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Vitamins and Minerals: The Health Care Industries Big Deep Secret

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There is no doubt that vitamins and minerals are critical to good health. Vitamins are carbon-containing substances derived from living things. They are used by the body in tiny amounts to build, maintain, and repair tissues. For example, the various compounds dubbed vitamin A are used in eye tissues for vision, and in cell nuclei to aid gene expression, among other functions. Vitamin D is needed for bones to develop properly, and the B vitamin folic acid aids in the digestion of amino acids and plays a role in the metabolism of deoxyribonucleic acids (DNA) and ribonucleic acids (RNA). DNA is genetic material that codes instructions for the production of proteins—the basic building blocks of life; RNA is a molecule that helps carry out those instructions.


Unlike vitamins, minerals are inorganic (not bound to carbon). They come from soil and water, but make their way into the plants and animals people eat. Essential minerals include calcium, phosphorous, magnesium, iron, zinc, iodine, and selenium. These minerals have myriad biological roles. Some work in enzymes, protein “tools” that make possible many critical biological processes. Others enable blood to carry oxygen to the body's tissues; strengthen bones and teeth; help cells grow and repair themselves; or keep the heart beating properly.


The RDAs – Recommended Daily Allowances

Unlike macronutrients—the fats, proteins, and carbohydrates people burn for energy—vitamins and minerals are used by the body in much smaller quantities. How much of these micronutrients do people need? That depends on the nutrient and on the person. However, general guidelines known as Recommended Dietary Allowances, or RDAs, are set by the Food and Nutrition Board of the National Academy of Sciences (NAS), a scientific advisory council for the U.S. government.

Recommended Daily Allowances - RDAs, which are revised about once every five years, are educated guesses about nutrient requirements based on evidence gleaned from studies in large human populations, test-tube experiments, and everything in between. In setting RDAs, scientists account for the body's inability to completely digest or absorb certain vitamins and minerals in foods or pills, and include a margin of safety.


RDAs are, in most cases, designed to prevent nutrient deficiency diseases such as scurvy, caused by a lack of vitamin C, and goiter, resulting from too little iodine. The consequences of such diseases can be serious. In scurvy, the gums become spongy, the teeth loosen, and tiny blood vessels called capillaries bleed into the skin and mucous membranes. Goiter, an enlargement of the thyroid gland at the base of the neck, can lead to a type of mental retardation known as cretinism.


Are Recommended Daily Allowances - RDAs Adequate?

In America, severe micronutrient deficiencies are rare, because most Americans' diets are good enough to prevent them. That does not mean Americans' diets are necessarily good, however. High in fat and low in fruits and vegetables, the typical American diet may be contributing to chronic ailments such as cancer and heart disease. Indeed, many experts believe it is a lack of certain vitamins and minerals in the foods Americans eat that raises their risk of chronic ailments.


In a few cases, the RDA reflects this notion. For instance, the RDA for calcium is set at a level to ward off a disease of weakened bones called osteoporosis that usually shows up in old age. But the RDA for many nutrients may be too low to stave off certain illnesses. Some studies even suggest that truly protective doses far exceed what a person could eat in a day and thus, supplements are necessary.

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The Folic Acid Story

An argument for supplements could certainly be made for folic acid; a B vitamin that recent evidence has shown can prevent certain deadly or paralyzing birth defects and may also ward off heart disease. The RDA for folic acid, also called folate, is 200 micrograms for adult men and 180 micrograms for adult women. (A microgram is one-thousandth of a milligram.) However, many experts now recommend that all women of child-bearing age consume at least 400 micrograms of folate a day to prevent birth defects.


What is the basis for this recommendation? Controlled studies (studies that include control groups) have shown that women who took folic acid supplements when they conceived were far less likely to give birth to infants with neural tube defects such as anencephaly, in which the brain does not develop fully, or spina bifida, when the spinal cord does not completely close. Folic acid, it appears, is critical for the closure of the neural tube, the tissue that encloses a developing embryo's brain and spinal cord.


Folate is also used by the body to break down an amino acid called homocysteine, and that role is critical to its presumed ability to prevent heart disease. In large amounts, homocysteine is thought to scar arteries and cause them to clog, leading to heart attacks. Recent studies have shown that people with high homocysteine levels are at increased risk for heart disease. Other recent work has indicated that people with low blood levels of folic acid are likewise at increased risk. Folate supplements can lower homocysteine levels. However, no one has yet shown that taking folic acid supplements prevents heart attacks and prolongs lives.


Thus, the American Heart Association (AHA) still recommends getting folic acid from foods such as leafy green vegetables, beans, and orange juice instead of supplements, since these foods have other beneficial nutrients as well. But since most Americans do not consume even the RDA for folic acid, women of childbearing age are advised to take supplements, especially since the folic acid in supplements is better absorbed than that in foods. By January 1, 1998, the FDA will require all grain products sold in the United States to be fortified with folic acid.

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The Antioxidant Debate

Scientists have also been turning up evidence suggesting that large doses of vitamins E and C and beta-carotene, a substance the body converts into vitamin A, may prevent chronic illnesses such as heart disease and cancer. These nutrients are thought to “mop up” unstable chemicals in the body known as free radicals that can damage tissues and contribute to disease.


Free radicals are formed all the time—whenever the body uses oxygen or is exposed to a toxin such as cigarette smoke—and can harm cells in a number of ways. They can chemically alter fats in low-density lipoproteins (LDL) (components in the blood that carry cholesterol), making them more likely to clog arteries. Free radicals can also damage DNA, possibly raising the risk of cancer.


Vitamins C and E and beta-carotene are thought to work as antioxidants, molecules that block the formation of free radicals and thus lower the risk of heart disease and cancer. What is the evidence for this theory? Numerous studies have shown that people who eat lots of fruits and vegetables—the major sources of many antioxidant nutrients—have a lower risk of heart disease than those who do not. Similarly, a lot of research indicates that people whose diets are produce-poor have a higher risk of several kinds of cancer.


While those studies strongly support the recommendations of the National Cancer Institute (NCI) to eat at least five servings of fruits and vegetables a day, they do not prove that isolated antioxidants in the form of supplements provide disease protection. Although test tube and animal studies do suggest benefits from antioxidant supplements, the evidence in people has been mixed. Here is a rundown.

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Vitamin E and Heart Disease
Will large doses of vitamin E protect against heart disease? Several lines of research seem to indicate so. In one, scientists examined whether vitamin E supplements caused favorable changes in blood chemistry—such as lowering levels of oxidized LDL. In the February 1995 issue of the journal Arteriosclerosis, Thrombosis, and Vascular Biology, Texas scientists described results from testing the blood of 48 men who had been given various daily doses of vitamin E. They found that doses of 400 International Units (IU) (about 27 times the RDA for men) produced significant protection against the oxidation of LDL particles in their blood.


Such research does not say whether vitamin E can prevent heart disease. That is left up to studies that follow people for years and associate vitamin E intake with heart disease incidence. Three major studies have shown that taking daily vitamin E supplements of at least 100 IU for two years or longer reduced the risk of heart disease by almost half.


But even those studies are not definitive: While they associate vitamin E intake with low disease rates, they do not show cause and effect. That is because people who take vitamins often have other healthy habits—such as exercising and eating a balanced diet—that could explain the lowered disease risk. The best type of evidence is a so-called intervention trial in which participants are given supplements or placebos and followed for a period of many months to many years to determine the incidence of disease in the two groups.


So far, just one small study of this type has examined the effects of vitamin E on heart disease. Published in the March 23, 1996, issue of the British medical journal The Lancet, Cambridge University researchers in England found a more than 75 percent reduction in nonfatal heart attacks among people who took from 400 to 800 IU of vitamin E for a little more than a year. However, the vitamin did not appear to prevent deaths from heart attacks: There was a slight increase in the percentage of patients who had fatal heart attacks, 2.6 percent in those on vitamin E vs. 2.4 percent in those on placebo. Several larger human studies currently underway promise to shed more light on the effects of vitamin E on heart disease.


Beta-Carotene and Cancer

Earlier research showing associations between intake of beta-carotene and reduced cancer incidence have not held up in the latest intervention trials. One of these trials, the Beta Carotene and Retinol Efficacy Trial (CARET), was halted in January 1996 because preliminary results indicated that a combination of beta-carotene and vitamin A was not preventing lung cancer in high-risk men and women and may actually have been harming study participants. Published in the May 2, 1996, New England Journal of Medicine, the study found 28 percent more lung cancers and 17 percent more deaths in participants taking 30 mg of beta-carotene and 25,000 IU of vitamin A.

This result was similar to that found in two other trials. Researchers conducting the Physicians' Health Study reported in the same issue of the New England Journal that they found no benefit or harm from beta-carotene on cancer or heart disease. And the 1994 results of the Alpha-Tocopherol, Beta-Carotene Lung Cancer Prevention Trial, published in the same journal on April 14, showed 18 percent more lung cancers and 8 percent more deaths in smokers who took 20 mg of beta-carotene daily for five to eight years.


Not all of the intervention trials have reported negative results, however. In 1993 a study published in the September 15 Journal of the National Cancer Institute suggested that a combination supplement of beta-carotene, vitamin E, and selenium reduced the stomach cancer mortality rate by 21 percent on average among subjects in Linxian, China.

