Daikon chip platter with your favorite sour cream or yogurt dip. Cut into julienne strips for relish trays, salads or stir-frys.

Nutrition Information - Daikon is very low in calories. A 3 ounce serving contains only 18 calories and provides 34 percent of the RDA for vitamin C. Rich in vitamin C, daikon contains active enzymes that aid digestion, particularly of starchy foods. Select those that feel heavy and have lustrous skin and fresh leaves.

Daikon is a versatile vegetable that can be prepared in the same ways as radish. Before using, slice off the roots and leaves and wash under cold running water. (Note: the leaves are worth saving as they're rich in vitamin C, iron and calcium. Sauté or add them raw to salads). Drain, peel the skin off (like a carrot) and chop or grate as desired. Daikon can be eaten raw or cooked (even for long periods of time) without losing its taste or texture.

Drumstick

2012-01-03T06:31:00.000-08:00

Drumstick

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Drumstick tree called the "Power house of minerals" is the most common tree in India. Its leaves,fruits, flowers, barks and seeds have medicinal values and are used in various manners in all dishes. Invaluable in preventing cardiac diseases; researchers have stated that the nutritional value of the leaves is equivalent to 7 times the Vitamin C in oranges plus 4 times the calcium in milk plus 3 times potassium in bananas plus 2 times the protein in milk plus 4 times the vitamin A in Carrot. We were amazed to read it.

Drumstick Vegetable – What are Drumstick Health Benefits? | Health Benefits Of Drumstick |Nutrition Values Of Drumstick Vegetable
The drumstick is a fairly common vegetable grown all over India and Pakistan. It is valued mainly for the tender pod. It is antibacterial and a wonderful cleanser. The drumstick tree is perennial, erect, slender, medium sized with many arching branches. It is mostly grown as a backyard tree in most of the South Indian homes. It has drumstick like fruits, small white flowers and small and round leaves which are cooked and eaten as vegetable. Nutritionally, drumstick pods and leaves are of great value as sources of acrotene, calcium, phosphorus and vitamin C. The leaves, flowers and fruits of drumstick which are used as vegetable have great nutritional value. The tender fruit is used in samber and most dishes in South Indian homes. The leaves and flowers are used to prepare curry and cake.

Juice of Drum stick when mixed in milk and offered to children greatly helps by strengthening their bones as it is said to be a great source of Calcium. Also drumstick is said to be a great blood purifier. Pregnant women should often eat drumsticks as it helps ease any kind of pre and post delivery complication. Drumstick soup helps ease any kind of chest congestions, coughs and sore throats. Inhaling steam of water in which drumsticks have been boiled helps ease asthma and other lung problem.
The leaves are rich in Vitamins A and C and are considered useful in catarrhal affections. The pods made into a soup are prescribed as a diet in sub-acute cases of enlarged liver and spleen, articular pains, tetanus, debility of nerves, paralysis, pustules, patches and leprosy. A curry made from unripe pods is effective for keeping intestinal worms at bay.
Drumstick is generally included in sambar or kurma. For a different recipe, add it your soup to give it a very oriental taste.

Drumstick leaves can be given to infants and growing children and serve as a good tonic. However it may be difficult for children to eat them naturally, as they are bitter. So the best way to give them to infants would be to extract the juice from these leaves, filter it and mix them with milk before being given to them. However older children can be given the fruit and leaves in the form of curries and other preparations like the South Indian Sambar or mixed and cooked with pulses. They help build healthy and strong bones and also help to purify the blood stream.Pregnant and lactating mothers can benefit a lot from the health benefits of drumstick leaves and fruit. Drumstick leaves is an ideal tonic for pregnant and lactating mothers and provide them with the calcium, iron and vitamins that help to reduce the sluggishness of the uterus and help have a safe and easy delivery.
Seven times more vitamin C than oranges to fight many illnesses including cold and flu. Four times more vitamin A than carrots to protect against eye disease, skin disease, and heart disease. Four times more calcium than milk to build strong bones and teeth. Three times more potassium than bananas essential for the functioning of the brain and nerves.Nearly 2 times the protein in milk and almost equal amounts of proteins as in eggs basic building blocks of all our body cells.The bark contains a gum that is used as a seasoning and a treatment for some stomach ailments.The seed is often used to purify dirty or cloudy drinking water. It is pounded into small fragments, wrapped in some sort or cloth, and then placed into water jars or containers.This pounded seed acts as flocculent, taking impurities out of water solution.

Drumstick Vegetable Health Benefits:
1.Finally drumstick juice greatly adds to the glow on one’s face. Make a mixture of drumstick and limejuice and dab it on your face. You will find your face glowing greatly.
2.Inhaling steam of water in which drumsticks have been boiled helps ease asthma and other lung problem.
3.Drumstick soup helps ease any kind of chest congestions, coughs and sore throats.
4.Pregnant women should often eat drumsticks as it helps ease any kind of pre and post delivery complication.
5.Juice of Drum stick when mixed in milk and offered to children greatly helps by strengthening their bones as it is said to be a great source of Calcium. Also drumstick is said to be a great blood purifier.

Natural Benefits and Curative Properties of Drumstick

Almost all parts of the drumstick tree have therapeutic value. The leaves are especially beneficial in the treatment of many ailments due to their various medicinal properties and their rich iron content. They are used as food also.

Tonic for Children :- The leaves serve as a tonic for infants and growing children. For better results, juice should be extracted from leaves, filtered and mixed with milk. This mixture becomes an excellent tonic for healthy and strong bones and for purifying bloodstream.
Pregnancy and Lactation :- Taking this tonic regularly by expectant mothers will provide them with necessary calcium, iron and vitamins. It will also help them overcome sluggishness of the uterus, facilitate easy delivery and reduce post delivery complications. A vegetable prepared from leaves increases breast milk after child birth. The vegetable is prepared by boiling the leaves with salt and water. The water is then drained off and they are smeared with ghee and eaten.
Respiratory Disorder :- A soup prepared from drumstick leaves is highly beneficial in the treatment of respiratory diseases like asthma, bronchitis and tuberculosis. This soup is prepared by adding a handful of leaves to 80 ml. of water and is allowed to boil for five minutes. It should then be allowed to cool. A little salt, pepper and lime juice may be added to this soup
Infections :- Drumstick soup made with leaves and flowers as well as boiled drumsticks are highly valuable in preventing infections of all kinds such as that of the throat, chest and skin. This is because drumstick has antibacterial properties very much like penicillin and other antibiotics.
Sexual Disorders :- A soup made with drumstick flowers boiled in milk is very useful as a sexual tonic in the treatment of sexual debility. It is also useful in functional sterility in both males and females. The powder of the dry bark is valuable in impotency, premature ejaculation and thinness of semen. About 120 gm. of the powder of the dry bark should be boiled in 600 ml. of water for about half an hour and 30 ml. of this. mixed with a table spoonful of honey, should be taken three times daily for a month to cure these conditions.
Digestive Disorders :- Drumstick is also valuable in digestive disorders. A teaspoonful of fresh leaf juice, mixed with honey and a glassful of tender coconut water, is given two or three times as a herbal medicine during the treatment of cholera,dysentery, diarrhea, colitis and jaundice.
Urinary Disorders :- A tablespoonful of coagulated fresh leaf juice, mixed with a glass of fresh juice of cucumber or carrot, is an effective medicine for scanty urination and constant burning in urethra due to high acidity of urine. A teaspoonful of the juice with 10 gm. of rock salt once daily, is used to cure excessive urination of non diabetics.
Beauty-Aid :- Fresh leaf juice applied with lime juice is useful in the treatment of pimples, black heads and keeps one's face fresh.

