Ola Loa

Genus Rubiaceae

Common Names

Indian Mulberry (India), Noni (Hawaii), Nono (Tahiti and Raratonga), Polynesian Bush Fruit, Painkiller Tree (Caribbean islands), Lada (Guam), Mengkudo (Malaysia), Nhau (Southeast Asia), Grand Morinda (Vietnam), Cheesefruit (Australia), Kura (Fiji), Bumbo (Africa) Note: This is only a small sampling of vernacular names for Morinda citrifolia. Almost every island nation of the South Pacific and Caribbean has a term for this particular plant . This booklet will refer to the herb mainly as “ noni” or M. citrifolia, and is referring primarily to Hawaiin noni.

Parts Used

The parts of the noni plant most used for their medicinal and nutritional purposes are the fruit, seeds, bark, leaves, and flowers. Virtually every part of the noni plant is utilized for its individual medicinal properties; however, it is the fruit portion that is regarded as its most valuable. The seeds have a purgative action, the leaves are used to treat external inflammations and relieve pain, the bark has strong astringent properties and can treat malaria, the root extracts lower blood pressure, the flower essences relieve eye inflammations and the f ruit has a number of medicinal actions.

Physical Description

Morinda citrifolia is technically an evergreen shrub or bush, which can grow to heights of fifteen to twenty feet . It has rigid, coarse branches which bear dark, oval, glossy leaves. Small white fragrant flowers bloom out of cluster-like pods which bear creamy-white colored fruit. The fruit is fleshy and gel-like when ripened, resembling a small breadf ruit . The flesh of the fruit is characterist ically bitter, and when completely ripe produces a rancid and very dist inctive odor. Noni has buoyant seeds that can float formont hs in ocean bodies. The wood of the inflammatory, astringent, emollient, emmenagogue, laxative, sedative, hypotensive (lowers blood pressure) , blood purif ier, and tonic.

Chemical Constituents

Noni has various chemical constituents. First, it has an impressive array of terpene compounds, three of which—L. Asperuloside, aucubin, and glucose— have been identified by their actyl derivatives. Both caproic and caprylic acids have been isolated.1 Second, bushfruits, a category of which noni fruit is a member, are also considered a good source of vit - amin C.2 Third, Hawaiin noni has been linked to the synthesis of xeronine in the body which has significant and widespread health implications. Last , the alkaloid cont ent of the noni fruit is thought to be responsible for its therapeutic actions. Alkaloids exhibit a wide range of pharmacological and biological act ivitiesin the human body. They are nitrogencontaining organic compounds which can react with acids to form salts and which are the basis of many medicines. The following is an in-depth chemical analysis of each plant part and it s chemical constituents.

FLOWER

FRUIT

discovered an alkaloid in the Hawaiin noni fruit which he calls proxeronine and which he believes has appreciable physiological actions by acting as a precursor to xeronine, a very crucial compound (see later sections) . In addition, a compound found in the fruit called damnacanthol is believed to help inhibit cert ain viruses and cellular mutations involved in cancer.

ROOT AND ROOT BARK

Pharmacology

Recent surveys have suggested that noni fruit exerts antibiotic action. In fact, a variety of compounds which have antibacterial properties (such as aucubin) have been identified in the fruit.5 The 6-Dglucopyranose pentaacet ate of the fruit extract is not considered bacteriostatic.6 Constituents found in the fruit portion have exhibited ant imicrobial action against Escherichia coli, Salmonella typhi (and other types) , Shigella paradysenteriae, and Staphylococcus aureaus. Compounds found in the root have the ability to reduce swollen mucous membrane and lower blood pressure in animal studies. Proxeronine is an alkaloid constituent found in Hawaiin noni fruit which may prompt the production of xeronine in the body. It is considered a xeronine precursor and was discovered in noni fruit by Dr. Ralph M. Heinicke. He has theorized that this proenzyme can be effective in initiating a series of beneficial cellular reactions through its involvement with the integrity of specific proteins. He points out that tissues contain cells which possess certain recept or sites for xeronine. Because the reactions that can occur are so varied, many different therapeutic actions can result when xeronine production escalates, explaining why Hawaiin noni is good for so many seemingly unrelated disorders. Damnacanthol is another compound contained in the fruit of the Hawaiin noni plant which has shown the ability to block or inhibit the cellular function of RAS cells, considered pre-cancerous cells.

Body Systems Targeted

The following body systems have all been effec-freeze-dried capsules, dehydrated powder or fruit, and oil. Noni plant constituents are sometimes offered in combination with other herbs. Some products contain a percent age of the fruit, bark, root and seeds for their individual therapeutic properties.

Satety

Extracts of M. citrifolia are considered safe if used as directed; however, pregnant or nursing mothers should consult their physicians before taking any supplement . High doses of root extracts may cause constipation. Taking noni supplements with coffee, alcohol or nicotine is not recommended.

Suggested Uses

Ideally, noni extracts should be taken on an empty stomach prior to meals. The process of digesting food can interfere with the medicinal value of the alkaloid compounds found in Hawaiin noni, especially in its fruit . Apparently, stomach acids and enzymes destroy the specific enzyme which frees up the xeronine compound. Take noni supplements without food, coffee, nicotine or alcohol. Using supplements that have been made from the semi-ripe or light - green fruit is also considered preferable to the ripe, whit ish fruit .

NONI: ITS USE AND HISTORY

Noni is a tropical wandering plant indigenous to areas of Australia, Malaysia and Polynesia. It is considered native to Southeast Asia although it grows from India to the eastern region of Polynesia. Morinda citrifolia has a long history of medicinal use throughout these areas. It is thought to be the “most widely and commonly used medicinal plant prior to the European era.” 7 Centuries ago, the bushfruit was introduced to native Hawaiians, who subsequently called it “noni” and considered its fruit and root as prized medicinal agents. Among all Polynesian botanical agents of the 19th and 20th centuries, Hawaiin noni has the widest array of medical applications. Samoan and Hawaiian medical practitioners used noni for bowel disorders (especially infant diarrhea, constipation, or intestinal parasites) , indigestion, skin inflammation, infection, mouth sores, fever, contusions and sprains. Hawaiians commonly prepared noni tonics designed to treat diabetes, stings, burns and fish poisoning.8 The herb’s remarkable ability to purge the intestinal tract and promote colon health was well known among older Hawaiian and Tahitian natives and folk healers. Interestingly, field observations regarding its repu-remarkable healing agent .

Wonder Herb of Island Folk Healers

Common to t he thickets and forests of Malaysia and Polynesia, and the low hilly regions of the Philippine islands, noni has been cultivated throughout communities in the South Pacific for hundreds of years. Its Hawaiian use is thought to originate from inter-island canoe travel and settlement dating to before Christ . Its hardy seeds have the ability to float which has also contributed to its distribution among various seacoasts in the South Pacific region. Historical investigation has established the fact that some of Hawaii’s earliest settlers probably came viaTahiti. For this reason, Tahitian herbal practices have specific bearing on the herbal therapeutics of islands to the nort h. The very obvious similarities between the Hawaiian vernacular for herbal plants like noni and Tahitian names strongly suggests the theory of Polynesian migrations to Hawaii. Cultures native to these regions favored using Morinda citrifolia for treating major diseases and ut ilized it as a source of nourishment in times of famine.9 Noni fruit has been recognized for centuries as an excellent source of nutrition. The peoples of Fiji, Samoa and Rarat onga use the fruit in both its raw and cooked forms.10 Traditionally, the fruit was propicked before it was fully ripe and placed in the sunlight . After being allowed to ripen, it was typically mashed and its juice extracted through a cloth. Noni leaves provided a veget able dish and their resiliency made them desirable as a fish wrap for cooking.

Noni’s Medical Reputation

Elaborate traditionalrituals and praying rites usually accompanied the administration of noni. Int erestingly, cultures indigenous to the Polynesian islands had a significant understanding of their flora. For example, native Hawaiians maint ained a folkmedicine taxonomy t hat was considered second to none.11 Noni was not only used for medicinal purposes but for its food value, for clot hing and for cloth dyes as well. Research indicates that noni was among the few herbal remedies that islanders considered “ tried and true.” In Hawaii, trained herbal practitioners reserved the right to prescribe plant therapies.12 Records indicate that Hawaiian medical practices were based on extensive and very meticulous descriptions of symptoms and their prescribed herbal treatments. Dosages were controlled and the collection and administration of plant extracts was carefully monitored.13 In addition to Morinda, it was not uncommon for these herbal doctors to also recommend using In regard to its application for common ailments, Hawaiians and other island communities traditionally prescribed noni to purge the bowel, reduce fever, cure respiratory infections such as asthma, ease skin inflammations, and heal bruises and sprains. In other words, noni was widely used and highly regarded as a botanical medicine.

A Timely Reemer gence

Today, the natural pharmaceutical actions of the chemical constituents contained in noni are scientif-ically emerging as valuable bot anical medicines. Tahitian “nono” intrigued medical practitioners decades ago; however, due to the eventual emergence of synthetic drugs, interest in this island botanical diminished until recent years. Ethnobot anists are once again rediscovering why Hawaiian people havet reasured and cultivat ed Morinda citrifolia for generations. Noni is now finding its way into western therapeutics and is referred to as “ the queen” of the genus Rubiaceae. Its ability to reduce joint inflammation and target the immune system have made it the focus of the modern scientific inquiry. Dr. Ralph Heinicke has conducted some fascinating studies on the chemical constituents of the Hawaiin noni fruit. His research centers on the proxeronine content of the fruit juice and how it profoundly influences human physiology. In addition, scientific studies investigating noni as an anti-cancer agent have been encouraging. It s conspicuous attributes and varied uses have elevat edits status to one of the best of the healing herbs. Today Morinda citrifolia is available in liquid, juice, freezedried capsules, or oil forms, and is considered one of nature’s most precious botanicals.

TRADITIONAL USES OF NONI

Throughout tropical regions, virtually every part of Morinda citrifolia was used to treat disease or injury. Its curative properties were well known and commonly employed. PatoaTama Benioni, a member of the Maoritribe from the Cook Islands and a lecturer on island plants explains: Traditionally Polynesians use noni for basically everything in the treatment of illness. Noni is a part of our lives. Any Polynesian boy will tell you he’s had exper ience with it . We use juice from its roots, its flowers, and its fruit... my grandmother taught me to use noni from the roots and the leaves to make medicine for external as well as internal use, and for all kinds of ailments, such as coughs, boils, diseases of the skin, and cuts.15

decoctions to stimulate delayed menst ruation.

XERONINE: THE SECRET OF NONI?

One informed professional on the subject of noni is Dr. Ralph Heinicke, a biochemist who has researched the active compounds of noni fruit for a number of years. He discovered that the Hawaiin noni fruit contains an alkaloid precursor to a very vital compound called xeronine. Wit hout xeronine, life would cease. In Dr. Heinicke’s view, noni fruit provides a safe and effective way to increase xeronine levels, which exert a crucial influence on cell health and protction. His research suggests that the juice from the M. citrifolia fruit contains what could technically be considered a precursor of xeronine—proxeronine. This compound initiates the release of xeronine in the intestinal tract after it comes in contact with a specific enzyme which is also contained in the fruit .