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Vitamin E: Foods or Supplements?

Many scientists and physicians are excited about the recent results from studies of vitamin E and heart disease and are taking E supplements themselves. However, given the contradictory nature of much of this data, especially the beta-carotene and cancer work, other experts are cautious in recommending antioxidant supplements for the prevention of chronic diseases. A better option, they say, is to get as many of these nutrients as possible from foods. Indeed, that is the official word from the NAS, the AHA, and the NCI.


What might be better about fruits and vegetables? The micronutrients identified so far may not actually be the protective ones or foods may contain other chemicals that magnify a nutrient's protective effect. In some cases, evidence indicates that the form of a nutrient in foods is better absorbed than the form that comes in pills or powders. Calcium in milk and other dairy products, for example, is known to be better absorbed by the body than in pill form.


Potential Dangers

Taking high doses of certain supplements can be dangerous. Although they are not called drugs, vitamins and minerals at high doses act like drugs and can have drug-like side effects. For example, it is known that doses of vitamin A above 25,000 IU can cause, among other things, severe liver damage, bone diseases, and, when taken by pregnant women, birth defects. Recent evidence has shown that doses even as low as 10,000 IU can cause some types of birth defects.

Other vitamins can also be toxic. Taking more than 100 mg per day of vitamin B6—a whopping 50 times the RDA—can harm the nervous system, causing problems with balance and altered sensations. Nevertheless, this vitamin often is sold in capsules containing 100 mg to 500 mg. And niacin, which comes in supplements of 250 mg, 400 mg, and 500 mg, can trigger vomiting, diarrhea, and even liver damage, among other maladies, in doses of 500 mg from slow-release formulations and 750 mg from immediate-release pills.

Toxicity also has been associated with high doses of iron, selenium, and even vitamin C. Folic acid doses above 1 mg can mask symptoms of vitamin B12 deficiency, a rare condition that is most often seen among the elderly and some strict vegetarians. If it goes undetected, vitamin B12 deficiency can lead to irreversible nerve damage. There may be unidentified dangers as well. While doses of vitamin E up to 800 IU appear to be safe for most healthy people, it will take long-term studies of the use of vitamin E, involving thousands of people, to know whether high doses are safe for everyone.

Doses of supplements go largely unregulated because of the 1976 Proxmire Amendment to the Federal Food, Drug, and Cosmetic Act. One provision of this amendment prohibits the FDA from establishing a maximum daily dose unless the agency can prove there is a health hazard.
Herbal Remedies
Unlike vitamins, which consumers use primarily for prevention, herbs are typically used as treatments, for everything from colds to cancer. Unrefined herbs—the leaves, bark, flowers, berries, or roots of plants—are not yet a part of mainstream U.S. medicine. But they are in other countries.

In China, herbal remedies—such as Yin Chiao, an herbal formulation used to treat colds, and stephania, a root used for weight loss—dominate medical practice. European doctors also readily incorporate herbs into their practices. In Germany, a concentrated extract made from the leaves of the ginkgo tree is used as a treatment for headaches and tinnitus (a ringing in the ears), among other maladies. In the South Sea Islands, tea-tree oil, pressed from the leaves of a tropical tree, has been used for centuries as a skin antiseptic.

In the United States, herbal remedies have caught on among the general public, if not physicians. Experts say that herbal remedies or “botanicals” are the fastest growing segment of the supplement market. Their appeal lies largely in the word “natural.” But natural is not a synonym for safe. It does not mean the stuff works, either.


Do Herbs Work?

Some herbs probably are effective. After all, about 25 percent of U.S. prescription drugs are derived from plants. For example, digitalis, the heart-muscle strengthener, is an herb derived from a plant called foxglove, and taxol, a cancer treatment, comes from the Pacific yew tree. To date, the FDA has judged at least 16 herbs as safe and effective, allowing them to be sold over the counter as drugs. These include elm bark, sold as Throat Coat Tea, and the laxatives senna, marketed under the brand name Senokot, and psyllium seeds, sold under the label Metamucil.

That still leaves hundreds of herbs sold in the United States whose effectiveness is unproven. For instance, there is little documentation for the purported ability of a Chinese root called ginseng to build up the body's resistance to stress and disease and to enhance sexual potency. Similarly, garlic's power to strengthen the immune system, prevent cancer, or unstuff sinuses remains highly controversial.

Still, that does not mean that these herbs and others do not do something to the body. In fact, ingredients in some products sold as herbs are similar to over-the-counter drugs. White willow bark, for instance, is a lot like aspirin. Both belong to a class of compounds called salicylates and so have similar effects on the body. And the Chinese herb Ma Huang, derived from an evergreen plant of the genus Ephedra, contains ephedrine, a stimulant used in many over-the-counter and prescription drugs.


Are They Safe?

Because herbs are not required to undergo safety tests, it is difficult to be sure any are completely safe. The safest herbs are those for which no one has reported toxic effects. Examples of such herbs include ginger, milk thistle, and garlic. The absence of negative reports about a substance is not, however, proof of safety, since people do not always associate their symptoms with herbs they are taking. Thus, many adverse effects probably go unnoticed and unreported.

Meanwhile, many herbs known to be toxic remain on the market. One such herb is a desert shrub called chaparral. In the February 8, 1995, Journal of the American Medical Association (JAMA), doctors reported severe liver damage in a 60-year-old woman who had taken capsules of a chaparral extract for 10 months for its supposed antioxidant properties. The woman experienced no symptoms before becoming seriously ill with liver failure; she eventually needed a liver transplant.
Ma Huang is perhaps the best known example of herbal toxicity of late.

Containing ephedrine, a stimulant that can harm the nervous system and heart, Ma Huang is a component in dietary supplements that manufacturers claim will promote weight loss and boost energy. In some cases, it is supposed to produce a natural “high” like that from illegal drugs such as “ecstasy.” Its harmful effects range from dizziness, headaches, and stomachaches to heart attacks, strokes, seizures, and death. So far, more than 600 reports of injuries and 17 deaths linked to ephedrine products have poured into the FDA.

The majority of injuries were reported by women taking weight-loss formulations containing the substance.

Herbs can also pose risks because they are unregulated and thus bear no warning labels mentioning side effects or safe dosages. For instance, consumers are not told on a package of white willow bark that this herb, like aspirin, can upset the stomach, cause bleeding during pregnancy, increase the risk of a stroke, or spawn Reye's syndrome, a serious illness appearing in some feverish children given aspirin.


In addition, herbal products are not subject to careful quality control; thus, undesirable substances can sneak in without anyone knowing. Ayurvedic herbs, made in India and used in traditional Hindu medicine, are boiled in clay or metal pots, which can leave behind traces of toxic substances such as lead, mercury, or arsenic. And sometimes products contain misidentified plant parts. In the early 1990s, 70 women at a clinic in Belgium took an herb for weight loss that clinic administrators thought was stephania. Instead, it was a toxic plant, called aristolochia, that poisoned their kidneys.

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Amino Acids Supplement

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Amino acid supplements are, like herbs, largely unstudied and unregulated; thus, as a group, their safety and efficacy cannot be assured. Still, Americans are downing them for undocumented promises, ranging from building muscles to calming jittery nerves. Last year, amino acid supplement sales rang up about $400 million in the United States, estimates Euromonitor International.

Should anyone be taking amino acid supplements? There is certainly no health reason to do so, according to many experts. The body does need amino acids, which it uses to build proteins and to make other vital molecules including those that send messages in the brain. However, most Americans are highly unlikely to face a shortage. Of the 20 amino acids that make up animal and plant proteins, the body can manufacture all but 9. And all of those 9—histidine, isoleucine, leucine, lysine, methionine, phenylalanine, threonine, tryptophan, and valine—are typically plentiful in the diet in the form of proteins.


Nearly all Americans eat the RDA for protein many times over. Thus, people are not popping amino acid supplements because they are worried about meeting their protein requirement. They are after druglike effects. Some are amateur bodybuilders looking for legal, muscle-building alternatives to steroids (illegal drugs derived from the male hormone testosterone that are believed to increase muscle size and power). Others are less concerned about brawn than brain: They take high-potency supplements of single amino acids to give them more energy, calm them down, or even make them smarter.


Do They Work?

Many of the claims have logic behind them. Amino acids make up proteins and proteins pack muscle, so it is theoretically possible that some amino acid mixtures could help increase muscle mass. However, they certainly will not have that effect in the absence of weight training or other muscle-building exercises. And even when combined with exercise, the evidence that amino acid supplements are beneficial is tenuous at best, top scientists say. A more likely effect of taking such supplements, they add, is nitrogen-rich urine, since amino acids contain nitrogen.


Taking large doses of single amino acids could, in some cases, affect the brain, experts say. Overloading the body with a single amino acid can cause more of that amino acid to enter the brain, where it may be used to make neurotransmitters, chemicals that carry messages between brain cells and influence mood. For instance, the amino acid tryptophan is used to produce the neurotransmitter serotonin, which can have a calming or sleep-inducing effect. And a few studies suggest that tryptophan can have a sedative effect on humans; it may also suppress appetite. But consumers no longer can find this supplement on store shelves. The FDA banned its sale because of the substance's potential toxicity.