Garlic

2011-12-22T02:57:00.000-08:00

Garlic has long been credited with providing and prolonging physical strength and was fed to Egyptian slaves building the giant pyramids. Throughout the centuries, its medicinal claims have included cures for toothaches, consumption, open wounds and evil demons. A member of the lily family, garlic is a cousin to leeks, chives, onions and shallots. The edible bulb or "head" grows beneath the ground. This bulb is made up of sections called cloves, each encased in its own parchmentlike membrane. Today's major garlic suppliers include the United States (mainly California, Texas and Louisiana), France, Spain, Italy and Mexico. There are three major types of garlic available in the United States: the white-skinned, strongly flavored American garlic; the Mexican and Italian garlic, both of which have mauve-colored skins and a somewhat milder flavor; and the Paul Bunyanesque white-skinned elephant garlic (which is not a true garlic, but a relative of the leek), the most mildly flavored of the three. Depending on the variety, cloves of American, Mexican and Italian garlic can range from ½ to 1½ inches in length. Elephant garlic (grown mainly in California) has bulbs the size of a small grapefruit, with huge cloves averaging 1 ounce each. It can be purchased through mail order and in some gourmet markets. Green garlic, typically available only in specialty produce markets and farmer's markets, is young garlic before it begins to form cloves. It resembles a baby leek, with a long green top and just the beginning of a white bulb, sometimes tinged with pink. The flavor of a baby plant is much softer than that of mature garlic. Green garlic is harvested between March and May. Fresh mature garlic is available year-round. Purchase firm, plump bulbs with dry skins. Avoid heads with soft or shriveled cloves and those stored in the refrigerated section of the produce department. Store fresh garlic in an open container (away from other foods) in a cool, dark place. Properly stored, unbroken bulbs can be kept up to eight weeks, though they will begin to dry out toward the end of that time. Once broken from the bulb, individual cloves will keep from three to 10 days. Garlic is usually peeled before use in recipes. Among the exceptions are roasted garlic bulbs and the famous dish "Chicken with 40 Cloves of Garlic," in which unpeeled garlic cloves are baked with chicken in a broth until they become sweet and butter-soft. Crushing, chopping, pressing or puréeing garlic releases more of its essential oils and provides a sharper, more assertive flavor than slicing or leaving it whole. Garlic is readily available in forms other than fresh. Dehydrated garlic flakes(sometimes referred to as instant garlic) are slices or bits of garlic that must be reconstituted before using (unless added to a liquid-based dish, such as soup or stew). When dehydrated garlic flakes are ground, the result is garlic powder. Garlic salt is garlic powder blended with salt and a moisture-absorbing agent. Garlic extract and garlic juice are derived from pressed garlic cloves. Though all of these products are convenient, they're a poor flavor substitute for the less expensive, readily available and easy-to-store fresh garlic. One unfortunate side effect of garlic is that because its essential oils permeate the lung tissue, it remains with the body long after it's been consumed, affecting breath and even skin odor. Chewing chlorophyll tablets or fresh parsley is helpful but, unfortunately, modern-day science has yet to find the perfect antidote for residual garlic odor.
Garlic is good for your body. It contains minerals and vitamins and has a positive effect on your blood pressure and cholesterol. However, your body can not break the sulfur compounds during normal digestion and are therefore emitted through your breath and sweat and this can take hours or even days.

Native to central Asia, garlic is one of the oldest cultivated plants in the world and has been grown for over 5000 years. Ancient Egyptians seem to have been the first to cultivate this plant that played an important role in their culture.

Garlic was not only bestowed with sacred qualities and placed in the tomb of Pharaohs, but it was given to the slaves that built the Pyramids to enhance their endurance and strength. This strength-enhancing quality was also honored by the ancient Greeks and Romans, civilizations whose athletes ate garlic before sporting events and whose soldiers consumed it before going off to war.

Garlic was introduced into various regions throughout the globe by migrating cultural tribes and explorers. By the 6th century BC, garlic was known in both China and India, the latter country using it for therapeutic purposes.

Throughout the millennia, garlic has been a beloved plant in many cultures for both its culinary and medicinal properties. Over the last few years, it has gained unprecedented popularity since researchers have been scientifically validating its numerous health benefits.

Currently, China, South Korea, India, Spain and the United States are among the top commercial producers of garlic.

Whole books have been written about garlic, an herb affectionately called "the stinking rose" in light of its numerous therapeutic benefits. A member of the lily or Allium family, which also includes onions and leeks, garlic is rich in a variety of powerful sulfur-containing compounds including thiosulfinates(of which the best known compound is allicin), sulfoxides(among which the best known compound is alliin), and dithiins(in which the most researched compound is ajoene). While these compounds are responsible for garlic's characteristically pungent odor, they are also the source of many of its health-promoting effects.
More recent research has identified additional sulfur-containing compounds that are responsible for garlic's star status as a health-supporting food. These sulfur compounds include 1,2-vinyldithiin (1,2-DT), and thiacremonone. The hydrogen sulfide gas (H2S) that can be made from garlic's sulfides has also been the subject of great research interest. When produced and released from our red blood cells, this H2S gas can help dilate our blood vessels and help keep our blood pressure under control.
Finally, when thinking about the sulfur compounds in garlic, it is important to remember that sulfur itself is a key part of our health. Several research studies have noted that the average U.S. diet may be deficient in sulfur, and that foods rich in sulfur may be especially important for our health. In addition to all of the sulfur-related compounds listed above, garlic is an excellent source of manganese, a very good source of vitamin B6 and vitamin C and a good
source of selenium.

Cardiovascular Benefits

Most of the research on garlic and our cardiovascular system has been conducted on garlic powder, garlic oil, or aged garlic extracts rather than garlic in food form. But despite this research limitation, food studies on garlic show this allium vegetable to have important cardioprotective properties. Garlic is clearly able to lower our blood triglycerides and total cholesterol, even though this reduction can be moderate (5-15%).
But cholesterol and triglyceride reduction are by no means garlic's most compelling benefits when it comes to cardioprotection. Those top-level benefits clearly come in the form of blood cell and blood vessel protection from inflammatory and oxidative stress. Damage to blood vessel linings by highly reactive oxygen molecules is a key factor for increasing our risk of cardiovascular problems, including heart attack and atherosclerosis. Oxidative damage also leads to unwanted inflammation, and it is this combination of unwanted inflammation and oxidative stress that puts our blood vessels at risk of unwanted plaque formation and clogging. Garlic unique set of sulfur-containing compounds helps protect us against both possibilities—oxidative stress and unwanted inflammation.

* "Allyl polysulfides" is a general term that refers to a variety of compounds.
On the anti-inflammatory side of the equation, garlic's 1,2-vinyldithiin (1,2-DT) and thiacremonone are the compounds that have been of special interest in recent research. Both compounds appear to work by inhibiting the activity of inflammatory messenger molecules. In the case of thiacremonone, it is the inflammatory transcription factor called NFkappaB that gets inhibited. In the case of 1,2-DT, the exact anti-inflammatory mechanisms are not yet clear, even though the release of inflammatory messaging molecules like interleukin 6 (IL-6) and interleukin 8 (IL-8) by macrophage cells has been shown to be reduced in white adipose tissue by 1,2-DT. The combination of anti-inflammatory and anti-oxidative stress compounds in garlic makes it a unique food for cardiovascular support, especially in terms of chronic degenerative cardiovascular conditions like atherosclerosis.
In addition to the ability of garlic to help prevent our blood vessels from becoming blocked, this allium vegetable may also be able to help prevent clots from forming inside of our blood vessels. This cardiovascular protection has been linked to one particular disulfide in garlic called ajoene. Ajoene has repeatedly been shown to have anti-clotting properties. It can help prevent certain cells in our blood (called platelets) from becoming too sticky, and by keeping this stickiness in check, it lowers the risk of our platelets clumping together and forming a clot.
Equally impressive about garlic is its ability to lower blood pressure. Researchers have known for about 10 years that the allicin made from alliin in garlic blocks the activity of angiotensin II. A small piece of protein (peptide), angiotensin II helps our blood vessels contract. (When they contract, our blood is forced to pass through a smaller space, and the pressure is increased.) By blocking the activity of angiotensin II, allicin form garlic is able to help prevent unwanted contraction of our blood vessels and unwanted increases in blood pressure.
More recently, however, researchers have found that garlic supports our blood pressure in a second and totally different way. Garlic is rich in sulfur-containing molecules called polysulfides. It turns out that these polysulfides, once inside our red blood cells (RBCs), can be further converted by our RBCs into a gas called hydrogen sulfide (H2S). H2S helps control our blood pressure by triggering dilation of our blood vessels. When the space inside our blood vessels expands, our blood pressure gets reduced. (H2S is described as a "gasotransmitter" and placed in the same category as nitric oxide (NO) as a messaging molecule that can help expand and relax our blood vessel walls.) Interestingly, our RBCs do not appear to use processed garlic extracts in the same way that they use polysulfides in food-form garlic.
Garlic's numerous beneficial cardiovascular effects are due to not only its sulfur compounds, but also to its vitamin C, vitamin B6, selenium and manganese. Garlic is a very good source of vitamin C, the body's primary antioxidant defender in all aqueous (water-soluble) areas, such as the bloodstream, where it protects LDL cholesterol from oxidation. Since it is the oxidized form of LDL cholesterol that initiates damage to blood vessel walls, reducing levels of oxidizing free radicals in the bloodstream can have a profound effect on preventing cardiovascular disease.
Garlic's vitamin B6 helps prevent heart disease via another mechanism: lowering levels of homocysteine. An intermediate product of an important cellular biochemical process called the methylation cycle, homocysteine can directly damage blood vessel walls.
The selenium in garlic can become an important part of our body's antioxidant system. A cofactor of glutathione peroxidase(one of the body's most important internally produced antioxidant enzymes), selenium also works with vitamin E in a number of vital antioxidant systems.
Garlic is rich not only in selenium, but also in another trace mineral, manganese, which also functions as a cofactor in a number of other important antioxidant defense enzymes, for example, superoxide dismutase. Studies have found that in adults deficient in manganese, the level of HDL (the "good form" of cholesterol) is decreased.