Because proteins and enzymes have so many varied roles within cell processes, the normalization of these proteins with noni supplemenation could initiate avery wide variety of body responses and treat many disease condit ions. Proteins are the most important catalysts found in the body. The beauty of obtaining a precursor to xeronine from the noni fruit is that the body naturally decides how much of this precursor to convert to xeronine. Disease, stress, anger, trauma and injury can lower xeronine levels in the body, thus creat ing a xeronine deficit . Supplementing the body with noni fruit is considered an excellent way to safely and naturally raise xeronine levels. It is the research and theories of Dr. Heinicke which have made the juice of the Hawaiin noni fruit a viable medicinal substance. He writes: Xeronine is analkaloid, a substance the body produces in order to activate enzymes so they can function properly. It also energizes and regulates the body. This par-ticular alkaloid has never been found because the body makes it, immediately uses it, and then breaks it down. At no time is there an appreciable, isolable amount in the blood. But xeronine is so basic to the functioning of proteins, we would die without it . Its absence can cause many kinds of illness.17 Because so many diseases result from an enzyme malfunction, Dr. Heinicke believes that using the noni fruit can result in an impressive array of curative applications. Interestingly, he believes that we manufacture proxeronine while we are sleeping. He proposes t hat if we could constantly supply our bodies wit h proxeronine from other sources, our need to sleep would diminish.18

NONI PROCESSING

How an herb is processed is crucial to how beneficial it is: this is especially true of noni, with its unique enzymes and alkaloids. Morinda citrifolia should be picked when the fruit is turning from its dark green immature color to its lighter green color, and certainly before it ripens to its white, almost translucent color. Once picked, noni, like aloe, will denature extremely quickly due to its very active enzymes. After harvesting, it should swiftly be flash frozen. This is similar to what is done to fish caught at sea to keep them f esh. This stops it from losing its potency while not damaging any of its constituents. To process noni, freeze-drying is recommended. This removes only the water without damaging any of this miracle plant’s vital enzymes and other phytonutrients like xeronine and proxeronine. This pure high-quality noni fruit juice powder is then encapsu-has a very harsh taste and an extremely foul smell, similar to the fruit it self . Other methods of processing include thermal processing, dehydrat ion and air drying. Thermal processing is generally found in liquids, while the dehydrat ed noni is then milled and encapsulated. Unfortunately both methods utilize high heat (110+°F) , which can deactivate many of the vital compounds that make noni so import ant . Air-drying is effect ive without using damaging heat but has serious quality control problems for commercial production.

MODERN APPLICATIONS OF NONI

Overview

Noni possesses a wide variety of medicinal properties which originat e from its differing plant component s. The fruit and leaves of the shrub exert antibacterial activities. Its roots promote the expulsion of mucus and the shrinkage of swollen membranes making it an ideal therapeutic for nasal congest ion, lung infect ions, and hemorrhoids. Noni root compounds have also shown natural sedative properties as well as the ability to lower blood pressure.

Leaf extracts are able to inhibit excessive blood flow or to inhibit the formation of blood clots. Noni is particularly useful for its ability to treat painful joint conditions and to resolve skin inflammations. Many people drink noni fruit extracts in juice form for hypert ension, painful menstruation, arthritis, gastric ulcers, diabetes, and depression. Recent studies suggest that its anticancer activit y should also be considered. Concerning the therapeutic potential of the Hawaiin noni fruit, Dr. Heinicke writes: I have seen the compound found in noni work wonders. When I was still investigating its possibilities, I had a friend who was a medical research scientist administer the proxeronine to a woman who had been comatose for three months. Two hour safter receiving the compound, she sat up in bed and asked where she was. . . . Noni is probably the best source of proxeronine that we have today.19 Studies and surveys combined support the ability of noni to act as an immunost imulant, inhibit the growth of certain tumors, enhance and normalize cellular function and boost tissue regeneration. It is considered a powerful blood purifier and contributor to overall homeostasis.

xeronine, which appears to be able to regulate the shape and integrity of cert in proteins that individually contribute to specific cellular activities. Interestingly, this effect seems to occur after ingestion, inferring that the most active compound of noni may not be present in uneaten forms of the fruit or other plant parts. Some practitioners believe that xeronine is best obtained from a noni fruit juice precursor compound. The enzymatic reactions that occur with taking the juice on an empty stomach are what Dr. Heinicke believes set cellular repair intomotion.

Cancer

A study conducted in 1994 cited the anticancer activity of Morinda citrifolia against lung cancer. A team of scientists from the University of Hawaii used live laboratory mice to test the medicinal properties of the fruit against Lewis lung carcinomas which were artificially transferred to lung tissue. The mice that were left untreated died in nine to twelve days. However, giving noni juice in consistent daily doses significantly prolonged their life span. Almost half of these mice lived for more than fifty days.20 Research conclusions state that the chemical constituents of the juice acted indirectly by enhancing the ability of the immune system to deal with the invading malig-nancy by boosting macrophage or lymphocyte activit y. Furt her evaluation theorizes that the unique chemical constituents of Morinda citrifolia initiate enhanced T-cell activity, a reaction that may explain noni’s ability to treat a variety of infectious diseases. 21

In Japan, similar studies on tropical plant extracts found that damnacanthol, a compound found in Morinda citrifolia, is able to inhibit the function of KRAS- NRK cells, which are considered precursors to certain types of malignancies.22 The experiment involved adding noni plant extract to RAS cells and incubating them for a number of days. Observation disclosed that noni was able to significantly inhibit RAS cellular function. Among 500 plant extracts, Morinda citrifolia was determined to contain the most effective compounds against RAS cells. Its damnacanthol content was clinically described in 1993 as “a new inhibit or of RAS function.” 2 3 The xeronine fact or is also involved in that xeronine helps to normalize the way malignant cells behave. While they are still technically cancer cells, they no longer function as cells with unchecked growth. In time, the body’s immune system may be able to eradicate these cells.

Arthritis

with arthritic disease. One link to arthritic pain may be the inability to properly or completely digest proteins which can then form crystal-like deposits in the joints. The ability of noni fruit to enhance protein digestion through enhanced enzymatic function may help to eliminate this particular phenomenon. In addition, the alkaloid compounds and plant met abolites of noni may be linked to its apparent anti-inflammatory action. Plant sterols can assist in inhibiting the inflammatory response which causes swelling and pain. In addition, the antioxidant effect of noni may help to decrease free radical damage in joint cells, which can exacerbate discomfort and degeneration.

Immune System

The alkaloid and other chemical compounds found in noni have proven themselves to effectively control or kill over six types of infectious bacterial strains including: Escherichia coli, salmonellatyphi (and other types) , shigella paradysenteriae, and staphylo - coccus aureaus.25 In addition, damnacanthol, was able to inhibitt he early antigen stage of the Epstein- Barr virus.

The bioactive components of the whole plant, combined or in separate portions, have demonst rat - ed the ability to inhibit several different strains of bacteria. Anecdotal reports support this action in that noni seems particularly effective in shortening the duration of certain types of infection. This may explain why noni is commonly used to treat colds and flu. The chemical constituents found in noni and the possibility that they stimulate xeronine production— as well as initiate alkaloid therapy—may explain noni’s reputation for having immuno-stimulatory properties. Alkaloids have been able to boost phagocytosis which is the process in which certain white blood cells called macrophages attack and literally digest infectious organisms. Interestingly, the ant it umoraction of noni has been ascribed to an immune system response which involves stimulating T-cells. tropical regions during World War II learned of the fruit’s ability to boost endurance and stamina. Native cultures in Samoa, Tahiti, Raratonga and Australia used the fruit in cooked and raw forms. M. citrifolia is considered a tonic and is especially recommended for debilitated conditions.

Antioxidant

The process of aging bombards the body with free radicals which can cause all kinds of degenerative diseases. The xeronine theory promoted by Dr. Heinicke submit s t hat as our bodies age, we lose our ability to synthesize xeronine. To make matters worse, the presence of many environment altoxins actually blocks the production of xeronine as well. He believes that the proxeronine content of Hawaiin noni fruit juice can help to block these actions, thereby working as an antiaging compound.26 The phytonutrients found in noni assist in promot - ing cell nourishment and prot ect ion from free radicals created by exposure to pollution and other potentially damaging agents. In addition, Morinda citrifolia contains selenium, which is considered one of the best antioxidant compounds available.

Diabetes

While scientific studies are lacking in this particular application of noni, Hawaiians used various parts of the plant and its fruit to treat blood sugar disorders. Anecdotal surveys have found t hat noni is current ly recommended for anyone with diabetes.

Pain Killer

A 1990 study found that extracts derived from the Morinda citrifolia root have the ability to kill pain in animal experiments.27 Interest ingly, it was during this study that the natural sedative action of the root was also noted. This study involved a French team of scientists who noted a significant central analgesic activity in laboratory mice.28 Dr. Heinicke has stated, “Xeronine also acts as a pain reliever. A man wit h very advanced int est inal cancer was given three months to live. He began taking the proxeronine and lived for a whole year, pain-free.” 29

Skin Healing Agent

One of the most prevalent hist rical uses of noni was in poultice form for cuts, wounds, abrasions, burns and bruises. Using its fruit extract for very serious burns has resulted in some extraordinary healing. Because skin is comprised of protein, it immediately responds to the presence of xeronine.

burn site throught he direct application of a noni poultice is considered quite effective by Dr. Heinicke and his colleagues, who have studied enzymatic therapy. Concerning burns, he has written: I believe that each tissue has cells which contain proteins which have receptor sites for the absorption of xeronine. Certain of these proteins are the inert for ms of enzymes which require absorbed xeronine to become active. This xeronine, by converting the body’s procol- langenase system into a specific protease, quickly and safely removes the dead tissue from burns.30

Drug Addiction

The xeronine link to treat ing drug addiction is based on the notion that flooding t he brain with extra xeronine can reverse the neurochemical basis for addiction. This natural alkaloid is thought to normalize brain receptors which subsequent ly results in the cessation of physiological dependence on a certain chemical like nicotine.3 1 The potential of Hawaiin noni as a natural stimulat or for t he production of xeronine may have profound implications in treating various types of addictions.

Complementary Agents of Noni

PrimaryApplications of Noni

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Vitanet ®

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Date: June 25, 2005 10:34 AM
Author: Darrell Miller (dm@vitanetonline.com)
Subject: SPECIFIC ACTIONS ASSOCIATED WITH GARLIC

SPECIFIC ACTIONS ASSOCIATED WITH GARLIC

COMBINATIONS THAT ENHANCE GARLIC

Garlic: Primary Applications

Garlic: Secondary Applications

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Date: June 22, 2005 09:50 PM
Author: Darrell Miller (dm@vitanetonline.com)
Subject: CLA and Body Fat

CLA and Body Fat

Of all the health concerns facing Americans today, few are as important and daunting as weight loss and body fat. In the 1980s, Americans gained an average of eight pounds each. That’s on the order of 1 million tons of flab—2 billion total American pounds.45 So large is the current girth that as many as two in three Americans could be termed overweight.46 Being overweight and having excess fat increases the risk of heart disease, some forms of cancer and diabetes. That collection of health challenges would be difficult enough, but being overweight has many problems that accompany it, including battles with self-esteem.