Although some amino acids may turn out to be useful drugs, the evidence supporting their purported effects is still slim. And some of those claims are downright fanciful. For instance, experts discount the possibility that any amino acid supplement could influence such a broad-based brain function as intelligence. Even for amino acids such as tryptophan that may indeed alter mood, no one knows what the effective—and safe—doses are.


Are They Safe?

Indeed, the biggest question about amino acid supplements is safety. In humans, short-term studies have shown that high doses of some amino acids are safe—up to a point. To date, however, scientists have not established safe intake levels for any amino acid.


Animal studies have suggested that amino acids may be harmful. In large doses, single amino acids can depress the growth of lab animals, change their brain chemistry, and cause damage to organs such as the pancreas and kidneys. The reason, experts say, is that a particular balance of various amino acids is crucial for the health of many body organs; thus, taking a lot of one amino acid can upset this balance and damage organs from the liver to the brain.


At least two amino acids in dietary supplements have been associated with serious injuries in healthy people, according to the FDA. The use of phenylalanine has been linked to various ailments including scleroderma, a disease in which fibrous connective tissue accumulates in the skin and often internal organs.


But the most famous example of amino acid toxicity is the tryptophan scare of 1989. That is when public health officials tied tryptophan supplements to an outbreak of a rare, painful muscle disease called eosinophilia-myalgia (EMS) that sickened 1500 people and killed 38. Studies later suggested the illness was due to impurities in a particular tryptophan product. However, the FDA has not ruled out tryptophan as the cause.

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Supplements: The Regulatory Picture

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Under current law, such potentially hazardous products can easily wind up on the market. Dietary supplements have never had to stand up to the scrutiny that drugs do, meaning they do not have to be approved—or even evaluated—by the government before they are sold. Recently, with the passage of the Dietary Supplement Health and Education Act (DSHEA) in October 1994, supplement manufacturers received even wider latitude in the claims they can make. The act also expands the definition of dietary supplement to include a greater range of substances within this loosely regulated realm.


Traditionally, dietary supplements were considered to be only vital nutrients such as vitamins and minerals. In 1990 the Nutrition Labeling and Education Act (NLEA), which established rules for ingredient lists and health claims on foods, added “herbs, or similar nutritional substances” to the definition of dietary supplement. DSHEA expanded that definition further to include chemicals such as amino acids, fish oils, enzymes, mixtures of these, and even drugs that were marketed as supplements or food before they were approved as drugs.


How does the FDA ensure that all these products are safe? It does not, for the most part. At times, the FDA has tried to exert tighter control. Twenty years before the tryptophan tragedy, there was a move to ban amino acids from the marketplace. However, that and other efforts of the 1960s and 1970s—including one to regulate high-dose vitamins and minerals as drugs—failed due to red tape, court challenges, and ultimately, the Proxmire Amendment.


Still, for many years, supplements were regulated much like foods. As it can with foods, the FDA could challenge whether there were adequate data to support the safety of a new ingredient in a supplement before it hit the market. Now though, under DSHEA, manufacturers no longer have to provide evidence that a new supplement is safe before it is sold. Just about any sort of supplement can be sold. To take a product off the market, the FDA must prove that the product is unsafe.


The FDA will soon, however, exert some control over the purity and quality of supplements. The agency is now drafting a document that outlines “good manufacturing practices” (GMPs) for the preparation, packing, and storage of supplements. DSHEA granted the FDA the authority to set up GMPs, but the approved rules probably will not be finalized for at least two years.


Labels
Under DSHEA, the FDA still retains some control over what a supplement can say on its label, especially in the area of health claims, which specify a relationship between a substance and a disease. To make a health claim for a supplement, a manufacturer must get approval from the FDA, which will grant it only when there is “significant scientific agreement” that the claim is true. So far, the FDA has authorized only two health claims for supplements: calcium's ability to prevent osteoporosis and folic acid's ability to reduce the risk of neural tube defects.


But “nutritional support statements” are another story. Under this second category of claims, allowed only on dietary supplements, a claim can describe the supplement's effect on the structure and function of the body, the biological mechanism by which the supplement acts, and effects on well-being. It can also describe a benefit relating to a nutrient deficiency disease.


Before DSHEA, structure and function claims would have implied that a product was a drug and would have allowed the FDA to regulate it as such. Now, however, a label can tout, for instance, that a supplement “makes joints feel better” or “helps you sleep”—as long as it does not mention a benefit for a specific ailment such as arthritis or insomnia. Manufacturers must notify the FDA that they are making a nutritional support statement. They are supposed to have data to substantiate it, but do not have to supply this to the FDA. Instead, the FDA must prove that a statement is false or misleading.


Enforcement

Although the FDA still has the authority to crack down on unsafe products or misleading labels, it only has the resources to do so in the most egregious circumstances. That is because taking action requires preparing a legal case and taking it before a judge. Nevertheless, the agency is now marshaling its troops to fight ephedrine.


By the end of 1996 FDA officials plan to institute restrictions on ephedrine formulations. These could range from setting a maximum allowable dose—which would undoubtedly be far below that in supplements such as Herbal Ecstasy—and mandating specific warning labels, to establishing standards for the active ingredient, whose form now varies between products. The FDA could ultimately ban ephedrine, but that would take more regulatory firepower than the FDA has plans to assemble just now.


The Upshot: Buyer Beware

For the many untested pills, capsules, powders, and liquids that remain on the shelves, it pays to be cautious. Here are a few tips for dealing with the supplement conundrum.
*Bone Up: Before taking a supplement, find out what evidence supports its advertised benefits—and dangers. It is a good idea to glean information from a variety of sources, not just one book or magazine article.

*Do Not Overdo It: Learn what scientists know about safe dosages and do not exceed them. In particular, do not use a large variety of herbs on a regular basis. There are no data on the safety of any botanical when combined with another herb or drug.

*Do Not Trust the Label: It can make any number of claims that are not backed by good science or, in some cases, any science at all. Do pay attention to the print that reads: “This statement has not been evaluated by the Food and Drug Administration.”

*Discuss Supplement Use With a Doctor: Inform a doctor about supplement use, including vitamins. Pregnant women and people with genetic defects that impair their ability to metabolize a nutrient should not use any supplements without approval or recommendation from their physicians.

*Consider Food: When possible, it is generally better to get nutrients from food than from supplements. Consumers should learn what foods supply those they need most and include them in their diet.

*Report Adverse Reactions to FDA: Anyone who believes he or she has symptoms related to dietary supplement use should call 1-800-332-1088 or 1-800-332-4010.


Dietary Supplements: What is Safe, What is Risky?

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The use of dietary supplements has skyrocketed in recent years. Increasingly, people are taking herbs and other “natural” substances in addition to vitamins and minerals. Nutritional supplements are not as strictly regulated by the government as drugs, however, and to use them wisely consumers should know about the risks and benefits associated with supplements. A special feature in the October 1996 installment of the Encarta Yearbook explored this issue.

Dietary Supplements: They are billed as “brain power,” immune power,” weight-loss wonders, broccoli in a bottle, muscle-expanding elixirs, and much more. They can be plucked from the shelves of health food stores, drug stores, and supermarkets. They are dietary supplements—a category that used to include just vitamins and minerals but now also encompasses herbs, amino acids, fish oils, hormones, and many other substances.


Not only is the array of supplements dazzling, but also their popularity is soaring. In 1995 sales of vitamins and minerals alone in the United States reached $4.1 billion, up nearly 20 percent over the previous year, according to Euro monitor International, a market research firm. The more exotic substances—herbs such as ginkgo and Echinacea and hormones such as melatonin—have drawn an even more impressive crowd. In 1995 Americans spent $2.7 billion on herbal remedies. That represents a 65 percent increase from 1993, reports Euromonitor.

Why all the hoopla? Americans have always been interested in healthful products, but their eagerness to try vitamins and natural remedies has gotten a lift lately. Part of the reason is rising medical costs, which encourages both prevention and self-care. But in addition, science has lent credence to a handful of the claims made for dietary supplements. Some studies have suggested, for example, that vitamins may help prevent serious illnesses such as heart disease and cancer.

All this has fed a media frenzy regarding the latest research into natural remedies. At the same time, supplements of all kinds have moved from niche retailers such as health food stores into drugstores and supermarkets, making them more widely available and also more appealing to the mainstream public. And the claims are appealing indeed—to everybody from athletes to people with chronic diseases—and they go far beyond what science has shown. Here are some of them:

*For vegetable haters, “Broccoli Extract” and “Vital Veggies” promise the natural disease-fighting potential of produce—without, of course, the taste.
*The mineral chromium picolinate allegedly promotes weight loss, prevents or reverses diabetes, reduces cholesterol, and builds muscle.
*Garlic is supposed to lower cholesterol levels and blood pressure, boost a weakened immune system, unstuff sinuses, and ward off some cancers.
*Dong quai, a root from China, will supposedly relieve menstrual cramping and other “female” ailments.
*Amino acid mixtures suggest a power to produce muscle-bound individuals without barbells or sweat.


While a few of the claims have scientific backing, most do not. And many supplements have unmentioned, but documented, dangers. Even ordinary vitamins such as vitamin A and niacin (a B vitamin) can produce gruesome ailments from birth defects to liver damage at excessive doses. And the recent spate of illnesses and deaths from the stimulant ephedrine, sold in druglike potions under such brand names as Herbal Ecstasy and Ultimate Xphoria, underscores the potential risks from taking herbs that have not been studied for possible side effects.