Anti-Inflammatory Benefits Across Body Systems

Our cardiovascular system is not the only body system that may be able to benefit from garlic's anti-inflammatory properties. There's preliminary evidence (mostly from animal studies, and mostly based on garlic extracts rather than whole food garlic) that our our musculoskeletal system and respiratory system can also benefit from anti-inflammatory compounds in garlic. Both the diallyl sulfide (DAS) and thiacremonone in garlic have been shown to have anti-arthritic properties. And in the case of allergic airway inflammation, aged garlic extract has been show to improve inflammatory conditions (once again in animal studies).
Even more preliminary is research evidence showing that some inflammatory aspects of obesity may be altered by sulfur-containing compounds in garlic. Specifically, there is one stage in development of the body's fat cells (adipocytes) that appears to be closely related to status of our inflammatory system. Fat cells cannot become fully themselves unless they are able to progress from a preliminary stage called "preadipocytes" to a final stage called "adipocytes." One of the sulfur compounds in garlic (1,2,-vinyldithiin, or 1,2-DT) appears able to lessen this conversion of preadipocytes into adipocytes, and the impact of 1,2-DT appears to be inflammation-related. Even though very preliminary, this research on 1,2-DT is exciting because obesity is increasingly being understood as a disease characterized by chronic, low level inflammation and our inflammatory status is precisely where garlic's 1,2-DT has its apparent impact.

Antibacterial and Antiviral Benefits

From a medical history standpoint, the antibacterial and antiviral properties of garlic are perhaps its most legendary feature. This allium vegetable and its constituents have been studied not only for their benefits in controlling infection by bacteria and viruses, but also infection from other microbes including yeasts/fungi and worms. (One particular disulfide in garlic, called ajoene, has been successfully used to help prevent infections with the yeast Candida albicans.) Very recent research has shown the ability of crushed fresh garlic to help prevent infection by the bacterium Pseudomonas aeruginosa in burn patients. Also of special interest has been the ability of garlic to help in the treatment of bacterial infections that are difficult to treat due to the presence of bacteria that have become resistant to prescription antibiotics. However, most of the research on garlic as an antibiotic has involved fresh garlic extracts or powdered garlic products rather than fresh garlic in whole food form.
Overgrowth of the bacterium Helicobacter pylori in the stomach—a key risk factor for stomach ulcer—has been another key area of interest for researchers wanting to explore garlic's antibacterial benefits. Results in this area, however, have been mixed and inconclusive. While garlic may not be able to alter the course of infection itself, there may still be health benefits from garlic in helping to regulate the body's response to that infection.

Cancer Prevention

While not as strong as the research evidence for cruciferous vegetables, research on the allium vegetables—including garlic—shows that these vegetables have important anti-cancer properties. Interestingly, high intake of garlic (roughly translated as daily intake of this food) has been found to lower risk of virtually all cancer types except cancer of the prostate and breast cancer. However, moderate intake of garlic (roughly translated as several times per week) has been repeatedly found to lower risk of only two cancer types—colorectal and renal cancer. This difference between "high" versus "moderate" garlic intake may be a real difference that suggests we all need to eat more garlic if we want to maximize its cancer-related benefits. Or it may be a difference that is more related to research complications involving the options given to research participants when reporting their food intake. Still, garlic has a consistent track record with respect to general anti-cancer benefits, and there are good research reasons for classifying garlic as an "anti-cancer" food.
The allyl sulfides found in garlic may play a key role in its cancer-prevention benefits. These garlic compounds are able to activate a molecule called nuclear erythroid factor (Nrf2) in the main compartment of cells. The Nrf2 molecule then moves from the main compartment of the cell into the cell nucleus, where it triggers a wide variety of metabolic activities. Under some circumstances, this set of events can prepare a cell for engagement in a strong survival response, and in particular, the kind of response that is needed under conditions of oxidative stress. Under other circumstances, this same set of events can prepare the cell to engage in programmed cell death (apoptosis). When a cell recognizes that it has become too compromised to continue functioning in a healthy manner with other cells, it stops proceeding through its own life cycle and essentially starts to dismantle itself and recycle its parts. It's critical for a cell to determine whether it should continue on or shut itself down, because cells that continue on without the ability to properly function or communicate effectively with other cells are at risk of becoming cancerous. The ability of garlic's allyl sulfides to activate Nrf2 suggests that garlic may be able to help modify these all-critical cell responses and prevent potentially cancerous cells from forming.
One especially interesting area of research on garlic and cancer prevention involves meat cooked at high temperatures. Heterocyclic amines (HCAs) are cancer-related substances that can form when meat comes into contact with a high-temperature cooking surface (400ËF/204ËC or higher). One such HCA is called PhIP (which stands for 2-amino-1-methyl-6-phenylimidazopyridine). PhIP is thought to be one reason for the increased incidence of breast cancer among women who eat large quantities of meat because it is rapidly transformed into DNA-damaging compounds.
Diallyl sulfide (DAS), one of the many sulfur-containing compounds in garlic, has been shown to inhibit the transformation of PhIP into carcinogens. DAS blocks this transformation by decreasing the production of the liver enzymes (the Phase I enzymes CYP1A1, CYP1A2 and CYP1B1) that transform PhIP into activated DNA-damaging compounds. Of course, your best way to prevent formation of PhIP is not to bring your meat into contact with a 400ËF/204ËC cooking surface in the first place. But this area of research still bolsters our view of garlic as an allium vegetable with important cancer-preventive properties.

Garlic and Iron Metabolism

Recent research has shown that garlic may be able to improve our metabolism of iron. When iron is stored up in our cells, one of the key passageways for it to be moved out of the cell and returned into circulation involves a protein called ferroportin. Ferroportin is protein that runs across the cell membrane, and it provides a bridge for iron to cross over and leave the cell. Garlic may be able to increase our body's production of ferroportin, and in this way, help keep iron in circulation as it is needed.

The sulfur compounds in garlic are perhaps its most unique nutrients. There are literally dozens of well-studied sulfur molecules in garlic, and virtually all of them have been shown to function as antioxidants. In addition, many provide us with anti-inflammatory benefits. The very presence of sulfur in some many different garlic compounds may also play an important role in our nourishment.

Additionally, garlic is an excellent source of manganese. It is also a very good source of vitamin B6 and vitamin C. In addition, garlic is a good source of protein and thiamin (vitamin B1) as well as the minerals phosphorus, selenium, calcium, and copper.

Fennel

2011-12-15T03:49:00.000-08:00

Fennel
A number of different plants go by the name "fennel."

Fennel is crunchy and slightly sweet, adding a refreshing contribution to the ever popular Mediterranean cuisine. Most often associated with Italian cooking, be sure to add this to your selection of fresh vegetables from the autumn through early spring when it is readily available and at its best.

Fennel is composed of a white or pale green bulb from which closely superimposed stalks are arranged. The stalks are topped with feathery green leaves near which flowers grow and produce fennel seeds. The bulb, stalk, leaves and seeds are all edible. Fennel belongs to the Umbellifereae family and is therefore closely related to parsley, carrots, dill and coriander.