Let’s give a historical example of this story. The emotional power of being perceived as too fat is caught with pathos in the life of former U.S. President William Howard Taft. Taft, who is the only man to serve as both president and as chief justice of the Supreme Court, was noted for his honesty and his integrity. The nation mourned his death, but much of his internal story focused on his battle with weight. One editorial cartoonist showed the island of Cuba tipping under his girth. Once, when he visited Japan, an entire village worked together to pull his rickshaw up a hill. When he married, his personal esteem showed when he told his wife that “I shall worry you so much with my appetite that you must gain strength to meet the trial.”

Taft refused to be seen on a horse because of how awkward he looked. At one point, he lost 75 pounds, but, like so many others, ended up gaining that amount back , and more, during the next 10 years. He died of athero s c l e rosis, something associated with being ove rwe i g h t .4 7 The tragedy of Taft is that, like so many suffering with weight trouble, he seemed to let it damage his self w o rth, when he was a great asset to his nation and to others. History and culture put into us that being overweight means lacking in self-control and being a glutton, when in reality this isn’t true. So many more factors are involved. Each person has a different metabolism. Certain nutrients can meet different needs, and a lack of those nutrients can lead to fat retention. CLA may be one of those nutrients, one of those factors in our diets that can change our shapes and that have nothing to do with self-control, just nutritional luck and knowledge. In a study of rats, 28 days after beginning the study, body fat in those that ate CLA was 58 percent less than in those who didn’t consume any (10.13 percent body fat versus 4.34 percent body fat, a highly significant difference). Also, the percent of muscle was about one percent more in animals that ate CLA. The weights of both sets of animals were about the same.48 (Muscle weighs more than fat. This can mean that you won’t necessarily lose weight with CLA, but would gain muscle mass, which is tighter and more shapely.) The research in this area is slightly newer, but it has been reproduced in studies on other animals.49 That more than one kind of animal has shown that body fat is lower with supplements of CLA indicates that it will likely benefit humans as well.

In July 1997, preliminary results of one of the first human studies involving CLA showed promising, preliminary results. For three months in 1997, 20 volunteers participated in a study, daily consuming an amount of slightly more than one gram of CLA at breakfast lunch and dinner. Three months later, their weights and body-fat percents were measured. Half of the group took a placebo. The average weight of the 10 who took CLA dropped by about five pounds (not enough to be statistically significant), but the body fat percentage dropped by about 15 to 20 percent, or from 21.3 percent of average body fat to 17 percent of body fat. Meanwhile, the group taking a placebo had little or no effect on either. Half of the people in the study were men and half were women. Two people in the study decided to drop out because they received unpleasant gastrointestinal upsets. One of those who dropped out was in the placebo group, the other in the group taking CLA.63

Nobody would suggest that CLA supplementation would be a pill freeing you to sit slug-like on the couch to watch M*A*S*H* re runs. A healthy, weight-conscious lifestyle requires many factors including exercise. As far as science can tell, CLA may not be essential the way certain vitamins are. If you consume no vitamin C, you can expect to get scurvy and die. There are no known deficiency diseases associated with an absence of CLA.

Japanese consumers, for example, get very little CLA in their diets, but they also eat food very low in fat, and their lives are among the longest in the world.50 So, the role of CLA supplementation in regulating weight is most useful for those with a typically high-fat Western diet. As the science grows, it seems clear that CLA will lead to better health and more hope for people struggling with body fat.

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Date: June 22, 2005 09:42 PM
Author: Darrell Miller (dm@vitanetonline.com)
Subject: An Essential Fatty Acid

An Essential Fatty Acid

When most people think of fat, they think of the white gooey stuff that deposits around the waist or around the thighs. In many ways, it can be tempting to spell it “fatt”—making it an unspeakable, four-letter word. But at the level of the cell, at the level of molecules, fat means something more complicated. First of all, fat is one method the body uses to store energy for long periods. When we eat, we must either immediately burn the fuel as energy, or store it as fat or as protein for muscle. Fat, therefore, is one way our body tries to make something useful from food. Furthermore, fat serves a vital function in each cell. The membranes of our cells are all made of fat—a collection of fatty acids really. Every cellular function must pass through this barrier.

Hormones act on fat, energy passes through fat, life proceeds because of fat. Fat, then, is not a dirty word. It is vital. Scientists have identified more than 100 fatty acids, and many more fatty acids could theoretically exist. 4 The body produces all the fatty acids it needs except three—linoleic acid, arachadonic acid and linolinic acid. Much the way certain vitamins like vitamin C are essential to good health and are not produced naturally, these acids are essential, hence their name—essential fatty acids. The body can produce linolinic acid and arachadonic acid from linoleic acid, so in some senses, the only vital fatty acid is linoleic acid.

Linoleic acid sits like a highway of some 58 atoms of carbon, oxygen and hydrogen.5 The carbon is the center line with the hydrogen and oxygen being the cars traveling along the way. (Thousands of chemicals contain these three elements in nature. It is the order of these cars, and the varied shapes of the highway, that lead to many different kinds of chemicals.) The highway of linoleic acid sits curved like a mountain switchback. Conjugated linoleic acid is basically a straighter version of linoleic acid. Scientists have studied CLA at least since the 1930s.6 These studies show that bacteria in the stomach convert linoleic acid into CLA.7

CLA occurs naturally in many foods including some vegetable oils, which are the best sources for linoleic acid, but the best source of CLA is in beef, veal and certain dairy products.8 Dr. Mark Cook, who began working with Pariza around1990, said the reason that sheep and cows and other similar animals provide higher sources of CLA is because these animals are ruminants—they have multiple stomachs for bacteria to convert linoleic acid in, instead of one, as in humans.9 The chemistry of CLA really isn’t that significant to any but a researcher, but, in essence, a double bond of two of the carbon atoms switches position from its position in linoleic acid.10 Instead of having two atoms between a pair of double chemical bonds, as in linoleic acid, there is only one atom in between. This is why chemists named it conjugated linoleic acid. This chemical chain can exist in several forms with the double bonds at positions 9 and 11, positions 11 and 13 or at positions 10 and 12.11 Hence, there are several forms of CLA. Which ones are most effective in providing nutrition, or if they are equally effective, is still a question somewhat unresolved, although it is unlikely that it is the 11,13 version.12 What has been resolved is that CLA is one of the most important, and most exciting nutrients isolated in recent years. And there’s good reason to look at supplementing it into your diet. Why? Because we may not be getting as much of it as we once did, particularly in the United States.13 Cows and other animals have traditionally eaten fresh grasses as a way of getting nutrition, but agricultural development makes it more efficient and cost-effective to provide cattle feed grains and other means of nutrition, instead of natural grasses. That seems to mean that the cows today provide much less CLA in their beef than those of only a generation ago. One study out of Australia showed that cattle in that South Pacific nation had more than twice the amount of CLA than American cows. The reason may well be differences in feeding patterns. As evidence for this, have you ever wondered why it is that Americans, despite eating less fat and meat than a generation ago, end up being more fat than their predecessors? Indeed, America’s obesity rate is up substantially over the last 15 years.14

Declining amounts of CLA may explain this disturbing trend. But more on that later.

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Date: June 18, 2005 09:11 AM
Author: Darrell Miller (dm@vitanetonline.com)
Subject: Mushroom Miracales

Mushroom Miracles by Bert Hoffman Energy Times, April 12, 2004

Mention mushrooms and few people immediately recognize these humble fungi as important tools that can be used to boost well-being. More often, folks identify mushrooms as food with a peculiar appeal. But mushrooms' potential impact on health far surpasses their culinary reputation.

You don't have to stretch your imagination too far to understand why mushrooms have been much neglected in the modern, Western medical search for plants that can boost health.

Unable to make chlorophyll, often dependent on the kindness of other nutrient-producing organisms for their survival, these humble fungal denizens of dark, damp spaces seem to prefer an anonymous existence that is out of sight and out of the consciousness of the scientific mind.

However, mushrooms have now assumed a spot in the center of the research spotlight. Because of their potent content of natural chemicals that appear to have a strong influence on human health and well-being, during the past decade mushrooms have been the subjects of intensive studies on how they can be used to reduce the risk of cancer and to treat these diseases.

Appropriately, this recent round of research began in a place that has long revered these diminutive organisms: Japan. Japan and other Oriental countries have traditionally recognized the immense value of mushrooms as both food and medicine.

Food and Medicine

As an ancient Chinese saying notes, "food and medicine share a common origin." And one of the very earliest Chinese medical books, Shen Noug's Herbal (Shen Noug Pen Ts'ao Jing), first noted the extraordinary beneficial effects of eating mushrooms 2,000 years ago, back in the first century.

More recently, but still well ahead of Western medical experts, in 1575, Pen Ts'ao Kang Mu (a Chinese compendium of medicinal therapies), written by Li Shi Zhen, outlined the medical benefits of about 20 mushrooms.

Nowadays, modern researchers believe mushrooms' usefulness stems from the fact they contain a wealth of antioxidants. But these aren't just any antioxidants. Scientists think that some of these chemicals can potentially drop your risk of cancer, significantly lower blood pressure, help the body fight diabetes, offer protection for the liver, alleviate some of the ill effects of inflammation, lessen the chance of blood clots and help the body's immune system fend off viruses and other microbes. Quite a collection of benefits for these lowly beings!

The 10,000-Year Mushroom

Through the ages, the reishi mushroom (also known variously as the Mannetake, or 10,000-year mushroom, and the Immortality Mushroom) has been the most popular mushroom in Chinese, Korean and Japanese cultures. The reishi mushroom is frequently depicted in a wide variety of traditional Oriental artwork and even puts in an appearance in Chinese royal tapestries.

To some, reishi's power goes beyond the natural and include the supernatural. Originally grown on aging plum trees, reishi is also sufficiently well regarded to be employed by the Japanese as a good luck charm. But you don't have to believe in the supernatural to be superbly impressed with reishi. The beneficial natural substances in reishi include steroids, lactones, alkaloids, triterpenes and polysaccharides.

Large Molecules

Of these chemicals, polysaccharides (complex chains of sugars) in particular have intrigued researchers looking into the way mushrooms help health. These polysaccharide macromolecules are very large (for molecules) and complex, a complexity that leads researchers to believe they are capable of conveying a huge amount of biological information that help the immune system stop cancer in its early stages. The differences in the benefits of various polysaccharides stems from their intriguing geometrical shapes.

Distinctive Differences

Even though two distinctive polysaccharides may contain the same number of carbon, hydrogen and oxygen atoms, their three-dimensional differences-the way they are structured and branch off in different directions-can endow them with very different health benefits.

