Sweet corn, also known as corn which contains a lot of nutrition and health care properties, in addition to carbohydrate, protein, fat, carotene, and also contains riboflavin etc.
The experts of the corn, rice, wheat and other staple foods were the role of nutritional value and health indicators contrast, found that the vitamin content of corn is very high, for rice, wheat, 5-10 times, while the special The nutritional value of corn was higher than normal corn. Sweet corn protein, vegetable oil, and vitamin content 1-2 times higher than conventional maize, "life element" selenium content was 8-10 times higher, the contains 17 amino acids, there are 13 species of higher than ordinary corn.
Scientists believe that, from a health point of view, people are eating corn oil, peanut oil and other edible vegetable oils than the benefits to be great. Very coarse cornmeal at the mill contains large amounts of leucine and glutathione, can inhibit the anti-cancer drugs on the human body side-effects, but also inhibit tumor growth. Because glutathione can be locked, like chains, like the growth of cancer-causing substances to lose their toxicity, the end of its body.
Eat corn, a variety of diabetes prevention with anti-cancer effect
Corn is rich in unsaturated fatty acids, especially linoleic acid content as high as 60%, and it and the corn germ in the synergy of vitamin E can reduce blood cholesterol levels and prevent its deposition in the vessel wall. Thus, corn on the coronary heart disease, atherosclerosis, hyperlipidemia, and hypertension have a certain role in the prevention and treatment. Vitamin E can also promote human cell division, anti-aging. Rich in calcium, phosphorus, magnesium, iron, selenium and so on, and vitamins A, B1, B2, B6, E and carotene, etc., for cholecystitis, gallstones, jaundice, hepatitis and diabetes, there is the role of adjuvant therapy.
Scientific testing confirmed that every 100 grams of corn can provide nearly 300 milligrams of calcium, which is almost similar calcium contained in dairy products. Rich in calcium can play the effect of lowering blood pressure. If the daily intake of 1 g of calcium, 6 weeks after the blood pressure can reduce the 9%. Plant cellulose can accelerate carcinogens and other poisons to leach out; natural vitamin E, there to promote cell division, anti-aging, skin lesions to prevent the function, but also to reduce atherosclerosis and brain function decline.
Corn contains lutein, zeaxanthin can counter the aging eye, stimulate the brain cells, enhancing people's brain power and memory.
U.S. researchers in the study also found that regular consumption of corn bran and corn oil are very helpful in reducing cholesterol. They had an average age of 55 choices, 70 elderly people, including 50 men and 20 women, these people have higher cholesterol levels, and the hospitalization time in two years but the effect is not ideal. These people accept the test, the researchers put through the fine grinded maize research, and accompanied by garlic powder, black pepper, celery and other condiments, soup with tomatoes, or reconciled into food, one and a half before the trial to eat 20 grams per person per day, After one and a half to eat 40 grams per person per day, three months later upon inspection, found that 70 individuals had blood levels of triglycerides decreased, there are 60 individuals to reduce cholesterol.
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Thursday, December 23, 2010
Wednesday, December 22, 2010
Honey before bedtime improves brain function, mental acuity
Sleep debt or chronic partial sleep deprivation from poor quality sleep has been shown to have a detrimental effect on overall energy metabolism in the body. The toxic interaction of impaired energy metabolism and chronic partial sleep loss is the underlying cause of the reduction in melatonin and the loss of brain function as we age. Failure to provide sufficient energy for the brain during sleep has a significant adverse effect on brain metabolism and on memory and learning.
Ironically, the most severe negative effect on brain energy provision occurs from chronic increased food consumption and the resultant excessive insulin production that follows. Excess insulin in the central nervous system has a profound negative influence on brain metabolism and on memory and learning. Hyperinsulinism prevents glucose uptake into the brain causing partial brain starvation. Our brain is actually starving during periods of excess energy availability.
Insulin also inhibits an enzyme in the brain which allows the accumulation of glutamate in the synaptic space between brain neurons. This leads to irreversible damage of nerve cells in the brain and deterioration of brain function.
Consuming honey before bedtime reduces the release of stress hormones and maximizes the production and release of melatonin, a hormone which is also known as the “learning hormone.” Overproduction of stress hormones night after night inhibit the release of melatonin. When melatonin is produced normally, it inhibits the negative effects of too much insulin in the brain.
Quality sleep which is critical for memory consolidation and vital in human learning may therefore be achieved by a simple strategy of consuming a tablespoon of honey before bedtime. This strategy optimizes recovery physiology, reduces chronic overproduction of adrenal stress hormones that inhibit melatonin, and produces the exact metabolic environment required for the release of melatonin, growth hormone and IGF-1, the key hormones of memory consolidation and learning.
Ironically, the most severe negative effect on brain energy provision occurs from chronic increased food consumption and the resultant excessive insulin production that follows. Excess insulin in the central nervous system has a profound negative influence on brain metabolism and on memory and learning. Hyperinsulinism prevents glucose uptake into the brain causing partial brain starvation. Our brain is actually starving during periods of excess energy availability.
Insulin also inhibits an enzyme in the brain which allows the accumulation of glutamate in the synaptic space between brain neurons. This leads to irreversible damage of nerve cells in the brain and deterioration of brain function.
Consuming honey before bedtime reduces the release of stress hormones and maximizes the production and release of melatonin, a hormone which is also known as the “learning hormone.” Overproduction of stress hormones night after night inhibit the release of melatonin. When melatonin is produced normally, it inhibits the negative effects of too much insulin in the brain.
Quality sleep which is critical for memory consolidation and vital in human learning may therefore be achieved by a simple strategy of consuming a tablespoon of honey before bedtime. This strategy optimizes recovery physiology, reduces chronic overproduction of adrenal stress hormones that inhibit melatonin, and produces the exact metabolic environment required for the release of melatonin, growth hormone and IGF-1, the key hormones of memory consolidation and learning.
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