Fennel is a versatile vegetable that plays an important role in the food culture of many European nations, especially in France and Italy. Its esteemed reputation dates back to the earliest times and is reflected in its mythological traditions. Greek myths state that fennel was not only closely associated with Dionysus, the Greek god of food and wine, but that a fennel stalk carried the coal that passed down knowledge from the gods to men.

Fennel is composed of a white or pale green bulb from which closely superimposed stalks are arranged. The stalks are topped with feathery green leaves near which flowers grow and produce fennel seeds. The bulb, stalk, leaves and seeds are all edible. Fennel belongs to the Umbellifereae family and is therefore closely related to parsley, carrots, dill and coriander.

Fennel's aromatic taste is unique, strikingly reminiscent of licorice and anise, so much so that fennel is often mistakenly referred to as anise in the marketplace. Fennel's texture is similar to that of celery, having a crunchy and striated texture.

The scientific name for fennel is Foeniculum vulgare.

Ever since ancient times, fennel has enjoyed a rich history. The ancient Greeks knew fennel by the name "marathron"; it grew in the field in which one of the great ancient battles was fought and which was subsequently named the Battle of Marathon after this revered plant. Fennel was also awarded to Pheidippides, the runner who delivered the news of the Persian invasion to Sparta. Greek myths also hold that knowledge was delivered to man by the gods at Olympus in a fennel stalk filled with coal. Fennel was revered by the Greeks and the Romans for its medicinal and culinary properties.

Fennel has been grown throughout Europe, especially areas surrounding the Mediterranean Sea, and the Near East since ancient times. Today, the United States, France, India and Russia are among the leading cultivators of fennel.

Unique Phytonutrients with Antioxidant and Health-Promoting Effects

Like many of its fellow spices, fennel contains its own unique combination of phytonutrients—including the flavonoids rutin,quercitin, and various kaempferol glycosides—that give it strong antioxidant activity. The phytonutrients in fennel extracts compare favorably in research studies to BHT (butylated hydroxytoluene), a potentially toxic antioxidant commonly added to processed foods.

The most fascinating phytonutrient compound in fennel, however, may be anethole—the primary component of its volatile oil. In animal studies, the anethole in fennel has repeatedly been shown to reduce inflammation and to help prevent the occurrence of cancer. Researchers have also proposed a biological mechanism that may explain these anti-inflammatory and anticancer effects. This mechanism involves the shutting down of a intercellular signaling system called tumor necrosis factor (or TNF)-mediated signaling. By shutting down this signaling process, the anethole in fennel prevents activation of a potentially strong gene-altering and inflammation-triggering molecule called NF-kappaB. The volatile oil has also been shown to be able to protect the liver of experimental animals from toxic chemical injury.

Antioxidant Protection and Immune Support from Vitamin C

In addition to its unusual phytonutrients, fennel bulb is an excellent source of vitamin C. Vitamin C is the body's primary water-soluble antioxidant, able to neutralize free radicals in all aqueous environments of the body. If left unchecked, these free radicals cause cellular damage that results in the pain and joint deterioration that occurs in conditions like osteoarthritis and rheumatoid arthritis.

The vitamin C found in fennel bulb is directly antimicrobial and is also needed for the proper function of the immune system.

Fiber, Folate and Potassium for Cardiovascular and Colon Health

As a very good source of fiber, fennel bulb may help to reduce elevated cholesterol levels. And since fiber also removes potentially carcinogenic toxins from the colon, fennel bulb may also be useful in preventing colon cancer. In addition to its fiber, fennel is a very good source of folate, a B vitamin that is necessary for the conversion of a dangerous molecule calledhomocysteine into other, benign molecules. At high levels, homocysteine, which can directly damage blood vessel walls, is considered a significant risk factor for heart attack or stroke. Fennel is also a very good source of potassium, a mineral that helps lower high blood pressure, another risk factor for stroke and heart attack. In a cup of fennel, you'll receive 10.8% of the daily value for fiber, 5.9% of the DV for folate, and 10.3% of the DV for potassium.

Fennel is an excellent source of vitamin C. It is also a very good of dietary fiber, potassium, manganese, folate, and molybdenum. In addition, fennel is a good source of niacin as well as the minerals phosphorus, calcium, magnesium, iron, and copper.

Nutrient	Amount	DV (%)	Nutrient Density	World's Healthiest Foods Rating
Fennel 1.00 cup 87.00 grams 26.97 calories
vitamin C	10.44 mg	17.4	11.6	excellent
dietary fiber	2.70 g	10.8	7.2	very good
potassium	360.18 mg	10.3	6.9	very good
manganese	0.17 mg	8.5	5.7	very good
folate	23.49 mcg	5.9	3.9	very good
molybdenum	4.35 mcg	5.8	3.9	very good
phosphorus	43.50 mg	4.3	2.9	good
calcium	42.63 mg	4.3	2.8	good
magnesium	14.79 mg	3.7	2.5	good
iron	0.64 mg	3.6	2.4	good
copper	0.06 mg	3.0	2.0	good
vitamin B3 (niacin)	0.56 mg	2.8	1.9	good

Florence

Florence fennel, Foeniculum vulgare v. azoricum, is an annual plant commonly used as a vegetable. Also called "bulb fennel," Florence fennel grows about 3 feet high and has a thick, bulb-like base that resembles celery. The leaf stems of Florence fennel are an important ingredient in Italian cuisine. You can incorporate Florence fennel into a stir-fry, serve it boiled or steamed, or add slices of raw fennel to a salad. "Trieste" and "Zefa Fino" are two varieties of Florence fennel recommended by Washington State University Extension.

Sweet

Sweet or common fennel, Foeniculum vulgare, is a perennial plant grown as an herb as well as for its seeds. Sweet fennel can reach a height of 4 or 5 feet. In French and Italian cooking, fennel leaf is commonly added to sauces and mayonnaise. Fennel is also an ingredient in some kinds of breads, cakes and liquors.

Bronze

Bronze fennel or Foeniculum vulgare "Purpurascens" is a type of sweet fennel whose leaves have an attractive bronze cast. The plant is useful not only as an herb, but also as an ornamental in the flower garden. Bronze fennel is often planted in butterfly gardens, since it attracts butterflies and other beneficial insects. In particular, bronze fennel is an important host plant for the black swallowtail butterfly.

Fennel Seed

The term "fennel" also refers to fennel seed, which is actually the fruit of the plant rather than a true seed. The long, thin curved seeds vary in color from brown to light green, with the green seeds being considered the most valuable. Fennel seeds are used to add sweet anise-like flavor to the foods of many regional cuisines The seeds are also used as an ingredient in a wide range of products, including teas, soft drinks, curries, sausages, cough drops, laxatives and room sprays.

Protects the Liver

Fennel's seeds and roots may open liver pathways, ease liver inflammation and treat jaundice. The herb also protects the liver from toxins, according to a 2003 study by researchers from Yuzuncu Yil University in Turkey. Fennel's essential oil anethole protected liver cells from a toxin administered to laborary rats. The herb reduced levels of the toxin and bilirubin, a normal byproduct of expired red blood cell metabolism.

Inhibits Cancer Development

Fennel prevents cells exposed to carcinogens from mutating, according a 2010 study by researchers at Ain Shams University in Egypt. Fennel's water extract protected cells of laboratory mice from the developing the early stages of cancer. Researchers concluded the results warranted further studies exploring fennel's anti-cancer capacity.

Indigestion and Colic

Herbalists and naturopaths often recommend fennel tea to relieve indigestion, bloating, stomach cramps and gas. The University of Maryland Medical Center endorses fennel tea as a digestive aid, say fennel has antispasmodic and carminative--gas-reducing--properties. UMMC adds that the tea may help relieve colic in infants, but advises consulting a pediatrician before using it. In a clinical study conducted by Alexandrovich and colleagues and published in the July, 2003 issue of Alternative Therapies, researchers found that oil from fennel seeds worked better than a placebo in reducing colic symptoms in infants.

Use in Respiratory Tract Infections

Fennel tea, which has expectorant and antimicrobial qualities, has traditionally been used in herbal medicine to treat coughs, colds and upper respiratory tract infections. Natural Healing Guide says fennel tea is often used for alleviating symptoms of whooping cough, asthma, and bronchitis, and recommends using it as a gargle for sore throats. For anything other than minor respiratory infections, however, consult your doctor.