Though they all share a basic structure (usually, these molecules consist of a main chain of atoms with various side chains), the slight variations of the side chains changes their effects.

By deciphering the microscopic structures of these molecules, scientists think they are beginning to uncover which ones are most effective against cancer. For instance, in isolating a particularly useful polysaccharide called beta-D-glucan from reishi, researchers have found that this substance fights tumors in lab experiments (Chem Pharm Bull 1981; 29: 3611).

Maitake Benefits

Meanwhile, beta-D-glucan and other extracts taken from the maitake mushroom have also been shown to possess powerful anti-cancer effects in lab experiments (Immunopharm Immunotox; 19:175).

In one instance, researchers in the laboratory who were trying out various substances on prostate cancer cells found that applying extracts of maitake results in a kind of programmed self-destruction (apoptosis) of these undesirable cancer cells (Molec Urol; 4:7). In addition, another substance known as maitake d-fraction has been shown to strongly fight cancer in lab animals-in one study, their liver cancer growths were reduced by up to 90% (Ann NY Acad of Sci; 833:204).

At the same time, research in China on people has demonstrated that maitake may help reduce tumors and alleviate the effects of leukemia (Alter Comp Ther 12/98; 420).

According to A.S. Daba and O.U. Ezeronye (Afr Jrnl Bio 12/03; 672), "Mushroom polysaccharides offer a lot of hope for cancer patients and sufferers of many devastating diseases.

" [These substances support]...a fundamental principle in Oriental medicine...[they help] regulate homeostasis of the whole body and... bring the diseased person [back] to his or her normal state."

The Activity of Active Hexose Correlated Compound Active Hexose Correlated Compound (AHCC), an extract taken from shiitake and other mushrooms, is a relatively new substance that is also being researched for its anti-cancer benefits.

Studies on AHCC began in Japan in the 1990s when scientists looked at how it could potentially help people recovering from liver cancer. In those tests, researchers found that giving people AHCC apparently helped them survive longer.

In the future, scientists feel certain that they will uncover even more anticancer uses for mushrooms and the chemicals they contain. A key advantage to these natural substances is their lack of side effects. For instance, in research on an anti-cancer chemical called lentinan, taken from shiitakes, investigators have found that less than one percent of people experience the kind of discomfort that make them discontinue treatment. (This chemical has been used to treat stomach cancer.)

But a long list of beneficial mushroom substances are probably still waiting to be discovered. More evidence of mushrooms' benefits: A study of mushroom workers in a part of Japan called the Nagano Prefecture found that these farmers enjoyed a significantly lower cancer rate than other inhabitants of that part of the country.

In the rest of Japan, about one in six hundred people dies of cancer. But that rate death rate drops to about one in a thousand for mushroom raisers who eat a diet heavy in mushrooms.

John Smith, PhD, from the University of Strath-Clyde, notes that "...increasing evidence [shows] mushrooms offer a remarkable array of medicinally important compounds that have yet to be evaluated by Western medical scientists." Mushrooms offer the best of both worlds: good health that tastes great.

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Vitanet ®

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Date: June 14, 2005 11:54 AM
Author: Darrell Miller (dm@vitanetonline.com)
Subject: Scents of Balance

Scents of Balance by Rosemary Sage Energy Times, January 5, 2005

Life can feel like an emotional rollercoaster, with the high-stress jitters following the low-mood blues. But aromatherapy-the healing power of scent-can restore equilibrium.

The use of volatile plant oils, including essential oils, for psychological and physical well-being dates back thousands of years. The ancient Chinese, Egyptians, Greeks and Romans used infused oils and herbal preparations for medicinal, fragrant, cosmetic, even spiritual reasons.

During the late 20th century, people started to relearn the benefits of aromatherapy and these days, aromatherapy's reputation as a soothing, healing art continues to grow. Once you've experienced the odiferous power of aromatherapy's essential oils, you'll keep coming back for more: These gently wafting odors have the power to stimulate or calm, invigorate or relax.

When you enter this scented world, "there you will find nature in one of its most powerful forms-aromatic liquid substances known as 'essential oils,'" says Valerie Ann Worwood in The Complete Book of Essential Oils and Aromatherapy (Thorsons). Essential oils form what Worwood refers to as the "fragrant pharmacy," a collection of concentrated substances used in pharmaceuticals, foods and cosmetics.

When you sniff the aromas of essential oils, "they enter and leave the body with great efficiency, leaving no toxins behind," Worwood points out. "The most effective way to use essential oils is...by external application or inhalation. The methods used include body oils, compresses, cosmetic lotions, baths-including sitz, hand and foot baths-hair rinses...perfumes...and a whole range of room [scenting] methods."

Plant Essences

As Worwood explains, essential oils are produced in various parts of different plants. As a result, it takes a great deal of specialized work to extract essential oils. About 60,000 rose blossoms are consumed in the production of an ounce (!) of rose oil.

Just as the antioxidant phytonutrients we eat in vegetarian foods link our bodies to the health-promoting chemistry of plants, the penetrating nature of essential oils are thought to connect our souls to the essences of flora. "From inside comes the voice and from inside comes the scent," observed the 19th century German doctor Gustav Fechner, quoted by Robert Tisserand in The Art of Aromatherapy (Healing Arts Press). "Just as one can tell human beings in the dark from the tone of voice, so, in the dark, every flower can be recognized by its scent. Each carries the soul of its progenitor."

Fechner believed that the power of essential oils to stir our deepest emotions derives from their function as a vital means of communication in the plant world. As Tisserand asks, can't we imagine that flowers "communicate with each other by the very perfumes they exude, becoming aware of each other's presence?"

The Science Behind the Scent

While alternative medical practitioners have acknowledged the effectiveness of aromatherapy for thousands of years, only recently have conventional medical researchers begun seriously looking into how this technique works.

For instance, a study of estragole, a chemical found in basil, fennel and tarragon, determined that it could potentially ease back pain by inhibiting inflammation of the sciatic nerve. (The sciatic nerve, the longest nerve in the body, runs from the back down the leg.) The researchers discovered that estragole is "active on nerves," a conclusion that aromatherapy practitioners, who employ the scent of these oils to soothe pain, already knew. Science is verifying another piece of information long known to practitioners-that while certain essential oils can calm you down, others prod your alertness. In a study performed at the University of Northumbria in England, scientists found that sniffing the scent of lavender lulls the human brain into a comfortable, rather stupefied state, while rosemary, in contrast, can sharpen recall.

As the English researchers noted, lavender "produced a significant decrement in performance of working memory, and impaired reaction times for both memory and attention-based tasks." That's probably why the odor of lavender is noted for enhancing sleep. On the other hand, the scientists found that rosemary "produced a significant enhancement of performance for overall quality of memory and secondary memory factors." However, they did point out that under the influence of both of these oils, performance slowed when tackling a battery of memory tests. Apparently, the oils mellowed people so that they had little motivation to rush through the paperwork.

As Frazesca Watson notes in Aromatherapy Blends & Remedies (Thorsons): "The aroma of the oils directly affects our moods and emotions and sometimes our short- and long-term memory. Together with a wide range of physiological benefits, the aroma can help with emotional upsets such as depression, anxiety, nervous tension, anger, apathy, confusion, indecision, fear, grief, hypersensitivity, impatience, irritability, panic and hysteria."

Essential oils are especially helpful at defusing stress. Watson notes, "Treatments with essential oils are therefore very helpful for all sorts of stress-related problems, so common in our modern life."

As scientific research into the effects of these oils continue, conventional medical practitioners are sure to embrace them in increasing numbers. But before there were scientists around to confirm the effects of these wonderful scents, the ancient medical practitioners in Egypt and Greece attributed the origins of aromatherapy to the gods. For many people in today's overstressed world, the relaxing assurance of essential oils certainly seems heaven-s(c)ent.

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Vitanet ®

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Date: June 14, 2005 10:44 AM
Author: Darrell Miller (dm@vitanetonline.com)
Subject: Truth in Labeling

Truth in Labeling by Diane Stanton Energy Times, June 14, 2004

Do you or don't you read food labels when you shop? If you don't, you're missing out on a prime source of information about your meals. If you want control of your health, focus on package labels and pick your foods carefully.

The large print on food labels focus on what are called macronutrients: carbohydrates, fat and protein. Some of the smaller categories convey information about vitamins, fiber, and minerals, as well as the totals of fat and saturated fat contained in food. So, you have no excuse for claiming ignorance about your diet: the truth is in the labels.

Food labels can be confusing to the uninitiated. Go into a big food store and you can be faced with what seems to be a forest of food information: more than 15,000 labels. Add to that fact that every year more than 30,000 new food products can be introduced to the marketplace, and what you're faced with is a jungle of food labels.

That overwhelming wealth of food label information doesn't mean you should throw up your hands in dismay and give up reading and deciphering labels. You should arm yourself against that sea of labels with knowledge and, by understanding them, end your confusion and build your health.

Label History

A hundred years or so ago, food labels were only required to list the name of the food contained inside the package. The contents, quality and processes used to make the food were often a mystery. Little or no disclosure to consumers was made about how their food was created.

By the early 1920s, the federal government, via the Food and Drug Administration (FDA), began requiring food companies to list the net weight of food on labels as well as the names and addresses of food processors and distributors. Finally, by the 1970s, listing basic nutritional information was mandated in a uniform way so that shoppers could have some basis for comparing foods. Then, in 1990, the Nutrition Labeling and Education Act made major alterations to the kinds of labels that had to be included on food packages.

The FDA and the US Department of Agriculture (USDA) required significant changes to food labels that were supposed to make it easier for consumers to eat healthier diets. The labels requirements of 1994 included five major changes:

Label Questions

Consumer questions regarding food labels have led researchers to look into ways to help shoppers comprehend what food labels tell them. These studies are designed to help consumers match up their nutrition requirements with the foods they buy.

For instance, at the University of Illinois at Urbana-Champaign, scientists have devised a label tool called See It, Do It, Teach It to help people improve their diets through comprehension of food label information. " One of the goals of the project was to help...teenaged girls and menopausal women understand how they can get the daily requirement for calcium into their diet in order to help prevent osteoporosis," says Karen Chapman-Novakofski, PhD, associate professor and nutritionist in the school's College of Agricultural, Consumer and Environmental Sciences.

According to the See It, Do It, Teach It program, you should think of food labels as consisting of two sections:

" Much more attention has been paid to what people should limit rather than the nutrients needed. The average consumer doesn't know, for instance, how much vitamin A 10% of the Daily Value is, or how much calcium 25% of the Daily Value is," Dr. Chapman-Novakofski says.

Upping Calcium Intake

In their eight-week study of people's calcium consumption (Journal of Nutrition Education and Behavior 4/04), the University of Illinois research team found that people didn't know how much calcium was in the food they ate.

After the initial part of the study, in which participants were shown how to look for calcium on labels, "the post-test revealed that the participants significantly increased their calcium intake to 821 mg per day, up from 372 mg per day," notes Dr. Chapman-Novakofski.