There are no safeguards or guarantees. Government regulatory agencies do not sanction these pills nor do they evaluate most of what is written on or inside their bottles. Unlike over-the-counter drugs such as aspirin, dietary supplements are only very loosely regulated by the Food and Drug Administration (FDA). In fact, supplement manufacturers have more leeway than food producers and can legally print all manner of unsupported claims on their labels.


Many nutrition scientists are skeptical of these claims, even those supported by sound scientific reasoning and a smattering of studies. Why? Only rarely does a consistent body of research, including large studies in humans, buttress a health claim for a vitamin, mineral, or herb. For instance, chemical analysis shows that dong quai contains compounds known to expand blood vessels (which may help relieve cramps), but no study of its effect on humans supports this claim. The evidence for the benefits of chromium picolinate and garlic is conflicting, and the claims made for vegetable pills and amino acids are little more than wishful thinking, top scientists say.


Some people seem to be helped by supplements that prove ineffective in scientific studies. That is often because of something called the “placebo effect,” in which a substance works only because a person believes it works. The placebo effect is quite real, and because of it, all reliable studies include a control group, a group of people who get dummy pills or sugar syrups instead of the real thing. By comparing the control group to subjects who get the substance under study, scientists can see whether the supplement has a genuine biological effect or is no better than a placebo.

Organo-natural Based Supplement Medicine/Prescription Drugs Guide

Dietary Supplements: What is Safe, What is Risky?

We Reviewed and Recommend: Based on the organic nature of the supplements, they are completely metabolized, utilized and eliminated from the body without any side effects or adverse effect, hence we recommend:
1. Organo-natural Based Supplement Medicine/Prescription Drugs Guide
2. Organic Liver Detoxifying Supplement Base for immunity boosting and suppress ailments, sicknesses and disease
3. Women Friendly Multivitamins food supplement
4. Natural/Organic based pain relieving Agents:


The use of dietary supplements has skyrocketed in recent years. Increasingly, people are taking herbs and other “natural” substances in addition to vitamins and minerals. Nutritional supplements are not as strictly regulated by the government as drugs, however, and to use them wisely consumers should know about the risks and benefits associated with supplements. A special feature in the October 1996 installment of the Encarta Yearbook explored this issue.

Dietary Supplements: They are billed as “brain power,” immune power,” weight-loss wonders, broccoli in a bottle, muscle-expanding elixirs, and much more. They can be plucked from the shelves of health food stores, drug stores, and supermarkets. They are dietary supplements—a category that used to include just vitamins and minerals but now also encompasses herbs, amino acids, fish oils, hormones, and many other substances.


Not only is the array of supplements dazzling, but also their popularity is soaring. In 1995 sales of vitamins and minerals alone in the United States reached $4.1 billion, up nearly 20 percent over the previous year, according to Euro monitor International, a market research firm. The more exotic substances—herbs such as ginkgo and Echinacea and hormones such as melatonin—have drawn an even more impressive crowd. In 1995 Americans spent $2.7 billion on herbal remedies. That represents a 65 percent increase from 1993, reports Euromonitor.

Why all the hoopla? Americans have always been interested in healthful products, but their eagerness to try vitamins and natural remedies has gotten a lift lately. Part of the reason is rising medical costs, which encourages both prevention and self-care. But in addition, science has lent credence to a handful of the claims made for dietary supplements. Some studies have suggested, for example, that vitamins may help prevent serious illnesses such as heart disease and cancer.

All this has fed a media frenzy regarding the latest research into natural remedies. At the same time, supplements of all kinds have moved from niche retailers such as health food stores into drugstores and supermarkets, making them more widely available and also more appealing to the mainstream public. And the claims are appealing indeed—to everybody from athletes to people with chronic diseases—and they go far beyond what science has shown. Here are some of them:

*For vegetable haters, “Broccoli Extract” and “Vital Veggies” promise the natural disease-fighting potential of produce—without, of course, the taste.
*The mineral chromium picolinate allegedly promotes weight loss, prevents or reverses diabetes, reduces cholesterol, and builds muscle.
*Garlic is supposed to lower cholesterol levels and blood pressure, boost a weakened immune system, unstuff sinuses, and ward off some cancers.
*Dong quai, a root from China, will supposedly relieve menstrual cramping and other “female” ailments.
*Amino acid mixtures suggest a power to produce muscle-bound individuals without barbells or sweat.


While a few of the claims have scientific backing, most do not. And many supplements have unmentioned, but documented, dangers. Even ordinary vitamins such as vitamin A and niacin (a B vitamin) can produce gruesome ailments from birth defects to liver damage at excessive doses. And the recent spate of illnesses and deaths from the stimulant ephedrine, sold in druglike potions under such brand names as Herbal Ecstasy and Ultimate Xphoria, underscores the potential risks from taking herbs that have not been studied for possible side effects.


There are no safeguards or guarantees. Government regulatory agencies do not sanction these pills nor do they evaluate most of what is written on or inside their bottles. Unlike over-the-counter drugs such as aspirin, dietary supplements are only very loosely regulated by the Food and Drug Administration (FDA). In fact, supplement manufacturers have more leeway than food producers and can legally print all manner of unsupported claims on their labels.


Many nutrition scientists are skeptical of these claims, even those supported by sound scientific reasoning and a smattering of studies. Why? Only rarely does a consistent body of research, including large studies in humans, buttress a health claim for a vitamin, mineral, or herb. For instance, chemical analysis shows that dong quai contains compounds known to expand blood vessels (which may help relieve cramps), but no study of its effect on humans supports this claim. The evidence for the benefits of chromium picolinate and garlic is conflicting, and the claims made for vegetable pills and amino acids are little more than wishful thinking, top scientists say.


Some people seem to be helped by supplements that prove ineffective in scientific studies. That is often because of something called the “placebo effect,” in which a substance works only because a person believes it works. The placebo effect is quite real, and because of it, all reliable studies include a control group, a group of people who get dummy pills or sugar syrups instead of the real thing. By comparing the control group to subjects who get the substance under study, scientists can see whether the supplement has a genuine biological effect or is no better than a placebo.

We Reviewed and Recommend: Based on the organic nature of the supplements, they are completely metabolized, utilized and eliminated from the body without any side effects or adverse effect, hence we recommend:
1. Organo-natural Based Supplement Medicine/Prescription Drugs Guide
2. Organic Liver Detoxifying Supplement Base for immunity boosting and suppress ailments, sicknesses and disease
3. Women Friendly Multivitamins food supplement
4. Natural/Organic based pain relieving Agents:

Questions and Answers about Nutrition

We do the test/research, collate medical science reports, and monitor our patients’/individual progress and response, we isolate the untested pills, capsules, powders, and liquids, and we know what works, and you all know that our RECOMMENDATIONS as expert review team of professional medical health workers and researchers is ALWAYS at the best of both consumers’ and clients’ interest.
We Reviewed and Recommend: Based on the organic nature of the supplements, they are completely metabolized, utilized and eliminated from the body without any side effects or adverse effect, hence we recommend:
1. Organo-natural Based Supplement Medicine/Prescription Drugs Guide
2. Organic Liver Detoxifying Supplement Base for immunity boosting and suppress ailments, sicknesses and disease
3. Women Friendly Multivitamins food supplement
4. Natural/Organic based pain relieving Agents:


Questions and Answers about Nutrition
Microsoft ® Encarta ® 2010. © 1993-2010 Microsoft Corporation. All rights reserved.


Q = Question
A = Answer

Q: Outline the physiological consequences of eating disorders such as anorexia nervosa and bulimia?

A: The physiological signs and symptoms of anorexia nervosa include the following:
* Significant weight loss
* Recurrent overuse injuries and stress fractures
* Cold hands and feet and extreme sensitivity to cold temperatures
* Lightheadedness
* Inability to concentrate
* Hyperactivity
* Compulsive exercise beyond normal training
* Dehydration
* Electrolyte imbalance
* Irregular heartbeat and cardiac arrest
From Mental Health Net: “Profound physical symptoms also occur in cases of extreme starvation. These include loss of head hair, growth of fine body hair, constipation, intolerance of cold temperatures and low pulse rate. Certain endocrine functions also become impaired. In females this results in a cessation of menstruation (amenorrhea) and the absence of ovulation. Menstruation usually will not resume until endocrine balance is restored. Ovulation is suppressed because production of certain necessary hormones decreases. Anorexia in boys has effects similar to those in girls: severe weight loss, psycho-social problems and interruption of normal reproductive system processes.”

The medical/clinical signs and symptoms of bulimia include the following:
* Weakness, headaches, dizziness
* Frequent weight fluctuations
* Difficulty swallowing and retaining food
* Bloodshot eyes
* Erosion of tooth enamel because of repeated exposure to acidic gastric contents
* Dental cavitities and sensitivity to hot or cold food
* Swelling and soreness in the salivary glands (from repeated vomiting)
* Stomach ulcers
* Ruptures of the stomach and esophagus
* Abnormal buildup of fluid in the intestines
* Disruption in the normal bowel release function
* Electrolyte imbalance
* Dehydration
* Irregular heartbeat and in severe cases heart attack
* A greater risk for suicidal behavior
* Decrease in libido


Q: What are basal metabolic rate and resting metabolic rate?