Menstrual Cramps

Fennel tea is a traditional remedy for menstrual cramps, and there is some scientific research supporting this use. In a clinical study conducted by Khorshidi and colleagues and published in the May 2003 issue of "Iranian Journal of Pharmaceutical Research," fennel essential oil worked as well as non-steroidal anti-inflammatory drugs in relieving menstrual cramping; researchers noted that a substance called anethole is probably responsible for fennel's pain-relieving and antispasmodic effects.

Egg Plant

2011-12-11T06:46:00.001-08:00

The ancient ancestors of eggplant grew wild in India and were first cultivated in China in the 5th century B.C. Eggplant was introduced to Africa before the Middle Ages and then into Italy, the country with which it has long been associated, in the 14th century. It subsequently spread throughout Europe and the Middle East and, centuries later, was brought to the Western Hemisphere by European explorers. Today, Italy, Turkey, Egypt, China and Japan are the leading growers of eggplant.

Although it has a long and rich history, eggplant did not always hold the revered place in food culture that it does today, especially in European cuisines. As a result of the overly bitter taste of the early varieties, it seems that people also felt that it had a bitter dispositionâ"eggplant held the undeserved and inauspicious reputation of being able to cause insanity, leprosy and cancer.

For centuries after its introduction into Europe, eggplant was used more as a decorative garden plant than as a food. Not until new varieties were developed in the 18th century, did eggplant lose its bitter taste and bitter reputation, and take its now esteemed place in the cuisines of many European countries, including Italy, Greece, Turkey and France.

Eggplant, or aubergine as it is called in France, is a vegetable long prized for its beauty as well as its unique taste and texture. Eggplants belong to the plant family of Solanaceae, also commonly known as nightshades, and are kin to the tomato, bell pepper and potato. Eggplants grow in a manner much like tomatoes, hanging from the vines of a plant that grows several feet in height.

One of the most popular varieties of eggplant in North America looks like a pear-shaped egg, a characteristic from which its name is derived. The skin is glossy and deep purple in color, while the flesh is cream colored and spongy in consistency. Contained within the flesh are seeds arranged in a conical pattern.

In addition to this variety, eggplant is also available in a cornucopia of other colors including lavender, jade green, orange, and yellow-white, as well as in sizes and shapes that range from that of a small tomato to a large zucchini.

While the different varieties do vary slightly in taste and texture, one can generally describe the eggplant as having a pleasantly bitter taste and spongy texture. In many recipes, eggplant fulfills the role of being a complementary ingredient that balances the surrounding flavors of the other more pronounced ingredients

In addition to featuring a host of vitamins and minerals, eggplant also contains important phytonutrients, many which have antioxidant activity. Phytonutrients contained in eggplant include phenolic compounds, such caffeic and chlorogenic acid, and flavonoids, such as nasunin.

Brain Food

Research on eggplant has focused on an anthocyanin phytonutrient found in eggplant skin called nasunin. Nasunin is a potent antioxidant and free radical scavenger that has been shown to protect cell membranes from damage. In animal studies, nasunin has been found to protect the lipids (fats) in brain cell membranes. Cell membranes are almost entirely composed of lipids and are responsible for protecting the cell from free radicals, letting nutrients in and wastes out, and receiving instructions from messenger molecules that tell the cell which activities it should perform.

Rich in Phenolic Antioxidant Compounds

Researchers at the US Agricultural Service in Beltsville, Maryland, have found that eggplants are rich sources of phenolic compounds that function as antioxidants. Plants form such compounds to protect themselves against oxidative stress from exposure to the elements, as well as from infection by bacteria and fungi.
The good news concerning eggplant is that the predominant phenolic compound found in all varieties tested is chlorogenic acid, which is one of the most potent free radical scavengers found in plant tissues. Benefits attributed to chlorogenic acid include antimutagenic (anti-cancer), antimicrobial, anti-LDL (bad cholesterol) and antiviral activities.
ARS researchers studied seven eggplant cultivars grown commercially in the U.S. and a diverse collection of exotic and wild eggplants from other counties. In addition to chlorogenic acid, they found 13 other phenolic acids present at significantly varying levels in the commercial cultivars, although chlorogenic acid was the predominant phenolic compound in all of them. Black Magic—a commercial eggplant cultivar representative of U.S. market types—was found to have nearly three times the amount of antioxidant phenolics as the other eggplant cultivars that were studied. In addition to their nutritive potential, the phenolic acids in eggplant are responsible for some eggplants' bitter taste and the browing that results when their flesh is cut. An enzyme called polyphenol oxidase triggers a phenolic reaction that produces brown pigments. Scientists have begun work on developing eggplant cultivars with an optimal balance of phenolics to ensure both optimal nutritional value and pleasing taste.

Cardiovascular Health and Free Radical Protection

When laboratory animals with high cholesterol were given eggplant juice, their blood cholesterol, the cholesterol in their artery walls and the cholesterol in their aortas (the aorta is the artery that returns blood from the heart back into circulation into the body) was significantly reduced, while the walls of their blood vessels relaxed, improving blood flow. These positive effects were likely due not only to nasunin but also to several other terpene phytonutrients in eggplant.

Nasunin is not only a potent free-radical scavenger, but is also an iron chelator. Although iron is an essential nutrient and is necessary for oxygen transport, normal immune function and collagen synthesis, too much iron is not a good thing. Excess iron increases free radical production and is associated with an increased risk of heart disease and cancer. Menstruating women, who lose iron every month in their menstrual flow, are unlikely to be at risk, but in postmenopausal women and men, iron, which is not easily excreted, can accumulate. By chelating iron, nasunin lessens free radical formation with numerous beneficial results, including protecting blood cholesterol (which is also a type of lipid or fat) from peroxidation; preventing cellular damage that can promote cancer; and lessening free radical damage in joints, which is a primary factor in rheumatoid arthritis.

Eggplant is an excellent source of digestion-supportive dietary fiber and bone-building manganese. It is very good source of enzyme-catalyzing molybdenum and heart-healthy potassium. Eggplant is also a good source of bone-building vitamin K and magnesium as well as heart-healthy copper, vitamin C, vitamin B6, folate, and niacin. Eggplant also contains phytonutrients such as nasunin and chlorogenic acid. Eggplant also contains phytonutrients such as nasunin and chlorogenic acid.

Nutrient	Amount	DV (%)	Nutrient Density	World's Healthiest Foods Rating
Eggplant 82.00 g 82.00 grams 19.68 calories
dietary fiber	2.76 g	11.0	10.1	excellent
manganese	0.20 mg	10.0	9.1	excellent
molybdenum	4.10 mcg	5.5	5.0	very good
potassium	188.60 mg	5.4	4.9	very good
folate	18.04 mcg	4.5	4.1	good
vitamin K	2.87 mcg	3.6	3.3	good
vitamin B6 (pyridoxine)	0.07 mg	3.5	3.2	good
copper	0.07 mg	3.5	3.2	good
tryptophan	0.01 g	3.1	2.9	good
vitamin C	1.80 mg	3.0	2.7	good
magnesium	11.48 mg	2.9	2.6	good
vitamin B3 (niacin)	0.53 mg	2.6	2.4	good

Collard Greens

2011-12-11T00:59:00.001-08:00

Like kale, cauliflower and broccoli, collards are descendents of the wild cabbage, a plant thought to have been consumed as food since prehistoric times and to have originated in Asia Minor. From there it spread into Europe, being introduced by groups of Celtic wanderers around 600 B.C. Collards have been cultivated since the times of the ancient Greek and Roman civilizations. While collards may have been introduced into the United States before, the first mention of collard greens dates back to the late 17th century. Collards are an integral food in traditional southern American cuisine.

All cruciferous vegetables provide integrated nourishment across a wide variety of nutritional categories and provide broad support across a wide variety of body systems as well. For more on cruciferous vegetables see

Collards are leafy green vegetables that belong to the same family that includes cabbage, kale, and broccoli. While they share the same botanical name as kale, Brassica oleracea, and some resemblance, they have their own distinctive qualities. Like kale, collards are one of the non-head forming members of the Brassica family. Collards' unique appearance features dark blue green leaves that are smooth in texture and relatively broad. They lack the frilled edges that are so distinctive to their cousin kale.