" That's a lot closer to the daily requirements of 1,200 mg per day for men and women over 50, 1,000 mg for men and women aged 19 through 50 and 1,300 mg per day for [youths aged] 9 to [18] years," she adds.

Parts of the Label

The first item at the top of a nutrition food label tells you the portion size that the label measures. An important point to remember: these sizes are determined individually by each manufacturer. Consequently, all of the other values on the label are measured per portion.

So, if you are comparing foods made by two different companies that employ very different portion sizes in their nutritional calculations, your label comparisons may be complicated.

Another fact to be aware of: the listed portion size may be an odd division of the food within the container and not reflect a common-sense division. For instance, some food packages are labeled as containing 2.5 portions.

And, to make things even more interesting, small boxes of candy that you might think contain barely enough for one helping may be labeled by the manufacturer as having two or more portions. As a result, if you eat the whole box, you often have to at least double the number of indicated calories, etc. to figure out the nutrients and calories you are consuming.

The section of the label that notes calories, calories from fat and percent daily values is listed under the portion size. Here you are told how many calories you consume when you devour one portion and how many of those calories are derived from fat.

This label focus on fat originated when consumers and dietitians were very concerned about Americans' fat consumption and hadn't yet switched their focus to carbohydrate consumption as a prevalent dietary health priority.

Also included on the label: the daily value percentages aimed at showing you how much out of a total day's intake of various nutrients a portion bestows upon you.

These percentage numbers are based on a theoretical analysis of a diet that contains 2,000 or 2,500 calories a day. (A notation at the bottom of the label tells you whether the calculation is based on 2,000 or 2,500.)

Carb Facts

If you've been eating a low-carb diet (or are planning this type of diet), the section of the label that lists carbohydrates may be especially useful. Under this heading, the label lists the totals for fiber and sugar.

No matter what diet you are on, dietary fiber is desirable, since it represents indigestible carbohydrates that both pass through you without conveying any calories and keep beneficial bacteria in your digestive tract healthy.

Most people want to limit their sugar totals, however, since this nutrient may raise your risk of being overweight and, when you eat a lot of it, may contribute to immune problems.

Interestingly enough, when food chemists compute what is in food, they perform lab tests known as assays to distinguish its ingredients. (The manner in which these tests are performed are very strictly regulated by the FDA.)

In fact, just about every nutrient listed on a food label is determined by laboratory test except for the carbohydrate content: the amount of water, fat, crude protein and ash are determined this way. But the total carbs are computed by simply subtracting the total of the other ingredients from the total amount of food, a kind of process of elimination.

So while fat and protein are measured with precise lab tests, carbohydrate totals are figured by the leftovers. (The water and ash, by the way, are not usually listed on food labels.)

Within the general carbohydrate group, are several categories of carbohydrates that produce very different effects in your body. These categories can be divided into sugar, sugar alcohols, dietary fiber and a collection of various chemicals that include organic acids, flavonoids, gums, lignans and others.

According to the FDA, the food label only has to list the total carbs, sugar and dietary fiber. But some food companies now list things like sugar alcohols.

Blood Sugar Effects

Not all of these types of carbohydrates behave the same way in your body. For example, when your body digests table sugar, it turns immediately into blood sugar. So sugar and most other carbohydrate is what we call "digestible carbohydrate." Other carbs, such as sugar alcohol or glycerine, can be digested but do not turn to blood sugar. Still others, such as dietary fiber, are indigestible and pass through your body without impacting your blood sugar level.

To date, the FDA has not focused on these important biochemical differences and treats all carbohydrates alike. This means that when you look at a food label, you do not see a number for the carbs that impact your blood sugar level. To do so, simply subtract the number of grams of fiber from the total number of carbohydrate grams.

Net Carbs

Recently, the phrases "low carb," "net carb" and "impact carbs" have begun to appear on food labels. These are not defined by the FDA; they were put on labels by by companies to help consumers pick out foods that are acceptable on low-carb diets. To arrive at the total of net carbs, food companies subtract the total amount of fiber and sugar alcohol from the total carbohydrates.

Fiber Calculations

Since the body cannot digest fiber, this nutrient (which is still important for good health) is not calculated into the total amount of carbohydrates. As for sugar alcohols, while-technically speaking-these are carbs and they do have calories, they have little effect on blood sugar and usually are not counted in total carbohydrates.

According to the American Dietetic Association, people with diabetes who are managing their blood sugars using the carbohydrate counting method should "count half of the grams of sugar alcohol as carbohydrates since half of the sugar alcohol on average is digested.

" Fiber is not digested, however. If the serving of food has more then 5 grams of fiber one should subtract the grams of fiber from the total carbohydrate grams." As you can see, when it comes to food, as in most things, knowledge is power. If you want power over your health, you need power over the food you eat. The road to that power is by reading food labels. What's in the food you're eating every day may surprise you.

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Vitanet ®

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Date: June 12, 2005 08:08 AM
Author: Darrell Miller (dm@vitanetonline.com)
Subject: The Blood Sugar Blues - help lower blood sugar

The Blood Sugar Blues by Carl Lowe Energy Times, July 10, 2003

The cells in your body run on the sugar they get from blood. Normally, this energy distribution system functions efficiently. When things go awry, however, blood sugar fluctuations can cause serious problems.

If your blood sugar stays too high, your pancreas, heart and other organs suffer. But stabilize your blood sugar and you can stabilize your health.

Problems linked to too much blood sugar are widespread. Diabetes, in which the body becomes increasingly unable to regulate blood sugar levels, is one of the most serious and widespread conditions. Plus, researchers now know that elevated blood sugar, even if you don't suffer diabetes, elevates your risk of heart disease and pancreatic cancer (JAMA 5/17/00).

Researchers at the Northwestern University Medical School have shown that with every bump up in your blood sugar levels, your chances of contracting pancreatic cancer rises significantly.

"Because the prevalence of type 2 (adult onset) diabetes and obesity, including childhood obesity, is steadily increasing, identifying a potential causal association between hyperglycemia (high blood sugar) and pancreatic cancer could have important preventive and prognosticative implications for this cancer," notes Susan M. Gapstur, MD, a professor at Northwestern.

In other words, measuring your blood sugar can go a long way towards measuring the odds of developing this devastating condition. In the United States, pancreatic cancer is the fifth most deadly cancer. The disease is difficult to discover, and tumors in the pancreas usually remain hidden until the cancer has spread throughout the body.

Blood Sugar and Heart Problems

A collection of researchers now believes your blood sugar level so closely predicts your heart disease risk that blood sugar may be a more accurate heart disease predictor than cholesterol. According to a study in England (BMJ 2001; 322:15), the higher your blood sugar level, the higher your risk of heart disease and other serious health problems.

In particular, a type of blood sugar called glycated hemoglobin may provide an indication of what kind of trouble your heart and arteries may face in the future.

Glycated hemoglobin is blood glucose (sugar) that has latched onto your red blood cells. The levels of this type of attached sugar climbs when blood sugar levels consistently stay too high. After a while, this sugar not only sticks to blood cells, it also starts sticking to other tissues, an occurrence that can lead to cardiovascular disease.

While about one in twenty people in their late 40s or older has diabetes, experts estimate that almost three out of four have at least some degree of elevated glycated hemoglobin.

Higher and Higher

Men and postmenopausal women are at highest risk for elevated blood sugar. Your blood sugar also generally increases:

You can lower your risk of forming glycated hemoglobin by taking the antioxidant vitamins C and E and drinking three or four alcoholic drinks a week (American Journal of Clinical Nutrition 2000: 71(5)). In addition, losing weight and exercising also drops your glycated hemoglobin.

Helpful Chromium

When glucose enters the bloodstream after a meal, it has a variety of possible destinations. It can be picked up by brain cells, which use glucose as their only source of fuel (this explains why low blood sugar can cause headaches, dizziness and shakiness). Glucose also can enter muscles, which can burn either glucose or fat for energy. Or glucose can enter fat cells for storage-not a desirable option for someone who is already overweight.

One reason blood sugar may rise to unhealthy levels is a condition called glucose resistance or intolerance, which occurs when insulin, the hormone-like substance that shepherds glucose into the body's cells, can't do its job efficiently. That leads to blood which is too rich in both sugar and insulin.

Researchers believe that the element chromium can help the body use insulin more effectively, which, when combined with adequate exercise, allows glucose to more easily enter muscle cells.

"In experiments, chromium supplementation has actually been found to improve glucose tolerance in some diabetics and in people with impaired glucose tolerance," says nutrition researcher and teacher Shari Lieberman, PhD, in The Real Vitamin and Mineral Book (Avery/Penguin).

In a number of investigations, chromium has not only helped improve glucose tolerance, but it has also decreased circulating insulin, glycated hemoglobin and cholesterol levels (Journal of the American College of Nutrition 1998; 17:548-55). (People with elevated glucose levels often suffer from elevations in cholesterol as well. In the search for ways to improve cholesterol levels, Germany's Commission E, an herbal authority respected around the world, has approved the use of garlic to help support healthy cholesterol.)

Ginseng and Blood Sugar

American ginseng, an herb known as an adaptogen (which means it helps the body cope with everyday stress) is another tool for controlling blood sugar. Research at St. Michael's Hospital and the University of Toronto shows that taking American ginseng (Panax quinquefolium) about 40 minutes before you eat can reduce your blood sugar (Archives of Internal Medicine 4/9/00).

According to Vladimir Vuksan, MD, lead investigator for the research team, these findings may have important implications for the treatment and prevention of diabetes. "Although preliminary, these findings are encouraging and indicate that American ginseng's potential role in diabetes should be taken seriously and investigated further. Controlling after-meal blood sugar levels is recognized as a very important strategy in managing diabetes. It may also be important in the prevention of diabetes in those who have not yet developed the disease," says Dr. Vuksan.

Fat vs Sugar

Supplemental helpings of the fatty acid conjugated linoleic acid (CLA) have also been shown to control blood sugar and lower your risk of diabetes (Journal of Nutrition 1/03). "In previous work, we found that CLA delayed the onset of diabetes in rats," says Martha Belury, PhD, the senior author of the investigation and an associate professor of human nutrition at Ohio State University. "In (our latest) study, we found that it also helped improve the management of adult-onset diabetes in humans."

Dr. Belury's research shows that CLA may help lower levels of leptin, a hormone believed to regulate fat levels. By reducing leptin, CLA may help reduce body fat, which, in turn, may lower the risk of diabetes and high blood sugar.

Sweet Workouts

A consistent, long-term exercise program is one of the single best ways to convince your body to temper blood sugar levels and lower your risk of developing diabetes (Clinical Exercise Physiology 2/15/02).

"It now appears that there is...a long-term beneficial effect from regular exercise, most likely due to the fact that a significant amount of fat is lost," says exercise physiologist Cris Slentz, PhD. "Long-term exercise leads to loss of fat in the gut (stomach) region, which is especially beneficial since this fat is thought to be directly linked to increased risk of diabetes and heart disease."

Dr, Slentz's study examined how exercise influences the way the body uses sugar in people who have a high risk of diabetes.