A: The basal metabolic rate and resting metabolic rate both measure the energy required to maintain the systems of the body and to regulate body temperature at rest. The differences are usually based on research settings.
Basal metabolic rate (BMR) is usually measured after the subject has stayed overnight in a metabolic chamber or research ward and has not eaten in the last 12 hours.
Resting metabolic rate (RMR) usually means the subject slept at home and drove or was driven to the research lab for testing, but still followed a 12-hour fast.
These usually differ by less than 10 percent. RMR usually accounts for 60 to 80 percent of total daily energy expenditure in most sedentary adults. This percentage will vary greatly in active individuals.

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Q: What are the best ways to measure body fat?

A: There are a number of different ways to measure body fat, each with pros and cons, depending on your circumstances.
Underwater (hydrostatic) weighing
Known as the gold standard, this method is generally done in a health-care or research setting and is not widely available to the public. It requires the subject/patient to expel the breath and then hold like this under water so that an accurate underwater body density can be measured. The results are highly reliable, but this may be a difficult procedure for some individuals.

Skin fold (Skinfold) measures
This is a very technique-sensitive method, and results vary from operator to operator. Consistency is dependent on the skill of the operator. There can be a 2 to 4 percent standard deviation, and this can easily be much greater depending on the skill of the operator. This method is commonly available to the public through dietitians and personal trainers.
Bioelectrical Impedance Analysis (BIA)
Commonly found at health clubs, gyms, and health-care offices, BIA is a relatively new body-composition analysis technique and is highly dependent on hydration levels. BIA results are often very similar to those of skin-fold analysis. For consistent and accurate results, measurement conditions should be as consistent as possible:
Do not consume alcohol within 48 hours prior to test
Avoid intense exercise 12 hours before test
Avoid eating or drinking (especially products containing caffeine) 4 hours before the test.
Empty bladder 30 minutes before the test. Avoid all diuretics for 7 days before test (if possible)
Measure in bare feet
Measure 3 hours after waking
Dual-Energy X-Ray Absorptiometry (DXA)
Available only at major medical centers, DXA assesses regional and total bone mineral content as well as regional and total fat and fat-free content of soft body tissues. Promising research has validated DXA as an approach for assessing body composition.

Q: What is body mass index?

A: Body mass index (BMI) is a mathematical ratio of height to weight that can be linked with body composition (or body fat percentage) and with indices of health risk. People with a BMI of 25 to 29.9 are considered overweight, and people with a BMI of 30 or above are considered obese. A high BMI assumes a higher percentage of body fat, which places a person at greater risk for developing chronic diseases such as diabetes mellitus, hypertension, heart disease, and even cancer.
However, for some people the BMI is not a reliable indication of health. A highly muscled individual who is very fit and healthy may have a somewhat heavy body weight because muscles pack on a lot of pounds. This person may have a high BMI that improperly puts him or her in the overweight or obese categories. Likewise, thin individuals who have a low body weight with very little muscle and a higher percentage of fat may have a normal BMI, which would be an incorrect indication of healthiness.

Q: Can caffeine enhance athletic performance?

A: This depends on the user. Caffeine will certainly hurt the athletic performance of individuals who are sensitive to the effects of caffeine. So if you get “caffeine jitters,” don’t use it. Caffeine is also a mild diuretic. If you are not well hydrated to begin with, caffeine may exacerbate your dehydration, which will hurt performance. Caffeine is also a natural cathartic, so if you are getting ready to compete in a long race and are sensitive to this effect of caffeine, it may not be very helpful, either.
Caffeine is the most widely used drug in the world. In the athletic world caffeine has been touted as an energy-promoting and fat-burning aid. In athletic competition, caffeine is a “controlled or restricted drug” and is banned by the International Olympic Committee if urine levels exceed allowable limits. It is also banned by the NCAA in amounts that exceed urine levels of 12 micrograms of caffeine per milliliter of urine.
Numerous research studies have examined the influence of caffeine on athletic performance. The results are not crystal clear, but laboratory studies have shown that moderate doses of caffeine (3 to 9 milligrams per kilogram of body weight) at least one hour prior to exercise can enhance exercise performance. (A typical 5 to 6 ounce cup of brewed coffee contains approximately 100 milligrams of caffeine.)
Note that the research has shown positive impacts on performance primarily when the subjects have been trained athletes who habitually use caffeine. The majority of this research has been done in laboratories rather than at actual competitions, so no one is really sure if it works in the field the same way it does in the laboratory.
According to the researchers, many factors can affect exercise performance and the physiological response to caffeine during exercise, including a person’s typical or habitual caffeine intake. Caffeine appears to increase fat oxidation (burning) at rest, but it does not increase fat oxidation after the first few minutes of exercise.
The use of caffeine as a significant fat-burning aid during exercise is not supported by the scientific literature.

Q: Can calcium supplements increase your risk for kidney stones?

A: According to the National Research Council’s Recommended Dietary Allowances (10th edition), it’s better not to exceed the recommended daily allowance (RDA) for calcium. Too much calcium may cause constipation, deteriorated kidney function, and other problems. It can also increase the risk of developing urinary stones in healthy males with already high levels of calcium.
The recommendations, called Daily Reference Intakes (DRIs), for calcium from food and dietary supplements are as follows:
* Women aged 19-50: 1,000 milligrams * Women aged 51-70+: 1,200 milligrams * Pregnant women: 1,000 milligrams * Lactating women: 1,000 milligrams * Men aged 19-50: 1,000 milligrams * Men aged 51-70+: 1,200 milligrams

Q: What is a calorie?

A: A calorie is a unit of energy. A calorie spelled with a lowercase c is the amount of heat required to raise the temperature of 1 gram of water 1 degree Centigrade. This is the term used by scientists in chemistry and biochemistry, and it is equal to 4.184 joules (J).
A calorie is such a small unit of measurement that food scientists tend to express the energy value of food in terms of a Calorie spelled with a capital C, or more accurately, a kilocalorie (kcal). A kilocalorie is the amount of heat required to raise the temperature of 1,000 grams (or 1 kilogram) of water 1 degree Centigrade. Calorie and kilocalorie are synonymous terms used in human nutrition and metabolic studies.

Q: How many calories does an athlete need each day?

A: Athletes’ calorie needs range widely, depending on the age of the athlete, the time of year, the intensity of training, and the sport. Calorie needs commonly fall within the range of 15 to 25 calories per pound of body weight.
Those on the low end are often smaller individuals who are trying to maintain a low percentage of body fat and who do not participate in endurance exercise events. These might include gymnasts, figure skaters, dancers, and wrestlers.
On the higher end are athletes who are trying to build muscle and/or perform endurance exercise, such as weight lifters, long-distance athletes, and mountain climbers.

Q: What are carbohydrates and why are they important in a healthy diet?

A: Carbohydrates, along with protein and fat, make up the energy-yielding nutrients found in food. The major role of carbohydrates in the body is to provide fuel or energy for all the body processes. In fact, certain tissues in the body, such as the brain and nervous system, derive energy only from glucose, a form of carbohydrate.
A diet that is rich in carbohydrates means that the body does not need to use protein as a fuel source, freeing protein to perform its primary job of making and maintaining muscles and other body tissue. Additionally, using carbohydrate as fuel places less stress on the body and its organs than using protein as fuel.
Good food sources of carbohydrates include fruits, vegetables, grains, breads, cereals, and dairy foods. These carbohydrate sources are also important sources of vitamins, minerals, fibers, and other important phytochemicals.
Q: I have had weight issues for many years. I have found that if I eat carbohydrates I am very tired with no energy at all. If I steer clear of carbohydrates I have more energy and I seem to be able to make it through the day. What is the least amount of carbohydrates I can have and not do any damage to my body?

A: The body actually needs very little carbohydrate to survive. But 'just surviving' is probably not your goal.
Carbohydrate is the body's preferred source of fuel. When added appropriately to the diet, the right amount of carbohydrate should make you feel energetic. You should choose whole grain cereals and breads, raw and cooked vegetables, and fruits as your primary sources of carbohydrate. Combine these foods at meals and snacks with other foods that contain small amounts of protein and/or fat—a turkey sandwich, for example, or cereal with milk—to slow absorption times and maintain more even blood sugar levels.
A generally healthful diet contains approximately 60 to 65 percent carbohydrate, 15 percent protein, and less than 30 percent fat.
My first suggestion is to begin to track what you are actually eating by keeping a log. This will let you know how much carbohydrate, protein, and fat you are actually eating, as well as calories.
There are several possible explanations for your situation. Most likely, the explanation is a combination of several factors.
1. The foods that you describe as carbohydrate foods may also contain large amounts of fat, such as a baked potato with sour cream, a bagel with cream cheese, or a commercial muffin. The high amounts of fat are slowly digested and absorbed, and they may make you feel sluggish.
2. When you eat foods that are predominantly high in carbohydrates, and especially refined carbohydrates, you may not be combining them at the same meal with foods high in protein and/or fat. In this case, the carbohydrate is rapidly digested and absorbed, resulting in a surge of the hormone insulin, which rapidly moves the digested carbohydrate (blood sugar) into your cells. This causes a short-lived drop in blood sugar levels that may make you feel fatigued, or low on energy.
3. Less likely explanations include various metabolic disturbances, which should be checked by your physician.