Long a staple of the Southern United States, collard greens, unlike their cousins kale and mustard greens, have a very mild, almost smoky flavor. Although they are available year-round they are at their best from January through April. collard green vates

Unlike broccoli and kale and cabbage, you won't find many research studies devoted to the specific health benefits of collard greens. However, collard greens are sometimes included in a longer list of cruciferous vegetables that are lumped together and examined for the health benefits they provide. Based on a very small number of studies looking specifically at collard greens, and a larger number of studies looking at cruciferous vegetables as a group (and including collard greens on the list of vegetables studied), cancer prevention appears to be a standout area for collard greens with respect to their health benefits.

This connection between collard greens and cancer prevention should not be surprising since collard greens provide special nutrient support for three body systems that are closely connected with cancer development as well as cancer prevention. These three systems are (1) the body's detox system, (2) its antioxidant system, and (3) its inflammatory/anti-inflammatory system. Chronic imbalances in any of these three systems can increase risk of cancer, and when imbalances in all three systems occur simultaneously, the risk of cancer increases significantly. Among all types of cancer, prevention of the following cancer types is most closely associated with intake of collard greens: bladder cancer, breast cancer, colon cancer, lung cancer, prostate cancer, and ovarian cancer.

Detox Support Provided by Collard Greens

The detox support provided by collard greens includes antioxidant nutrients to boost Phase 1 detoxification activities and sulfur-containing nutrients to boost Phase 2 activities. Collard greens also contain phytonutrients called glucosinolates that can help activate detoxification enzymes and regulate their activity. Four key glucosinolates that have been clearly identified in collard greens in significant amounts are glucobrassicin, glucoraphanin, gluconasturtiian, and glucotropaeolin.

If we fail to give our body's detox system adequate nutritional support, yet continue to expose ourselves to unwanted toxins through our lifestyle and our dietary choices, we can place our bodies at increased risk of toxin-related damage that can eventually increase our cells' risk of becoming cancerous. That's one of the reasons it's so important to bring collard greens and other cruciferous vegetables into our diet on a regular basis.

Collard green champion

The Antioxidant Benefits of Collard

As an excellent source of vitamin C, beta-carotene, and manganese, and a good source of vitamin E, collard greens provide us with 4 core conventional antioxidants. But the antioxidant support provided by collard greens extends far beyond the conventional nutrients into the realm of phytonutrients. Caffeic acid, ferulic acid, quercetin, and kaempferol are among the key antioxidant phytonutrients provided by collard greens. This broad spectrum antioxidant support helps lower the risk of oxidative stress in our cells. Chronic oxidative stress—meaning chronic presence over overly reactive oxygen-containing molecules and cumulative damage to our cells by these molecules—is a risk factor for development of most cancer types. By providing us with such a great array of antioxidant nutrients, collard greens help lower our cancer risk by helping us avoid chronic and unwanted oxidative stress.

Collard Greens' Anti-inflammatory Benefits

As an excellent source of vitamin K and a good source of omega-3 fatty acids (in the form of alpha-linolenic acid, or ALA), collard greens provide us with two hallmark anti-inflammatory nutrients. Vitamin K acts as a direct regulator of our inflammatory response, and ALA is the building block for several of the body's most widely-used families of anti-inflammatory messaging molecules. In addition to these two anti-inflammatory components, one of the glucosinolates found in collard greens—glucobrassicin—can be readily converted into an isothiocyanate molecule called I3C, or indole-3-carbinol (I3C). I3C is an anti-inflammatory compound that can actually operate at the genetic level, and by doing so, prevent the initiation of inflammatory responses at a very early stage.

Like chronic oxidative stress and chronic weakened detox ability, chronic unwanted inflammation can significantly increase our risk of cancers and other chronic diseases (especially cardiovascular diseases).

Collard greens geogia southern

Collard Greens and Cardiovascular Support

Researchers have looked at a variety of cardiovascular problems—including heart attack, ischemic heart disease, and atherosclerosis—and found preliminary evidence of an ability on the part of cruciferous vegetables to lower our risk of these health problems. Yet regardless of the specific cardiovascular problem, it is one particular type of cardiovascular benefit that has most interested researchers, and that benefit is the anti-inflammatory nature of collard greens and their fellow cruciferous vegetables. Scientists have not always viewed cardiovascular problems as having a central inflammatory component, but the role of unwanted inflammation in creating problems for our blood vessels and circulation has become increasingly fundamental to an understanding of cardiovascular diseases. Of particular interest here has been the isothiocyanate (ITC) sulforaphane, which is made from glucoraphanin (a glucosinolate) found in collard greens. Not only does this ITC trigger anti-inflammatory activity in our cardiovascular system, it may also be able to help prevent and even possibly help reverse blood vessel damage.

A second area you can count on collard greens for cardiovascular support involves their cholesterol-lowering ability. Our liver uses cholesterol as a basic building block to product bile acids. Bile acids are specialized molecules that aid in the digestion and absorption of fat through a process called emulsification. These molecules are typically stored in fluid in our gall bladder, and when we eat a fat-containing meal, they get released into the intestine where they help ready the fat for interaction with enzymes and eventual absorption up into the body. When we eat collard greens, fiber-related nutrients in this cruciferous vegetable bind together with some of the bile acids in the intestine in such a way that they simply stay inside the intestine and pass out of our body in a bowel movement, rather than getting absorbed along with the fat they have emulsified. When this happens, our liver needs to replace the lost bile acids by drawing upon our existing supply of cholesterol, and as a result, our cholesterol level drops down. Collard greens provide us with this cholesterol-lowering benefit whether they are raw or cooked. However, a recent study has shown that the cholesterol-lowering ability of raw collard greens improves significantly when they are steamed. In fact, when the cholesterol-lowering ability of steamed collard greens was compared with the cholesterol-lowering ability of the prescription drug cholestyramine (a medication that is taken for the purpose of lowering cholesterol), collard greens bound 46% as many bile acids (based on a standard of comparison involving total dietary fiber).

In addition to the support factors described above, it is impossible to talk about the cardiovascular benefits of collard greens without mentioning their exceptional folate content. Although this cruciferous vegetable scores a rating of "excellent" in our food rating system, we would like to point out just how "excellent" excellent is when you're talking about collards. These greens provide more than 350 micrograms of folate in every hundred calories. That's 50% more than the amount provided by 100 calories' of broccoli, 100% more than the amount provided by 100 calories' of Brussels sprouts, 3 times the amount provided by 100 calories' of cabbage, and over 7 times the amount provided by 100 calories' of kale. Folate is a critical B-vitamin for support of cardiovascular health, including its key role in prevention of homocysteine build-up (called hyperhomocysteinemia).

Collard Greens and Digestive Support

The fiber content of collard greens—over 5 grams in every cup—makes this cruciferous vegetable a natural choice for digestive system support. You're going to get 85% of your Daily Value for fiber from only 200 calories' worth of collard greens! Yet the fiber content of collard greens is only one of their digestive support mechanisms. Researchers have determined that the sulforaphane made from a glucosinolate in collard greens (glucoraphanin) helps protect the health of our stomach lining by preventing bacterial overgrowth of Helicobacter pylori in our stomach or too much clinging by this bacterium to our stomach wall.

Other Health Benefits From Collard Greens

The anti-inflammatory nature of glucosinolates/isothiocyanates and other nutrients found in collard greens has been the basis for new research on inflammation-related health problems and the potential role of collard greens in their prevention. Current and potentially promising research is underway to examine the benefits of collard greens in relationship to our risk of the following inflammation-related conditions: Crohn's disease, inflammatory bowel disease, insulin resistance, irritable bowel syndrome, metabolic syndrome, obesity, rheumatoid arthritis, type 2 diabetes, and ulcerative colitis.