In this research, five overweight individuals who had never exercised before engaged in an intensive workout program for nine months. Afterwards, they went back to their couch potato lives.

Dr. Slentz and other investigators measured their blood sugar before they started the exercise program and then remeasured these levels at one day, five days and thirty days after the nine-month regimen ended.

The researchers also looked at these people's insulin sensitivity, a measure of how well their bodies controlled blood sugar.

"Insulin sensitivity, or its ability to stimulate glucose metabolism, was higher after nine months of exercise, and the fasting insulin levels were lower," Slentz said. "Just as importantly, 30 days after stopping exercise, insulin sensitivity was still 24% higher than pre-exercise levels, indicating that beneficial effects of exercise persisted."

In this study, people pedaled exercise bikes, walked on treadmills and climbed stairs. By the end of the research, they were working out about an hour a day.

So if you've put off devoting yourself to an exercise program and taking care of your blood sugar, you now have more reason to start as soon as possible. Paying attention to blood sugar pays off.

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Vitanet ®

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Date: June 11, 2005 05:13 PM
Author: Darrell Miller (dm@vitanetonline.com)
Subject: Homeopathic Essentials

Homeopathic Essentials by Jane Lane Energy Times, February 1, 2000

The principles of homeopathy are elegantly basic and, to some, maddeningly elusive. This system of medical treatment employs The Law of Similars or "like cures like," and calls on natural plant, animal and mineral substances that induce the body to heal itself.

That homeopathy works is virtually incontrovertible. With its ancient roots and European practice spanning hundreds of years, homeopathy employs minute doses of diluted extracts to replicate symptoms of a malady, which then vanishes. But the very fact that it works puzzles many experts who have researched the phenomenon.

Understanding The Tradition

Homeopathy evolved from its earliest practice recorded by 10th-century BC Hindu sages to its codification by Hippocrates in 400 BC. " Through the like, disease is produced and through the application of the like, it is cured," he wrote, expressing the fundamental principle of homeopathy, according to Homeopathic Medicine at Home (Tarcher Perigee) by Maesimund B. Panos, MD, and Jane Heimlich. Samuel Christian Friedrich Hahnemann, the erudite and intellectually audacious German physician and chemist, seized upon the essentials of homeopathy in the early 1800s.

Through Hahnemann's work, homeopathy developed into an intricately systematized science, veering into the arcane for the contemporary individual seeking relief for everyday ailments.

Modern practitioners and manufacturers of homeopathic remedies benefit from Hahnemann's daring research (which included potentially lethal experiments on himself) and complex doctrines.

They've streamlined and modernized Hahnemann's concepts to provide more relevance to modern ills and sensibilities.

The Bold Experiments

Hahnemann denounced the medical practices of the 18th century, which involved cauterizing, bleeding, blistering and purging patients to expel the pernicious fluids or humors believed to cause disease.

He also reviled the kind of omnibus prescription drugs of the day, which loaded many substances into one compound. In 1790, Hahnemann conducted his groundbreaking experiment establishing the basis of homeopathy.

The customary treatment for malaria at the time was Cinchona officinalis or Peruvian bark-quinine. Medical wisdom attributed its efficacy to its bitterness and astringency. Hahnemann rejected this explanation, noting that other botanicals are far more bitter and astringent, yet are powerless against malaria.

To prove his theory, Hahnemann took some cinchona compound and promptly developed the symptoms of malaria. His deduction: Like cures like, or The Law of Similars. A substance that, in minute doses, induces certain symptoms in a healthy person cures a sick one.

The Set of Laws

A set of fairly complex laws developed from Hahnemann's initial Law of Similars.

The Law of Proving refers to the process of ascertaining the effectiveness of a homeopathic therapy by administering a substance to a healthy person to record in minute detail its effects. Practitioners also use the standard double-blind method using a placebo or unmedicated tablet against a homeopathic compound.

The first proving was performed in 1790 and the procedure endures today, using only humans, not laboratory animals, for greater accuracy. As homeopathic preparations are not toxic, proving has never produced lasting adverse reactions. Descriptions of provings are compiled into books called materia medicas, including Boericke's Materia Medica and Repertory and The Lectures of Homeopathic Materia by James Tyler Kent, used regularly in contemporary practice.

The books are highly indexed collections of symptoms and the remedies that cure them called repertories. The most extensively used repertory is Kent's Repertory of the Homeopathic Materia Medica.

In 1800, the third Law of Potentization was devised, regulating the processing of homeopathic remedies through successive dilutions and shaking.

This law represents perhaps the profoundest mystery of homeopathy and demands the boldest leap of faith: The higher the dilution, the more intense the potency of the medicine. Substances that are inert in their natural state act as medicine. And as they are so dilute, homeopathic remedies do not act directly on the tissues, accounting for their non-toxicity. Adding to the inherent safety of homeopathic therapies is the discipline's adherence to the single remedy. Centuries ago, homeopaths seemed to have been prescient about current drug interaction troubles.

(Historical information courtesy of Homeopathic Medicine at Home by Panos and Heimlich.)

How It Works: The Vital Force Homeopathy embraces a philosophy centered on the concept of "vital force," an intelligent, dynamic life force within each individual responsible for maintaining one's life and balance on all levels. The vital force creates a defense mechanism similar to the immune system, but incorporates protection against imbalances on the emotional and mental planes as well.

Homeopathy equates disease with imbalance. As the defense mechanism attempts to restore balance, symptoms appear: pain, swelling, rashes and fevers on the physical side; grief, jealousy, anxiety, anger, confusion and loss of memory on the emotional and mental end.

Homeopaths regards these symptoms as evidence of the vital force's curative exertions, not merely annoyances to be eliminated. Symptoms guide the homeopath in his or her attempts to harmoniously augment the efforts of the vital force.

Homeopathy Today

Homeopathic remedies are prepared according to the standards of the United States Homeopathic Pharmacopoeia and are recognized by the US Food and Drug Administration. " Homeopathy respects the complexity and uniqueness of each individual," observes pharmacist and naturopathic doctor James LaValle (and his co-authors) in Smart Medicine for Healthier Living. "To identify the correct homeopathic remedy, you must carefully observe your unique-even quirky-behaviors and responses." Indeed the emphasis on the "unique, even quirky" may lead to the perception of homeopathy as a sketchy pseudo-science. Homeopathy simply does not fit the drug model of allopathic medicine.

Its ability to help people, however, has been repeatedly evaluated through rigorous scientific research. A comprehensive review in the British Medical Journal (302, 1991: 316-323) of more than 100 clinical studies of homeopathy published during the last 30 years revealed that 77% of those studies produced positive results for the people involved. A host of additional studies provides clinical evidence:

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Date: June 11, 2005 03:54 PM
Author: Darrell Miller (dm@vitanetonline.com)
Subject: Summer Sports Nutrition Guide

Summer Sports Nutrition Guide by Joyce Dewon Energy Times, June 18, 2004

If you're hooked on exercise you're probably just as hooked on using top-notch equipment when you work out. Those who are serious about staying in shape buy the best running shoes, carefully pick out the best bikes and tread on durable treadmills. But do you pay just as much attention to your nutrition?

Scientists who have studied exercise have found that what you eat before, during and after workouts is crucial to maintaining your health, getting into shape and staying fit. To achieve your best athletic performance without getting injured or sick depends on optimum nutrition. When you carefully plan what to feed your exercised body, it rewards you by feeling and looking better.

Short 'n Sweet

If you thought long exercise sessions were the only ways to get decent exercise benefits, take notice: small doses of exercise during the week can go a long way. " The important thing, apparently, is just do it," says Howard D. Sesso, ScD, author of an American Heart Association study on exercise and heart disease. In his study, exercisers demonstrated that several short sessions of exercise were as good for the body as a single long session (Circ 8/00; 102:975-80). " Short sessions lasting 15 minutes long appear to be helpful,"Dr. Sesso explains. Even walking about three miles per week, which is a moderate level of exercise, lowers your risk of heart disease by 10%.

No Sweat?

Some people glorify in working up a sweat; others curse the dampness. But putting in extra effort in even short bursts of activity pays off: experts have found that intense exercise burns more calories than more relaxed sessions, more effectively reduces your risk of cardiovascular disease and helps stabilize blood sugar levels. In addition, it stimulates production of human growth hormone, which offsets some of the effects of aging (Exp Biol Med 2004 Mar; 229(3):240-6).

But don't go crazy if you haven't worked out in a long time. The intensity of the workout should match your physical fitness. According to the American Heart Association, when people exercise at a comfortable pace, their heart rate and level of exertion stay within a safe range, but still high enough to benefit their health. Strenuous activities, for those who can handle them, produce the most physiological bang for the jog. But brisk walking within your own level of fitness still offers significant benefits.

Feeding Your Muscles

When you exercise, you work and develop your muscles, which are made primarily out of protein. Despite this fact, many exercise experts have advocated high-carb diets for athletes. But, as John Ivy, PhD, and Robert Portman, PhD, point out in their book The Performance Zone (Basic Health), "[While] there is no doubt that aerobic athletes require more carbohydrate than strength athletes...we are now discovering that the addition of protein to a carbohydrate supplement offers significant benefits to aerobic athletes."

That is why researchers believe that consuming plenty of protein along with carbohydrates offers the best fitness benefits. Protein helps fuel activity more efficiently and aids in recovery after a session at the gym, allowing your body to repair muscle damage and build up muscle fibers.

During exercise, you break down muscle tissue. It is during recovery, after your exercise session ends, that muscles are rebuilt. At the same time, other cellular processes take place that adapt the body to working out.

According to Ivy and Portman, timing your intake of nutrients after exercise is crucial: "The ability of the muscle machinery to regenerate itself decreases very rapidly after a workout, so that the nutrients consumed more than 45 minutes after exercise will have far less impact in helping the muscles regenerate than nutrients consumed earlier."

Stresses and Tears

Engaging in athletics can cause microscopic muscle tears. These tears can cause a range of problems that, when you exercise excessively, can cause pain and injury.

Inflammation is the body's response to cellular damage. The damaged area can swell as the body sends white blood cells and other cells to repair the injured area. Unfortunately, the swelling can further damage the muscle cells.

Since inflammation can take 24 hours or more to cause the collection of cells in the injured area, it can be a day or two before the resulting muscle soreness reaches its peak painfulness and then starts to subside.

Cortisol, a hormone produced when you exercise strenuously, which can result in muscle fiber damage. Cortisol boosts protein breakdown, so it can be used to fuel muscle movement. But the more protein breaks down, the more potential exists for muscle fiber injury. Free radicals are caustic molecules that are created when the mitochondria (small structures in cells) create energy; these marauders can also cause microscopic shredding of muscle strands. As you increase your use of energy during exercise, you simultaneously increase the production of free radicals. This collection of free radicals can outstrip the body's antioxidant defenses, leading to extensive muscle damage and dampening of the immune system.

All of these cellular events can make you sore. They are also the reasons that athletes who overdo it day after day are liable to come down with nagging colds and a variety of infections.