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Q: What is creatine, and what effect can it have on athletic performance?

A: Creatine is a substance produced in the liver and kidneys—at a rate of about 2 grams a day—from the nonessential amino acids arginine, glycine, and methionine.
About 95 percent of the body’s creatine travels by the blood to be stored in the muscles, heart, and other body cells. Inside muscle cells, creatine is turned into a compound called creatine phosphate (CP).
CP serves as a tiny energy supply, enough for several seconds of action. CP thus works best over the short haul, in activities like strength training that require short, fast bursts of activity. CP also replenishes your cellular reserves of adenosine triphosphate (ATP), the molecular fuel that provides the power for muscular contractions. With more ATP around, your muscles can do more work.
You can load creatine into your muscle, just like endurance athletes do with carbohydrates. Consequently, you can push harder and longer in your workouts because creatine boosts the pace of energy production in your muscle cells.
Creatine supplementation does not build muscles directly, but it does have an indirect effect. It allows you to work out more intensely, and this translates into muscle gains. More muscle equals more power equals enhanced athletic performance.

Q: Why is a diet high in fat dangerous?

A: First, a high-fat diet is often a high-calorie diet, which will promote obesity and being overweight. Being overweight or obese is a primary risk factor for the development of many diseases, including heart disease, diabetes mellitus, many types of cancers, and degenerative osteoarthritis.
Even if you aren’t obese or overweight, a high-fat diet has a negative influence on the risks of developing many of the same diseases, including heart disease and cancer. People who have high-fat diets often do not consume enough other important foods and nutrients. These include fruits and vegetables, vitamins, minerals, phytochemicals, and fibers, which are important for promoting health and preventing disease.



Q: What are the symptoms of dehydration?

A: I have broken the symptoms of dehydration down into early signs and severe signs.

Early signs: Fatigue Loss of appetite Flushed skin burning in stomach Light-headedness Headache Dry mouth Dry cough Heat intolerance Dark urine with a strong odor

Severe signs: Difficulty swallowing Stumbling Clumsiness Shriveled skin Sunken eyes and dim vision Painful urination Numb skin Muscle spasm Delirium

Q: Is there a difference between a nutritionist and a dietitian?

A: There is a difference between a registered dietitian (RD) and any other title referring to an individual who works with food and/or nutrition. A registered dietitian has a minimum of a four-year undergraduate college degree in nutrition or a related field that meets the requirements set by the Commission on Dietetic Registration (CDR, a national certifying body). Registered dieticians must also complete a supervised field experience (internship) that meets requirements set by the CDR and pass a national examination certified by the CDR.

Q: You recommend eating a small snack before working out. Other experts say the best time to work out is first thing in the morning and on an empty stomach. What are the benefits of eating before working out?

A: Eating an hour or more prior to exercise has several benefits:
1. It fuels and hydrates the body.
2. It prepares the body with necessary nutrients for recovery and muscle growth after exercise.
3. It may limit the amount of tissue damage that naturally occurs with intense exercise.
If it is difficult for you to eat early in the morning before your workout, make sure that your daily nutrition meets your body's needs. Drink water or a sports drink before your workout to enhance hydration and to provide a small amount of fuel for your body. You could also try a blended beverage, like a homemade smoothie or a liquid meal replacement beverage of around 200 calories of carbohydrate and protein. You’ll feel better during your workout and afterward.

Q: I've recently gained about 5 pounds for seemingly no reason. I work out for an hour and a half most days (5-6/week), I eat a mostly vegetarian diet, and I seldom drink alcohol. I haven't changed any of my habits lately, so I'm wondering if it's possible my weight gain could be because I'm consuming too few calories and my body is in 'starvation mode.' Also, I live in NYC, so I walk everywhere and climb a lot of stairs! I've started cutting back even more food, for fear of gaining more weight, but this hasn't helped. Why have I gained weight when I hardly eat anything??

A: The syndrome of starvation adaptation can occur over a period of time when the number of calories consumed is so low that the body slows down its metabolism to meet the available energy supply. By continuing to lower your calorie intake, you will only make this problem worse.
However, it is impossible to diagnose this problem without a physical examination by a physician and a nutritional history by a registered dietitian working with the physician. There are also other possible medical explanations. I encourage you to seek medical advice from your physician and a registered dietitian. To find a registered dietitian in your area, go to the Eat right Web site for a referral from the American Dietetic Association.

Q: How do egg protein and soy protein compare?

A: The quality of protein is generally classified in one of two ways. The traditional method, called the Protein Efficiency Ratio (PER), determines the weight gain of growing rats fed a particular protein in comparison to a standard protein (egg whites). The higher the PER value, the better the protein.
The more contemporary method compares the amino acid profile of a protein to the essential amino acid requirements in humans established by the United Nations Food and Agriculture Organization. This method, known as the protein digestibility corrected amino acid score (PDCAAS), is recognized internationally as the best method of comparing proteins for humans. A protein with a PDCAAS of 1.0 indicates that the protein exceeds the essential amino acid requirements of the body and is an excellent source of protein.
Protein (PDCAAS/PER) Comments
Ovalbumin (egg); PDCAAS 1.00 / PER 2.8
Protein from egg whites is considered the reference standard to compare protein quality. Egg protein powders were once considered the best source of protein for supplements. However, egg protein is fairly expensive compared to other forms of quality protein. Therefore, use of egg protein in supplements has decreased.
Soy; PDCAAS 1.00 / PER 1.8–2.3
Soy is a high-quality protein extracted from soybeans. Soy protein concentrate (70 percent protein) and isolate (90 percent protein) are particularly good protein sources for vegetarians. Soy protein also contains isoflavone glucosides, which have a number of potential health benefits.

Q: How does regular exercise reduce body fat?

A: Exercise accomplishes two goals. First, it burns calories, which when combined with a calorie-reduced diet will help reduce body fat. Second, exercise builds muscle, the energy-burning tissue in the body. The more muscle you have, the more energy you burn to reduce fat in your body.

Q: Does exercise stimulate appetite?

A: Appetite is a highly individualized characteristic. It waxes and wanes depending on the intensity of exercise, as well as with the perception of the individual. Research studies are not wholly in agreement, but it appears that in general, appetite may be stimulated by exercise that is low to moderate in intensity. High-intensity exercise seems to inhibit appetite immediately after exercise. For people who exercise every other day, appetite seems to be stimulated on the non-exercise day. This may make up for any caloric deficits created on the exercise day.

Q: Do fat-free foods contain any fat?

A: According to labeling regulations, “fat-free” foods can contain no more than 1 gram of fat. So yes, they can contain some fat.
Q: What is the difference between saturated and unsaturated fat?

A: Dietary fats are composed of a string of carbon atoms bonded to hydrogen atoms. A fat in which all bonds between the carbon atoms are single bonds is known as a saturated fat because all the carbon atoms are filled to the brim, or saturated, with hydrogen atoms. Unsaturated fats have one or more double bonds between carbon atoms. They are called unsaturated because their structure still has room to bond with additional hydrogen atoms. Unsaturated fats with just one double bond between carbon atoms are known as monounsaturated fat. Those with two or more double bonds between carbon atoms are known as polyunsaturated fats.
Saturated fats have a hard consistency at room temperature. Foods high in saturated fats include beef, dairy products, commercially prepared baked goods, and tropical oils, such as coconut, palm, and palm kernel oils. These fats can raise blood levels of low-density lipoprotein (LDL) cholesterol to potentially dangerous levels. LDL cholesterol, commonly referred to as bad cholesterol, carries cholesterol in the blood to body cells. High levels of LDL cholesterol can lead to an increased risk of heart disease caused by cholesterol and fat deposits in the arteries.
Unsaturated fats are liquid at room temperature. They contain key nutrients, called essential fatty acids, which cannot be manufactured in the body and so are required in the diet in order to promote normal growth, skin integrity, and healthy blood and nerves. Two of the most important fatty acids are linoleic acid, found mostly in vegetable oils like corn and sunflower, and alpha-linolenic acid, found mostly in soybean and canola oils.
Both monounsaturated fats and polyunsaturated fats have been associated with lower levels of blood cholesterol. Monounsaturated fats have also been shown to lower LDL cholesterol in the blood while maintaining higher levels of high-density lipoproteins (HDL) cholesterol, often referred to as the good cholesterol. HDL cholesterol removes excess cholesterol from the body. People who have high blood levels of HDL cholesterol typically have a lower risk of heart disease. Monounsaturated fats are plentiful in olive oil, canola oil, peanut oil, shellfish, and fish from cold waters, such as salmon, halibut, mackerel, swordfish, black cod, and rainbow trout.

Q. What is an essential fatty acid, and why is it important in a healthy diet?

A. Fatty acid is the chemical term for the individual strands of molecules that make up the larger compound that we think of as fat. There are many fatty acids. Among all the fatty acids used by the body only two cannot be synthesized by the body in adequate amounts, and must therefore come from our diets. These two are linoleic acid and alpha-linolenic acid, and are called essential fatty acids. Essential fatty acids are required by the body for optimal health, normal growth, skin integrity, and healthy blood and nerves. Good sources of essential fatty acids include vegetable oils, nuts, and seeds.

Q: What is fiber, and why is it important in a healthy diet?