Collard greens are an excellent source of vitamin K, vitamin A (in the form of beta-carotene), vitamin C, manganese, folate, calcium, and dietary fiber. In addition, collard greens are a very good source of magnesium, iron, vitamin B2 and vitamin B6. They are a good source of vitamin E, protein, omega-3 fatty acids, potassium, vitamin B1, vitamin B5, niacin, zinc, and phosphorus,

cucumber

2011-12-08T02:34:00.001-08:00

History

African horned cucumber

Cucumber plants naturally thrive in both temperate and tropical environments, and generally require temperatures between 60-90°F/15-33°C. For this reason, they are native to many regions of the world. In evolutionary terms, the first cucumbers were likely to have originated in Western Asia (and perhaps more specifically in India) or parts of the Middle East. Cucumbers are mentioned in the legend of Gilgamesh--a Uruk king who lived around 2500 BC in what is now Iraq and Kuwait. It was approximately 3,300 years later when cucumber cultivation spread to parts of Europe, including France. And it was not until the time of the European colonists that cucumbers finally appeared in North America in the 1500's.

Today, the states of Florida and California are able to provide U.S. consumers with fresh cucumbers for most of the year (from March through November). Imported cucumbers from Mexico are commonly found in groceries during the winter months of December, January, and February. In California alone, about 6,600 acres are planted with slicing cucumber varieties and 4,400 with pickling cucumbers. Worldwide, China is by far the largest producer of cucumbers, and
provides about two-thirds of the global supply. Iran, Turkey, Russia, Egypt, Spain, Mexico, the Ukraine, Japan, Indonesia, and the U.S. all participate in the world cucumber market, with an especially high number of exports coming from Iran, Mexico, and Spain. Annual production of cucumbers worldwide is approximately 84 billion pounds.

Even though long, dark green, smooth-skinned garden cucumbers are familiar vegetables in the produce sections of most groceries, cucumbers actually come in a wide variety of colors, sizes, shapes and textures. You'll find white, yellow, and even orange-colored cucumbers, and they may be short, slightly oval, or even round in shape. Their skins can be smooth and thin, or thick and rough. In a technical sense, cucumbers are actually fruits, not vegetables. (Fruits are parts of flowering plants that come from the ovary.) But we've become accustomed to thinking and referring to cucumbers as vegetables.

All cucumbers belong to the botanical plant family calledCurcubitaceae. This broad family of plants includes melons and squashes. The cucumbers we're most familiar with in the grocery store belong to the specific genus/species group,Cucumis sativus.

While there are literally hundreds of different varieties of Cucumis sativus, virtually all can be divided into two basic types: slicing and pickling. Slicing cucumbers include all varieties that are cultivated for consumption in fresh form. In the United States, commonly planted varieties of slicing cucumber include Dasher, Conquistador, Slicemaster, Victory, Comet, Burpee Hybrid, and Sprint. These varieties tend to be fairly large in size and thick-skinned. Their size makes them easier for slicing, and their thick skin makes them easier to transport in whole food form without damage. (In many other countries, however, slicing cucumbers may be smaller in size and may be much more

thinly skinned.)

Nutritional Profile Gerkin

Cucumbers provide us with a variety of health-supportive phytonutrients. Included among these phytonutrients are flavonoids (apigenin, luteolin, quercetin, and kaempferol), lignans (pinoresinol, lariciresinol, and secoisolariciresinol), and triterpenes (cucurbitacins A, B, C, and D).

Cucumbers are an excellent source of anti-inflammatory vitamin K. They are also a very good source of the enzyme-cofactor molybdenum. They are also a good source of free radical-scavenging vitamin C; heart-healthy potassium and magnesium, bone-building manganese, and energy-producing vitamin B5. They also contain the important nail health-promoting mineral silica.

Nutrient	Amount	DV (%)	Nutrient Density	World's Healthiest Foods Rating
Cucumber 1.00 cup 104.00 grams 15.60 calories
vitamin K	17.06 mcg	21.3	24.6	excellent
molybdenum	5.20 mcg	6.9	8.0	very good
vitamin C	2.91 mg	4.8	5.6	good
potassium	152.88 mg	4.4	5.0	good
manganese	0.08 mg	4.0	4.6	good
magnesium	13.52 mg	3.4	3.9	good
tryptophan	0.01 g	3.1	3.6	good
vitamin B5 (pantothenic acid)	0.27 mg	2.7	3.1	good

Pickling cucumbers include all varieties that are cultivated not for consumption in fresh form, but for processing into pickles. In the United States, commonly planted varieties of pickling cucumber include Royal, Calypso, Pioneer, Bounty, Regal, Duke, and Blitz. Some of these pickling varieties are black-spine types (in reference to the texture of their outer skin) and some are white-spine. While pickling cucumbers can always be eaten fresh, their smaller size and generally thinner skins make them easier to ferment and preserve/jar.

Pickling is a process than can be used for many different foods. It's not limited to cucumbers and or even to the vegetable food group. In general, the word "pickling" refers to a method of preventing food spoilage that involves soaking in a liquid and/or fermenting.

While the language used to describe pickles can be very confusing, there are only two basic types of pickles: fermented and non-fermented. Fermenting is a process in which fresh foods (in this case cucumbers) are allowed to soak in a solution for an extended period of time that allows microorganisms to make changes in the food. Among these changes is a build-up of lactic acid that serves to protect the pickles from spoilage. When fermented in an appropriate solution, fresh foods like cucumbers can be transformed in a way that greatly increases their shelf life. Cucumbers are typically fermented in brine (water that's been highly saturated in salt). In fact, the word "pickle" actually comes from the Dutch "pekel" meaning brine. Alongside of salt, pickling brines often contain other ingredients, including vinegar, dill seed, garlic, and lime (calcium hydroxide or calcium oxide). "Dill pickles" get their name from the addition of dill seed to the brine. "Kosher dills" are brined not only with dill, but also with garlic. (One important note in this regard: "kosher dills" are not necessarily pickled cucumbers that have been prepared according to kosher dietary laws. The word "kosher" in their name often refers to a general style of preparation in which a good bit of garlic has been used in the brining process. If you are seeking pickles that have been prepared according to kosher dietary laws, look for "certified kosher" on the label, not just "kosher" or "kosher-style.")

Fermented pickles are often called "brined pickles," but here's where confusion can set it. These two terms aren't truly interchangeable since some brined pickles are "quick brined" and haven't been given time for fermentation. When pickles are "quick brined," the brining solution usually contains a significant amount of vinegar, and it's this added vinegar that prevents the pickles from spoiling, not build up of lactic acid through the microbial fermentation process. Non-fermented pickles of all kinds - often referred to as "quick pickled" - rely on the addition of vinegar or another highly-acidic solution to prevent spoilage. "Quick pickling" with the use of vinegar can be accomplished in a matter of days. Pickling by fermentation usually takes a minimum of several weeks. If you would like to learn more about how pickled cucumbers compare in nutritional value to raw cucumbers, see this Q+A .

While genetically engineered cucumbers do exist, genetic engineering is not responsible for the existence of seedless varieties of cucumbers. Through a natural process called parthenogenesis, cucumber plants can fruit without pollen. In the absence of pollen, seeds do not develop in the fruit. While some people have a personal preference for seedless cucumbers, it's worth remembering that cucumber seeds are rich source of cucumber nutrients that are sometimes absent in the pulp and skin.

Sometimes you will hear the word "gherkin" being used to refer to cucumbers and pickles. This word can be used to describe a variety of cucumber that comes from the same plant species (Cucumis sativus) that is the source of most other cucumber varieties found in the grocery. But the term "gherkin" can also be used to describe a cucumber variety that comes from a different species of plant (Cucumis anguiria).

Health Benefits
Cucumber Mandurain Round(Asia)

Cucumbers have not received as much press as other vegetables in terms of health benefits, but this widely-cultivated food provides us with a unique combination of nutrients. At the top of the phytonutrient list for cucumbers are its cucurbitacins, lignans, and flavonoids. These three types of phytonutrients found in cucumbers provide us with valuable antioxidant, anti-inflammatory, and anti-cancer benefits. Specific phytonutrients provided by cucumbers include

Flavonoids

apigenin
a luleolin
a quercetin
a kaempfe
Lignans

pinoresinol
lariciresinol
secoisolariciresinol

Triterpenes

cucurbitacin A
cucurbitacin B
cucurbitacin C
cucurbitacin D

Details about the best-researched health benefits of cucumbers are provided in the paragraphs below.