Muscle Fuel

Your muscles use different substances for fuel depending on what you ask them to do. Lift a heavy weight and muscles recruit two processes called the creatine phosphate system and glycolysis to generate a large amount of quick energy. These are known as anaerobic types of energy production.

But if you jog, swim, bike or perform any other aerobic activity, the cells use oxygen in what is called cellular respiration to supply energy to working muscles.

When you exercise aerobically for extended periods of time, the energy available is generally limited by how much oxygen your body is capable of taking in and supplying to the muscles, where it takes part in energy production. In athletic circles, this upper limit is known as your VO2max.

The carbohydrates your body burns for energy during aerobic activity are taken from blood sugar and carbohydrate reserves called glycogen. (The muscles store glycogen, as does the liver.) During a workout session, your glycogen supply is limited to what is stored with your muscles. But blood glucose can be boosted by carbohydrate drinks, energy gels or bars.

Most people who work out have enough glycogen and blood sugar to fuel moderate aerobic activity for about two hours. After that, the body turns mostly to fat and protein stores to fuel exercise.

Fat Into the Fire

In contrast to the body's quickly diminishing supply of glycogen and blood sugar, fat can last for hours and hours of exercise. According to Portman and Ivy, a 200-pound man with 15% body fat has, theoretically, enough fat energy to run from Washington DC down to Miami Beach-and still has enough energy left over to jump into the ocean.

But using fat for energy is complicated; fat is stored in fat tissue and not readily available to working muscles. Plus, to burn fat for energy, the body needs carbohydrate-it cannot burn fat all by itself. What's more, the conversion of fat into energy doesn't go as quickly as carb conversion.

Protein is also used for energy when carbs run low. But the more you use protein for energy, the more you risk soreness as muscle fibers break down.

Prepare to Energize

To maximize your energy during exercise and minimize soreness, Portman and Ivy recommend some simple nutritional steps:

Limit Soreness

Taking protein and carbs while working out can limit muscle damage and curtail soreness. Carbs apparently drop your cortisol levels, and thereby limit muscle injuries linked to this hormone. While the mechanism that helps protein limit muscle soreness is not completely understood, it is possible that taking in protein while working out keeps the body from shredding muscle tissue in search of fuel.

Supplements that contain antioxidants such as natural vitamin E and vitamin C (Portman and Ivy think you should take these during exercise) may limit free radical damage to muscle fibers.

Muscle Reconstruction Plan

If you want to help your exercise plan make you stronger, you should focus your after-exercise sports nutrition plan on these steps:

The protein part of the equation is vital: don't merely indulge in only carbs after exercising. A recent study found that while carbs could help muscles rebuild, adding protein can make a big difference in improving your fitness (J App Phys 2/04).

This combination of nutrients stimulates the pancreas so that it releases insulin. The release of insulin is the key, initial step that sets off a cascade of physiological events that speeds muscle recovery. Although many people think of insulin as an undesirable hormone-if you never exercise, too much insulin may help drive your blood sugar down and cause other problems-for exercisers, this hormone plays a crucial function in benefiting from exercise.

By eating carbohydrate and protein soon after working out and stimulating insulin, according to Ivy and Portman, you help your body boost its synthesis of protein by:

Drinking for Exercise The most obvious nutrient you lose during intensive exercise is water in your perspiration. However, that perspiration also contains an array of minerals known as electrolytes. So, for optimal performance and health, experts recommend you replace both the water and its minerals.

Merely drinking water-instead of electrolyte-filled sports drinks-during prolonged aerobic activity can be dangerous. It leaves you vulnerable to a condition called hyponatremia, which can occur when your blood levels of sodium and other electrolytes drop, but your blood volume stays steady or increases because you drink lots of water.

According to Edmund Burke, PhD, in his book Optimal Muscle Performance and Recovery (Avery), one out of four athletes who seek medical attention after a long race are suffering hyponatremia.

" Typically," he says, "conscientious athletes get in trouble because they adhere too diligently to one recommendation: the need to drink lots of fluids. They tend to ignore another recommendation: The need to keep electrolytes up...for most endurance athletes the real problem is drinking too much water." Dr. Burke warns that you can possibly suffer hyponatremia even if you don't drink a lot of water.

Signs of hyponatremia can be similar to those of heat exhaustion. But, while resting and cooling down can help alleviate heat exhaustion, that doesn't help hyponatremia. " To protect yourself against hyponatremia, start by paying attention to how much you sweat," Dr. Burke says. If your sweat seems very salty, burns your eyes or leaves an evident, white residue on your skin, you may be losing a great deal of sodium and should be diligent about eating salty foods. " You can also make sure you're getting enough sodium by drinking sports drinks instead of plain water during long (exercise) events," Dr. Burke notes.

Exercise Matters

Of course, no matter what you decide to eat or drink while exercising, the most important factor for your well-being is to get out to the gym, onto the track, or just on to the sidewalk, and do something, even if you only want to go out for a walk. No matter how old you are or what kind of shape you're in, you'll benefit from exercise.

" It's solid evidence that across-the-board declines occur when people stop exercising," says Charles Emery, PhD, professor of psychology at Ohio State University (Health Psychology 3/04).

Don't decline or remain supine. Let your fitness climb.

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Date: June 10, 2005 09:37 PM
Author: Darrell Miller (dm@vitanetonline.com)
Subject: Diabetes

Diabetes by , February 5, 2002

Lack of exercise and being overweight boosts your chances of developing diabetes. So, as America's epidemic of obesity grows, the number of people afflicted with the condition called type II diabetes is expected to soar. If you follow the typical US pattern of not getting enough exercise while indulging in a diet of too many calories from cookies, cakes, fast food and saturated fat as your waistline gradually expands, your chances of encountering this health menace grow every day. According to the most recent estimate by health researchers, "more than half of all US adults are considered overweight or obese"(JAMA, 10/27/99).

Those same researchers, who examined the health history and weights of more than 16,000 Americans, confirmed a fact well-understood by health practitioners who understand the chemistry of blood sugar: being overweight greatly increases your chances of not only diabetes but also high blood pressure, gall bladder disease, coronary heart disease, high cholesterol and arthritis. (If you suffer or think you suffer from diabetes, or any of these conditions, consult a knowledgeable health practitioner.)

Insulin Insurrection

While Type I diabetes is a relatively infrequent disease that often strikes kids, Type II diabetes is a much more widespread (and increasing) health problem experienced by 9 out of 10 adults with what is now called adult-onset diabetes.

The popular image of someone with diabetes is, ironically, often of someone who is suffering with Type I. In simplistic terms, Type I diabetes occurs when your pancreas stops producing insulin, a hormone-like substance that, among its several tasks, helps deliver sugar from the bloodstream into the body's cells. When your body is functioning normally, insulin helps steady blood sugar levels and keeps tissues fed with nutrients.

People with Type I diabetes often have to inject themselves with insulin. Otherwise, a lack of insulin causes dangerously increased blood sugar levels, cellular damage to blood vessels and nerves plus a high risk of heart attack, blindness, kidney failure and serious damage to your extremities that may, in the long-term, lead to amputation.

Insulin Resistance

On the other hand, someone beginning to suffer Type II diabetes usually has plenty of insulin being produced by the pancreas, but may be insulin resistant: for a variety of physiological reasons, the hormone is unable to do its job. That allows blood glucose to reach levels where it can wreak metabolic havoc.

When you gain weight, drastically increase the amount of your bodyfat and lead a sedentary, couch potato existence without engaging in very much exercise, you boost your risk of becoming insulin resistant. Consequently you also boost the chances of eventually suffering Type II diabetes.

However, a consistent exercise program (and losing weight) can alleviate or moderate some of the blood sugar problems brought on by diabetes or insulin resistance. When you exercise, your working muscles may take in more glucose from the bloodstream and stabilize your blood sugar level. That is one reason physical exercise helps to modify your body's response to blood sugar. (Of course, if you have diabetes or have not exercised in a long time, be sure to consult your health practitioner before engaging in strenuous physical activity.)

Supplemental Help

One of the most useful supplements employed to help control diabetes is chromium, a mineral that plays an integral role in the body's metabolism of sugar.

In the Natural Health Bible, Steven Bratman, MD, and David Kroll, PhD, discuss a study in China of 180 people with Type II diabetes. In that study, those who took chromium enjoyed better blood sugar levels than the people who took no supplements (Diabetes 46(11): 1786-1791, 1997). In addition, a double-blind study of chromium found that the supplement could reduce the necessary oral medication by more than half in many cases (Harefuah 125(5-6): 142-145, 1993). In this study, women seemed to benefit from chromium more than men.

Relief with Alpha Lipoic Acid

Alpha lipoic acid, an antioxidant nutrient, helps defend nerve cells against painful damage-a condition called neuropathy-that can result from diabetes. Consequently, in Germany, doctors have been prescribing lipoic acid to people with diabetes for more than two decades.

According to Dr. Bratman and Dr. Kroll, studies show that lipoic acid may be particularly helpful when taken with gamma-linolenic acid (GLA), a fatty acid found in evening primrose oil and borage oil. Studies of GLA have found that this fat can soothe numbness and pain and slow nerve injuries (Diabetes Care 16(1):8-15, 1993).

Taken together, GLA and lipoic acid may synergistically improve nerve function (Diabetologia 41(4): 390-399, 1998). Blood sugar control may also improve.

Healthy Mouth

Two signs that you may be suffering diabetes are excessive thirst and a dry mouth. This missing liquid, especially in the mouth when the flow of saliva slows, can lead to a lack of lactoferrin, a naturally-occurring protein that fights infection in the mouth by binding iron (Jrnl of Diab Comp 7, 57-62).

Lactoferrin's iron-binding ability destroys harmful micro-organisms like bacteria. In addition, lactoferrin stimulates the body's production of a substance called secretory IgA, which keeps disease-causing organisms out of the body and helps stabilize blood sugar (colostrum also produces this effect).

Spice Health

Fenugreek, a spice, has had long use as a medicine and food ingredient in the Middle East and Asia. And now modern science has begun to accumulate evidence supporting its traditional use: Several studies have shown that this seed can benefit blood sugar levels and keep blood cholesterol down.

In laboratory animals, researchers found that fenugreek kept blood sugar levels under control and also increased HDL (good cholesterol) while dropping triglycerides, blood fats that increase the risk of heart disease (Eur Jrnl Clin Nut 44 (1990):301-306).

Fortuitously, studies on people have supported fenugreek's benefits. In people with Type I diabetes, studies show that fasting blood sugar levels were reduced and glucose tolerance tests (measures of how well the body handles sugar) were closer to normal (Eur Jrnl Clin Nut 42 (1988):51-54). Bilberry for Eye Health

Retinopathy, eye damage resulting from diabetes, is a serious complication of this disease and can cause blindness. Bilberry, a botanical that has been used as a folk treatment for eye health for centuries, may be able to lower the risk of this kind of vision destruction.