A: Fiber is an indigestible carbohydrate found in plant foods. Food nutritionists classify fiber according to its ability to dissolve in water. Water-soluble fibers, found in barley, rice, corn, oats, legumes, apples, pears, citrus fruits, bananas, carrots, dried plums, cranberries, seeds, and seaweed, have been shown to help regulate blood sugar and lower blood cholesterol. Water-insoluble fibers assist with the elimination of bile acids, preventing the formation of gallstones. In addition, cellulose, the roughage found in water-insoluble fibers, acts as a stool softener and bulk former, improving elimination and flushing carcinogens from the system. Good food sources of water-insoluble fibers include root and leafy vegetables, whole grains, legumes, unpeeled apples and pears, and strawberries.
Diets low in fiber have been linked to dozens of medical problems, including heart disease, cancer, diabetes mellitus, diverticulitis, and gallstones. The American Dietetic Association recommends that a healthy diet include 20 to 35 grams of fiber per day.

Q: What are food additives and do they add any nutritional benefits to food?

A: A food additive, broadly defined, is any substance used in or around food that may become a component of the food. Some food additives—called intentional additives—are introduced specifically for the purpose of improving the nutritive value, taste, texture, or shelf life of the product. Other additives enter food as residues after some stage of production or manufacture; these are known as incidental additives.

Q: What is food irradiation?

A: Food irradiation is a preservative process that is being considered more widely in our food supply as an alternative to chemical additives. It treats food with radiation to kill pests and bacteria. In this process, food is conveyed through a lead-lined chamber, where it is exposed to cobalt-60, a radioisotope that has been used in hospital settings for more than 30 years. The Food and Drug Administration (FDA) regulates the doses, which are carefully measured and monitored. The food has no chance to become contaminated with radioactivity.
Even so, this process raises some legitimate concerns. Studies have shown that food irradiation alters nutrients and chemicals in foods in much the same way canning, freezing, pasteurization, and cooking do. Not only that, irradiation forms new substances in foods—substances not present prior to processing. As yet, we have limited information on the health effects of consuming these by-products of irradiation. Tests on the process are ongoing.
However, the FDA has already given a go-ahead to the use of irradiation within specified doses for spices, some meats, fruits, and vegetables. The process is supposed to thwart insect infestation, kill Trichinella spiralis (the pork parasite responsible for widespread disease), and keep tuberous vegetables (such as potatoes) from sprouting.

Q: What are the health benefits of green tea?

A: The media and marketing claims for green tea are that it is a strong antioxidant and anticancer agent, that it protects the heart, and that it fights viruses and bacteria.
Although much more research is needed before we can draw conclusions, evidence from laboratory, animal, and population studies suggests that green tea does in fact have anti-carcinogenic effects, meaning that it might protect against cancer. Also, chemicals found in green tea called polyphones have demonstrated antioxidant capabilities both in the laboratory and in humans.
At this time research does not support claims that green tea protects the heart from high cholesterol levels or promotes resistance to the oxidation that causes arterial plaques. Preliminary evidence shows that green tea extract might inhibit bacterial growth and the influenza virus, but more research is needed to confirm these studies.

Q: What is the difference between HDL and LDL cholesterol?

A: HDL means “high-density lipoprotein,” and LDL means “low-density lipoprotein.” There are many fractions of total cholesterol in our bloodstream. HDL and LDL are two of the fractions that carry cholesterol.

Research shows that LDL and HDL are highly associated with risk of developing heart disease. LDL, also called “the bad cholesterol,” allows cholesterol to build up in arteries and can ultimately clog arteries enough to cause a heart attack or a stroke. HDL, also called “the good cholesterol,” helps clear cholesterol out of the bloodstream and ultimately out of the body.

The higher your levels of LDL, the greater your risk for heart disease. The lower your LDL levels, the lower your risk for heart disease. The opposite is true for HDL. The higher your HDL levels, the lower your risk for heart disease. Low HDL levels are associated with a greater risk for developing heart disease.
The American Heart Association Web site offers the following information:
Cholesterol is measured in milligrams per deciliter of blood (mg/dL). Healthy LDL and HDL cholesterol levels:
LDL: less than 160 mg/dL (less than 130 mg/dL if you have two or more other risk factors for heart disease)
HDL: greater than 40 mg/dL
Total cholesterol
Less than 200 mg/dL = desirable blood cholesterol
200 to 239 mg/dL = borderline-high blood cholesterol
240 mg/dL and over = high blood cholesterol
Q: Will drinking a beverage high in sugar content within an hour of exercise help or hinder athletic performance?
A: I don’t recommend that you consume sweet foods and beverages within an hour of exercise primarily because they will not be emptied quickly from the stomach, and they may even have a dehydrating effect on cells by drawing fluids out of the cells to create an osmotic balance or equilibrium.
In some individuals, insulin levels may peak to cover the high intake of carbohydrate, causing a drop in blood sugar levels early into exercise that may diminish performance. However, consuming a carbohydrate snack or a beverage containing 6 to 8 percent carbohydrate, such as a sports drink, within an hour of exercise may enhance both hydration and energy availability, thereby helping performance.

Q: What happens in the body when an athlete “bonks” or ”hits the wall”?

A: An athlete “hits the wall” when stores of muscle glycogen (the stored carbohydrate in muscle) get too low. An athlete who “hits the wall” during a race will feel tremendous fatigue and want to quit.
Different from “hitting the wall,” “bonking” is when liver glycogen stores are depleted, with or without a depletion of muscle glycogen. During exercise, stored glycogen in the liver maintains normal blood sugar levels so that the brain can function. When liver glycogen levels are depleted and blood sugar levels drop, athletes feel weak, uncoordinated, light-headed, and unable to concentrate.

Q: You recommend eating a full meal two hours after working out. But it’s 9 p.m. by the time I’m done working out, and I'm trying to lose a few pounds. What should I eat so late at night?

A: It is hard to eat so late at night, but your body needs nourishment after exercise to recover, build, and refuel for your next workout. Fluids and carbohydrates are the most important. And if you still need protein to balance out your day's needs, you should have it before you go to bed too. The meal can be small, about 250 to 300 calories. Make sure to drink water. You could also eat a bowl of cereal with milk, a turkey sandwich, or a tuna salad with a baked potato. If you prefer to drink rather than eat, try a meal replacement beverage that contains about 300 calories of carbohydrate and protein.

Q: What are very low calorie diets and who benefits from them?

A: Very low calorie diets (VLCDs) usually provide fewer than 1,200 calories per day. Anyone following this type of program should be under medical supervision. These types of diets have been shown to be useful for obese individuals who are beginning a weight-loss program. However, in order to maintain any weight loss, individuals must move toward and be instructed in planning and preparing a well-balanced diet of food. They must also be educated in lifestyle modification techniques, including exercise and stress reduction.

Q: What is the best meal to eat before a marathon?

A: In her book Eating for Endurance, Ellen Coleman recommends the following:
“Consume 1-4 grams of carbohydrate per kilogram of body weight, 1-4 hours before exercise. To avoid potential gastrointestinal distress, reduce the size of the meal—making it smaller as it is consumed closer to exercise time. For example, a carbohydrate feeding of 1 gram per kg of body weight (4 calories per kg) is appropriate an hour before exercise, whereas 4 grams per kg (16 calories per kg) can be consumed 4 hours before exercise.”
Consumption of fatty foods should be limited in the pre-event meal since they are digested more slowly and may make you feel sluggish. Watch out for high-protein foods that are also high in fat, like egg yolks, fried eggs, and cheese. Limit the amount of fiber in your pre-event meal, too. It will slow down digestion and make you feel full.
Good pre-event choices include fruit, bread products, jams and jellies, nonfat or low-fat yogurt, fruit juices, and nonfat milk. Liquid meals or high-carbohydrate supplements may also be useful. They are rapidly emptied from the stomach, making the nutrients readily available without leaving you feeling too full.
Make sure you are well hydrated, and don’t depend on drinking a couple of glasses of water before your event. It takes at least 24 hours for the body to become fully hydrated once it has been dehydrated. So have a fluid plan before your race, just like you have a food plan.
Lastly, try out your pre-event fluid and food plan during a training run before race day to make sure it works for you. Never try something on the day of the race that you have not tried before.
Q: Do multivitamins contain other ingredients besides vitamins and minerals?

A: A multivitamin may contain only vitamins, or it may contain vitamins and minerals. Other nonessential nutrients may also be added. Since there is little regulation of the nutritional supplements industry, it is wise for all consumers to read labels and be well informed prior to purchasing nutritional supplements.
Fillers, such as cellulose, are often used to bulk the vitamin pill and hold it together. Drying agents, such as silicon, may be used to keep the pills from becoming soggy from water in the air.
There are a number of agents that are used to coat the pills as well. All of these should be listed clearly on the label. If you have any questions about these ingredients, you should contact the manufacturer and/or the U.S. Food and Drug Administration.

Q: I have a friend who runs long distances—marathons and such. He says he can't bend over and touch his toes because his muscles are so tight. I am a molecular biologist, and I seem to recall that lactose dehydrogenase may play a role in my friend’s condition. Is there a dietary connection? If not, what could be causing this? Is there any way to reduce his muscle tightness?