Antioxidant & Anti-Inflammatory Benefits

Cucumbers are a valuable source of conventional antioxidant nutrients including vitamin C, beta-carotene, and manganese. In addition, cucumbers contain numerous flavonoid antioxidants, including quercetin, apigenin, luteolin, and kaempferol. In animal studies, fresh extracts from cucumber have been shown to provide specific antioxidant benefits, including increased scavenging of free radicals and increased overall antioxidant capacity. Fresh cucumber extracts have also been shown to reduce unwanted inflammation in animal studies. Cucumber accomplishes this task by inhibiting activity of pro-inflammatory enzymes like cyclo-oxygenase 2 (COX-2), and by preventing overproduction of nitric oxide in situations where it could increase the likelihood of excessive inflammation.

Anti-Cancer Benefits

Research on the anti-cancer benefits of cucumber is still in its preliminary stage and has been restricted thus far to lab and animal studies. Interestingly, however, many pharmaceutical companies are actively studying one group of compounds found in cucumber--called cucurbitacins--in the hope that their research may lead to development of new anti-cancer drugs. Cucurbitacins belong to a large family of phytonutrients called triterpenes. Cucurbitacins A, B, C, D and E have all been identified within fresh cucumber. Researchers have determined that several different signaling pathways (for example, the JAK-STAT and MAPK pathways) required for cancer cell development and cancer cell survival can be blocked by activity of cucurbitacins. Eventually, we expect to see human studies that confirm the anti-cancer benefits of cucumbers when consumed in a normal, everyday meal plan.

A second group of cucumber phytonutrients known to provide anti-cancer benefits are its lignans. The lignans pinoresinol, lariciresinol, and secoisolariciresinol have all been identified within cucumber. Interestingly, the role of these plant lignans in cancer protection involves the role of bacteria in our digestive tract. When we consume plant lignans like those found in cucumber, bacteria in our digestive tract take hold of these lignans and convert them into enterolignans like enterodiol and enterolactone. Enterolignans have the ability to bind onto estrogen receptors and can have both pro-estrogenic and anti-estrogenic effects. Reduced risk of estrogen-related cancers, including cancers of the breast, ovary, uterus, and prostate has been associated with intake of dietary lignans from plant foods like cucumber.

cauliflower

2011-12-05T07:51:00.000-08:00

Cauliflower traces its ancestry to the wild cabbage, a plant thought to have originated in ancient Asia Minor, which resembled kale or collards more than the vegetable that we now know it to be.

The cauliflower went through many transformations and reappeared in the Mediterranean region, where it has been an important vegetable in Turkey and Italy since at least 600 B.C.

It gained popularity in France in the mid-16th century and was subsequently cultivated in Northern Europe and the British Isles. The United States, France, Italy, India, and China are countries that produce significant amounts of cauliflower.

Cauliflower, a cruciferous vegetable, is in the same plant family as broccoli, kale, cabbage and collards. It has a compact head (called a "curd"), with an average size of six inches in diameter, composed of undeveloped flower buds. The flowers are attached to a central stalk. When broken apart into separate buds, cauliflower looks like a little tree, something that many kids are fascinated by.

Surrounding the curd are ribbed, coarse green leaves that protect it from sunlight, impeding the development of chlorophyll. While this process contributes to the white coloring of most of the varieties, cauliflower can also be found in light green and purple colors. Between these leaves and the florets are smaller, tender leaves that are edible.

Raw cauliflower is firm yet a bit spongy in texture. It has a slightly sulfurous and faintly bitter flavor.

The milk, sweet, almost nutty flavor of cauliflower is at its best from December through March when it is in season and most plentiful in your local markets.

While cauliflower is not a well-studied cruciferous vegetable from a health standpoint, you will find several dozen studies linking cauliflower-containing diets to cancer prevention, particularly with respect to the following types of cancer: bladder cancer, breast cancer, colon cancer, prostate cancer, and ovarian cancer. This connection between cauliflower and cancer prevention should not be surprising, since cauliflower provides special nutrient support for three body systems that are closely connected with cancer development as well as cancer prevention. These three systems are (1) the body's detox system, (2) its antioxidant system, and (3) its inflammatory/anti-inflammatory system. Chronic imbalances in any of these three systems can increase risk of cancer, and when imbalances in all three systems occur simultaneously, the risk of cancer increases significantly.

Detox Support Provided by Cauliflower

The detox support provided by cauliflower includes antioxidant nutrients to boost Phase 1 detoxification activities and sulfur-containing nutrients to boost Phase 2 activities. Cauliflower also contains phytonutrients called glucosinolates that can help activate detoxification enzymes and regulate their activity. Three glucosinolates that have been clearly identified in cauliflower are glucobrassicin, glucoraphanin, and gluconasturtiian. While the glucosinolate content of cauliflower is definitely significant from a health standpoint, cauliflower contains about one-fourth as much total glucosinolates as Brussels sprouts, about one-half as much as Savoy cabbage, about 60% as much as broccoli, and about 70% as much as kale.

If we fail to give our body's detox system adequate nutritional support, yet continue to expose ourselves to unwanted toxins through our lifestyle and our dietary choices, we can place our bodies at increased risk of toxin-related damage that can eventually increase our cells' risk of becoming cancerous. That's one of the reasons it's so important to bring cauliflower and other cruciferous vegetables into our diet on a regular basis.

Cauliflower's Antioxidant Benefits

As an excellent source of vitamin C, and a very good source of manganese, cauliflower provides us with two core conventional antioxidants. But its antioxidant support extends far beyond the conventional nutrients into the realm of phytonutrients. Beta-carotene, beta-cryptoxanthin, caffeic acid, cinnamic acid, ferulic acid, quercetin, rutin, and kaempferol are among cauliflower's key antioxidant phytonutrients. This broad spectrum antioxidant support helps lower the risk of oxidative stress in our cells. Chronic oxidative stress - meaning chronic presence over overly reactive oxygen-containing molecules and cumulative damage to our cells by these molecules - is a risk factor for development of most cancer types. By providing us with such a great array of antioxidant nutrients, cauliflower helps lower our cancer risk by helping us avoid chronic and unwanted oxidative stress.

Cauliflower's Anti-inflammatory Benefits

As an excellent source of vitamin K, cauliflower provides us with one of the hallmark anti-inflammatory nutrients. Vitamin K acts as a direct regulator of our inflammatory response. In addition, one of the glucosinolates found in cauliflower - glucobrassicin - can be readily converted into an isothiocyanate molecule called ITC, or indole-3-carbinol. I3C is an anti-inflammatory compound that can actually operate at the genetic level, and by doing so, prevent the initiation of inflammatory responses at a very early stage.

Cauliflower and Cardiovascular Support

Scientists have not always viewed cardiovascular problems as having a central inflammatory component, but the role of unwanted inflammation in creating problems for our blood vessels and circulation has become increasingly fundamental to an understanding of cardiovascular diseases. The anti-inflammatory support provided by cauliflower (including its vitamin K and omega-3 content) makes it a food also capable of providing cardiovascular benefits. Of particular interest is its glucoraphanin content. Glucoraphanin is a glucosinolate that can be converted into the isothiocyanate (ITC) sulforaphane. Not only does sulforaphane trigger anti-inflammatory activity in our cardiovascular system - it may also be able to help prevent and even possibly help reverse blood vessel damage.

Cauliflower and Digestive Support

The fiber content of cauliflower - nearly 12 grams in every 100 calories - makes this cruciferous vegetable a great choice for digestive system support. You're going to get nearly half of the fiber Daily Value from 200 calories' worth of cauliflower. Yet the fiber content of cauliflower is only one of its digestive support mechanisms. Researchers have determined that the sulforaphane made from a glucosinolate in cauliflower (glucoraphanin) can help protect the lining of your stomach. Sulforaphane provides you with this health benefit by preventing bacterial overgrowth of Helicobacter pylori in your stomach or too much clinging by this bacterium to your stomach wall.

Other Health Benefits from Cauliflower

The anti-inflammatory nature of glucosinolates/isothiocyanates and other nutrients found in cauliflower has been the basis for new research on inflammation-related health problems and the potential role of cauliflower in their prevention. While current studies are examining the benefits of cruciferous vegetables as a group rather than cauliflower in particular, promising research is underway that should shed light on the potential benefits of cauliflower in relationship to our risk of the following inflammation-related health problems: Crohn's disease, inflammatory bowel disease, insulin resistance, irritable bowel syndrome, metabolic syndrome, obesity, rheumatoid arthritis, type 2 diabetes, and ulcerative colitis.