Bilberry, a dark berry that grows in Europe, has been shown in a collection of laboratory tests to hold down blood sugar levels (Quart Jrnl Cr Drug Res 17(1979):139-196). Bilberry has traditionally been used to protect eyesight.

According to the Encyclopedia of Natural Medicine (Prima), natural substances called flavonoids, found in bilberry, "have been shown to increase intracellular vitamin C levels, decrease the leakiness and breakage of small blood vessels, prevent easy bruising and exert potent antioxidant effects."

Apparently, the body uses these flavonoids to protect the eyes' blood vessels and to keep the retina (central part of the eye crucial to preserving sight) functioning normally (Arch Med Int 37 (1985):29-35). Consequently, bilberry has been used by health practitioners in France to treat diabetic retinopathy ever since the 1940s.

Diabetes Research

As medical researchers look more closely into how insulin functions throughout the body, much more light will be thrown on how supplemental nutrients and your diet interact to promote the healthiest blood sugar levels.

But, today, what we already know about how the body functions can help you: a low-fat, high fiber diet, moderate, consistent exercise and healthy doses of insulin-friendly supplements may help keep your blood sugar under control.

And keep those pounds from accumulating around your waist. That way, you can keep from singing that nasty old, down and dirty, blood sugar, syncopated ragtime blues.

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Date: June 10, 2005 04:14 PM
Author: Darrell Miller (dm@vitanetonline.com)
Subject: Clean Living

Clean Living by Phyllis D. Light, RH Energy Times, December 3, 2003

Just as you wouldn't clean a closet by merely closing the closet door, you can't clean your body by closing your eyes to the toxins that assault our bodies every day. The modern world is filled with natural and manmade chemicals that can accumulate within and cause long-term health problems. So, in between bouts of housecleaning, an internal cleansing can keep your bodily systems feeling as clean as your sparkling household.

While modern life would be impossible without the chemicals that go into the gadgets and machines on which society thrives, these materials have a dark side: Each day we are exposed to hundreds of substances that have infiltrated our food, water and air. They lurk in our cleaning products, fabrics, personal care products, automobiles and even the building materials in our homes and offices.

"While our [bodies have] systems of detoxification to deal with and eliminate chemicals to which we are exposed, the sheer volume of these chemicals can overwhelm these detoxification mechanisms, causing these non-lifegiving substances to stay in our bodies where they can damage our health," says Steven Horne, AHG, herbalist and natural health consultant in St. George, Utah.

Added to this chemical mix, indulgences in alcoholic drinks, cigarette smoke, caffeine and over-the-counter drugs can further challenge your body's cleansing systems.

Water, Water Everywhere and How Your Health Can Shrink

Substances in the beverages you consume every day may contribute to the collection of toxins in your body.

A growing water problem, for instance, flows from the medications excreted into sewer systems and groundwater.

These drugs have already affected the environment: Estrogen from contraceptives have contaminated lakes and rivers, and caused deformities in fish while impairing the fertility of water animals and the birds who feed upon them. A study released by scientists at the Department of Energy's Pacific Northwest National Laboratory found that the fertility rate of adult male fish exposed to synthetic estrogen from contraceptive pills dropped by 50% (Envir Tox & Chem 6/03). Scientists believe these defective animals are like the proverbial canaries in coal mines, reflecting health problems that may also be harming human health in ways we don't yet understand.

And clean machines can cause unclean bodies: When scientists from Queen's University (Drug Metab Dispos 2003; 31:306) examined the seminal fluid of infertile men, they found extra amounts of the chemical trichloroethylene (TCE), a degreasing agent used in the automotive and metal industries. TCE is also found in adhesives, lubricants, paints, varnishes, paint strippers, pesticides, spot removers and rug cleaning fluids, and it has entered the drinking water in many places.

Detox for Metabolic Balance

"Detoxification is the missing link in Western nutrition and an important but unexplored medical therapy," says Elson M. Haas, MD, author of The Detox Diet (Celestial Arts). Dr. Haas believes that when the body accumulates wastes that are not properly eliminated, disease often results: "The key to maintaining metabolic balance is to maximize nutrition and eliminate toxins." Dr. Haas has seen improvement in cholesterol levels, blood pressure readings and pain levels after his patients have detoxed.

When your body accumulates toxins, cells can stagnate and suffocate. To offset these problems, the body uses its built-in system of detoxification to remove toxins and cellular waste products.

In protecting itself against toxins, the body can quickly eliminate water-soluble compounds before they cause harm, excreting them in the stool, sweat and urine. Fat-soluble compounds, which make up most of the chemical toxins we are exposed to every day, are not so easily dealt with. The body uses enzymes in the intestines and liver to chemically break down these toxins and convert them into a form that can be pushed out of the body.

Your body inherits its ability to cope with toxins. But you can help the body in its detox tasks by providing nutrients that aid cleansing.

Colorful Eating Boosts Detox

Many experts believe that alkaline foods (fruits and vegetables) help the body detoxify, while meats and acidic processed foods slow the process.

"The right balance of acid and alkaline foods for each of us is, of course, the key," notes Dr. Haas. Animal products, sugar, white flour, and alcoholic beverages are thought to leave acid residues in the body.

"Brightly colored foods contain powerful antioxidants that help the liver with the detoxification process," says Brenda Watson, CT, in her book Renew Your Life (Renew Life Press). "...[raw] fruits and vegetables...contain enzymes... [that are] destroyed by cooking."

These enzymes can help the body detoxify and eliminate undesirable substances. However, Watson cautions, "If the digestive system is weak...too much raw food [can] cause upset, so raw foods should be added to the diet at a pace the body can tolerate. Taking digestive plant enzymes with meals can also aid digestion."

While those foods in a normal diet can help control toxins, if you have moved toward "toxic overload," or if you want to eliminate candida-a yeast that can cause health problems-Watson recommends a detox diet:

Foods that are allowed include:

When preparing dishes in this diet, use plenty of garlic and green foods. "Other anti-candida agents which may be used liberally include ginger, cinnamon, thyme and rosemary."

According to Watson, following this diet is a first step toward detoxing. If you experience serious difficulties linked to environmental toxins, consult a health practitioner.

In a world filled with chemicals whose effects are unknown, attention must be paid to the toxins around us. As our machines grow more complex and widespread, our health difficulties linked to these mechanisms may also grow.

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Date: June 10, 2005 04:05 PM
Author: Darrell Miller (dm@vitanetonline.com)
Subject: Drinks Everywhere

Drinks Everywhere

by John Olan Energy Times, January 7, 2002

Water keeps you alive. About 50% to 70% of your cells are made of water. So when you talk about drinks, you're talking about water plus... But, oh, what a plus!

While water is crucial for survival, those pluses can add a waterfall of desirable ingredients to your diet, health and beverage indulgence. Even though water is the basic ingredient when you need a drink, healthy drinking has come to mean much more than H2O. The drink scene has bubbled up to include a new universe of usual and unusual liquids. When your thirst bursts upon the scene, you now have a tremendous choice of ways to quench.

Soy Drinks

The soy revolution in American nutrition has convincingly attacked the drink world. No matter what your age, nutritional requirements or taste preferences, it seems as though someone, somewhere, has designed a soy drink with you in mind. The most convincing health benefit of soy and soy drinks is its boost to heart health. Since 1999, the Food and Drug Administration has allowed soy drinks (and other soy products) to list soy's heart benefits. In so doing, the FDA reviewed 27 studies that demonstrated soy protein could help lower total cholesterol and LDL, the so-called bad cholesterol that can significantly raise heart disease risk. To be allowed the heart disease benefit on their labels, drinks, or other foods, must contain at least 6.25 grams of soy protein per serving, contain less than 3 grams of fat, less than a gram of saturated fat, less than 20 mg of cholesterol and not much salt. According to the FDA, if you consume four daily servings of soy, you can drop your LDL by up to 10%. That's great for heart health: each 1% reduction in total cholesterol can mean about a 2% drop in your risk of heart disease. The key research the FDA looked at included a two month study at Wake Forest University Baptist Medical Center that showed soy can help reduce your total cholesterol and LDL cholesterol without lowering your HDL. HDL, the so-called "good" cholesterol, protects heart health and keeps your heart disease risk down (Arch Int Med, 9/27/99). Meanwhile, another study published in the New England Journal of Medicine (8/3/95) found that soy produces "significant reductions" in cholesterol, LDL and triglycerides, blood fats that can otherwise put your cardiovascular sysem at risk. Isoflavones, natural chemicals found in soy, are phytoestrogens, a weak form of estrogen that is believed by many researchers to produce health benefits. Some studies show that by producing what's called a "weak estrogenic effect," these chemicals may prevent the body's own estrogen from initiating cancer. While studies exist supporting these effects, this claim for cancer prevention is still controversial. A study of Asian women who moved to the United States found that the more soy they ate, the less their risk of breast cancer (Second Intl Symp on Soy and Tr Chron Dis 9/15/96). In any case, soy protein provides complete protein: all the amino acids, or protein building blocks, that the body needs to form its own proteins are found in soy. All of this good soy news has sent sales of soy drinks and other soy foods soaring. While sales of soy foods reached a little more $850 million in 1992, by next year they are expected to climb to well over $3.7 billion. Multivitamin Water For vitamin takers on the run, water is now available fortified with a wide collection of micronutrients. The key benefit: possible health enhancement by supplying vitamins your diet may omit. As Walter Willet, MD, points out in Eat, Drink and Be Healthy (Simon & Schuster), "research is pointing ever more strongly to the fact that several ingredients in a standard multivitamin.... are essential players in preventing heart disease, cancer, osteoporosis and other chronic disease... It's the best nutritional bang for your buck." In a Russian study, a group of children, aged four to 14, with gastrointestinal diseases were fed multivitamin-infused drinks and beta carotene. The children experienced vast improvements, leading researchers to suggest fortifying the diets of folks suffering from gastrointestinal diseases with vitamin-containing drinks.

Green with Health

Everyone from mom to the US surgeon general tells you to eat dark green vegetables every day. The truth is, many of us just don't do it. Spirulina, wheat grass, barley grass and chlorella are often referred to as "green foods." Spirulina, a popular food supplement in Japan, is a vitamin and mineral powerhouse available in the US in powder and ready-to-drink shakes. Rich in protein, spirulina contains chlorophyll, carotenoids, minerals, gamma-linolenic acid (GLA) and unique pigments called phycobilins (PDR For Nutritional Supplements, Medical Economics). It's these same healthful pigments that give spirulina its blue/green color. In studies, spirulina has been shown to possess antiviral, antioxidant, anti-allergic and immune-boosting properties (Free Rad Biol Med. 2000; 28:1051-1055; Biochem Pharmacol 1998; 55:1071-1076; Inflamm Res 1998; 47:36-41; Spirulina platensis 1996; 59:83-87). Evidence exists that spirulina may favorably affect immune functions, inhibit some allergic reactions and lower cholesterol. Blended into shakes and drinks, spirulina can add a healthful boost to your day. Now, when Aunt May asks if you've had your green vegetables, just lift your glass, look her in the eye, tell her yes and mean it.

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