A: Flexibility is influenced by a number of things, most notably genetics and training. To maintain and increase flexibility, one must practice flexibility routines, just as one must exercise to enhance exercise performance. It is unlikely that lactase buildup in the muscles would be responsible for chronic muscle tightness, since lactase buildup is a transient condition that follows exercise. I suggest that your friend consult with a certified personal trainer and/or a sports medicine physician to resolve the issue.

Q: What does the term “organic” on a food label mean?

A: Foods that are certified organic are grown in soil enriched with organic fertilizers, rather than synthetic fertilizers, and are treated only with nonsynthetic pesticides. More specifically, it means that the food has been produced, stored, processed, and packaged without the use of synthetic fertilizers, herbicides, fungicides, or pesticides for one year prior to the appearance of flower buds in the case of perennial crops and one year prior to seed planting in the case of annual crops.
Organic farms use a soil-building program that promotes vibrant soil and healthy plants, usually including crop rotations and biological pest control.

Q: Will a diet high in milk and other dairy products prevent osteoporosis?

A: A diet high in milk and other dairy products that provide the nutrients essential for building and maintaining bones is one important factor in decreasing the risk of developing osteoporosis. There are other ways that a person can decrease the risk of developing osteoporosis. These include getting at least 30 minutes of moderate exercise each day, not smoking, and limiting alcohol and caffeine intake.
Other factors are difficult or impossible to control. People with a family history of osteoporosis are more likely to develop the disease, as are women who have gone through menopause and people who take certain medications. Women who have gone through menopause, women who experience an abnormal absence of menstrual periods (amenorrhea), and individuals who have a low bone density in early adulthood are also at higher risk.

Q. What is protein, and why is it important in a healthy diet?

A. Protein is a macronutrient with a chemical structure containing carbon, hydrogen, oxygen, and nitrogen. It is the nitrogen that gives protein its unique properties. Protein is made up of smaller units called amino acids, which are connected together like a strand of pearls. If two strands of pearls were wound together and then twisted to double up on each other, they would resemble a protein molecule.
Your body breaks down protein from food into amino acids and reshuffles them into new protein to build and rebuild tissue, including muscle. Protein also keeps your immune system functioning up to par, helps carry nutrients throughout the body, has a hand in forming hormones, and is involved in important enzyme reactions such as digestion.
There are 20 different types of amino acids, and all can be combined to form the proteins necessary to build the body and keep it healthy. Some of these amino acids can be made by the body and are called nonessential amino acids.
Others have to be supplied by the foods you eat. These amino acids are termed essential amino acids.
Animal and plant foods contain all 20 amino acids (but in different amounts depending on the food). Animal proteins and soy protein are of higher quality because they contain all the essential amino acids in larger amounts and better proportions. In plants, amino acids exist in smaller concentrations. For the body to make proteins properly, all 20 amino acids must be present at the same time.
Although amino acids work together to form body proteins, individual amino acids have specific roles to play in the body. Certain amino acids, such as tryptophan and tyrosine, are involved in the formation of chemical messengers called neurotransmitters for the brain and nervous system. Three amino acids (leucine, isoleucine, and valine) are constituents of muscle tissue.

Q: How do Recommended Dietary Allowances (RDA), the U.S. Recommended Daily Allowances (U.S. RDA), Reference Daily Intakes (RDI), and Daily Reference Values (DRVs) differ from one another?

A: The Recommended Dietary Allowances (RDA) was developed by the Food and Nutrition Board of the National Academy of Sciences in 1943. It provides a guide for the amounts of specific nutrients healthy people of the same gender and of similar ages need to consume to prevent deficiency problems. The recommendations have been revised every four to six years in response to new scientific information. These guidelines serve as the scientific basis for programs such as the United States Department of Agriculture’s Dietary Guidelines and National School Lunch Program.

The United States Recommended Daily Allowances (U.S. RDA) is the old name used for standards established by the Food and Drug Administration (FDA) that were used on food nutrition labels. The U.S. RDAs are a compilation of the guidelines found in the RDAs using the highest RDA values within specific age and gender categories, including children over 4 years and adults, infants less than 1 year, toddlers 1 to 4 years, and pregnant and lactating women.

Partly because the U.S. RDA was often confused with RDAs, in 1993 the FDA changed the name of U.S. RDAs to Reference Daily Intakes (RDI). In addition, the FDA established the Daily Reference Values (DRV) for nutrients such as fat and cholesterol for which no set of standards previously existed. Today the RDI and the DRV are used to form a single list of nutrient values known as Daily Values (DV) that are now used on nutrition labels.

Q: What factors determine if a weight loss program is sound and not a fad?

A: A healthy weight loss program should include a daily intake of at least 1,200 calories and should include all the food groups: fruits and vegetables, grains, dairy, protein foods, and fats. It should promote lifestyle modification such as exercise and offer techniques for learning how to change habits.
The basis of the diet should be food. A sound program helps people move from using a tool to help control calories and food choices toward a diet based solely on whole foods. The goal should be achieving and maintaining a healthy weight.
Ultimately, the dieter should be able to maintain weight loss without using any weight-loss tools. A fad diet will often make unsubstantiated claims, be very low in calories, eliminate whole food groups, use scare tactics and fear to attract the consumer, require that the dieter purchase foods only available from the program purveyor, and avoid teaching the dieter how to manage weight without the diet product.

Q: I have a B.S. in biochemistry and a master’s in education. I am currently teaching, but I’m extremely interested in your field. What are the options for a career in sports nutrition?

A: The field of sports nutrition is just taking off. Options include academic research and teaching, positions in industry (working for food or supplement manufacturers), consulting, and private practice. Individuals build a consulting business through experience in several ways, including spending time at a fitness facility, doing individual counseling, consulting with business and industry, writing and media work, and working with sports teams. This is a highly specialized field, and it requires academic degrees in nutrition and exercise science. Personal experience as an avid exerciser or athlete is also beneficial.


Q: Can tofu increase a person's risk for dementia?

A: There is one study published by researcher Lon White in the Journal of the American College of Nutrition that documented an association between the consumption of two or three servings of tofu per week in midlife (as a lifelong habit) and the early development of senile dementia and Alzheimer-related diseases in Japanese American men living in Hawaii. These dementias occurred about five years earlier than would have been predicted. A much less significant effect was observed in the women in the study.
The quantity consumed by the subjects of the study is much greater than the average American intake of tofu and soy. And this is just one study; it is not definitive proof of anything. Other documentation shows that the benefits of soy foods are hundredfold. I advise clients that, just like anything else, moderation is the key. When eaten in extremes, anything can become harmful.

Q: What are trace minerals and why are they important in the diet?

A: The body requires minerals in minute amounts. Like vitamins, they don’t yield any energy, although some play a behind-the-scenes role in energy production. Trace minerals are found in the body in the smallest concentrations and are needed in smaller amounts than the major minerals. The trace minerals are iron, iodine, chromium, fluoride, and molybdenum. In the following list, the trace minerals are given along with their function and the best food sources for obtaining them.

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Iron
Function: Oxygen transport to cells; formation of oxygen-carrying red blood cells; required for the production of certain antioxidant enzymes
Sources: Liver, oysters, lean meats, green leafy vegetables
Iodine
Function: Energy production; growth and development; metabolism
Sources: Iodized salt, seafood, sea vegetables, mushrooms
Chromium
Function: Normal blood sugar; fat metabolism
Sources: Corn oil, brewer’s yeast, whole grains, meats
Fluoride
Function: Bone and tooth strengthening
Sources: Fluoridated water
Molybdenum:
Function: Fat metabolism
Sources: Milk, beans, breads, cereals

Q: What are triglycerides?
A: Triglycerides are the chemical form in which most fat exists in food as well as in the body. They're also present in blood plasma and in association with blood cholesterol. Triglycerides in plasma are derived from fats eaten in foods or made in the body from other energy sources, such as carbohydrates. Calories ingested in a meal and not used immediately by tissues are converted to triglycerides and transported to fat cells to be stored.
Hormones regulate the release of triglycerides from fat tissue to meet the body's needs for energy between meals. Excess triglyceride in plasma is called hypertriglyceridemia. It's linked to the occurrence of coronary artery disease in some people. Elevated triglycerides may be a consequence of other diseases, such as untreated diabetes mellitus. Increases in triglyceride levels can be detected by plasma measurements.
According to the American Heart Association Web site, the Second Expert Panel on the Detection, Evaluation and Treatment of High Blood Cholesterol in Adults defined levels for hypertriglycerides. Here are their definitions:
Normal triglycerides - less than 200 mg/dL Borderline-high triglycerides - 200 to 400 mg/dL High triglycerides - 400to 1,000 mg/dL Very high triglycerides - greater than 1,000 mg/dL. These are based on fasting plasma triglyceride levels. *From the American Heart Association Web site.

Q: Which is better to drink during exercise—water or a sports beverage?

A: This depends on the exercise intensity and duration. When exercise is moderate in intensity and lasts one hour or less, water is the best sports drink around.
Sports beverages will enhance your performance if you are exercising at high intensity for 45 minutes or more, doing intermittent bouts of high-intensity exercise (such as soccer) for 45 minutes or more, or exercising at moderate intensity for 60 to 90 minutes or more.
Research shows the best beverages to drink during physical activity are 6 to 8 percent carbohydrate solutions (6 to 8 g of carbohydrate per 100 ml of beverage).

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Dr Irem Bright Chimezie