- A (Retinol)
Vitamin A is a vitamin with antioxidant properties, important for eye protection and bone growth; protein and hormone synthesis (including GH and testosterone); supports tissue maintenance. Helps reduce susceptibility to infection. Essential for healthy skin, good blood, strong bones and teeth, kidneys, bladder, lungs and membranes.
- Acesulfame-K
An artificial sweetener. Approved in 1988, this sweetener is 200 times sweeter than sugar, yet has a bitter taste. The 'K' in its name stands or potassium. Acesulfame-K is not metabolized by the body. You can cook and bake with it. There are no reported side effects with this sweetener although it may increase insulun secretion, which can cause concern for diabetics.
- Acetyl-L-Carnitine (ALC)
The acetyl ester of carnitine, ALC acts as an antioxidant, has protective effects in the brain, and stimulates hormone (including testosterone) release.
- Alanine
An amino acid. BCAAs are used as a source of energy for muscle cells. During prolonged exercise, BCAAs are released from skeletal muscles and their carbon backbones are used as fuel, while their nitrogen portion is used to form another amino acid, Alanine. Alanine is then converted to Glucose by the liver. This form of energy production is called the Alanine-Glucose cycle, and it plays a major role in maintaining the body's blood sugar balance.
- Alpha Lipoic Acid (ALA)
A sulfur bearing phytonutrient with antioxidant properties; amplifies
effects of other antioxidants. It is an insulin potentiator that may be, in some respects, the very best insulin mimicker. An analogy of what ALA does is that if ALA was an individual, he would be the one which yells at the muscle cells to pick up the key, open the door, and help bring in the creatine.
- Amino Acids
Nitrogen-bearing organic acids that are the building blocks of protein. The branched chain amino acids are Leucine, Valine and Isoleucine.
- Anabolic
Metabolic condition in which new molecules are synthesized (growth).
- Androstenedione
An androgen (male hormone). Androgens are produced in two sites in the male body - most originate in the testes, but some potent male hormones are produced by the adrenal glands, located just above the kidneys. Androstenedione is a pivotal adrenal steroid that's actually one step closer to being converted to testosterone than DHEA.
- Antioxidants
Any substances that prevent or impede cell oxidation (destruction) by free
radicals, etc.
- Arginine
A conditionally essential amino acid with anabolic and immune system
supportive effects.
- Ascorbic Acid
Also known as Vitamin C. A water soluble vitamin, and an antioxidant. Your body cannot store Vitamin C, so you must supplement it regularly. It is not resistant to heat, so cooking will destroy it. Vitamin C functions primarily in the formation of collagen, the chief protein substance of your body's framework. It also helps in the production of vital body chemicals. Vitamin C also is a detoxifier (helping cleanse your body of toxins).
- Aspartame
An artificial sweetener. Known by the trade name NutraSweet, it is an artificial sweetener. Certain people should avoid products that contain Aspartame. They are people who cannot metabolize the amino acid Phenylalanine, which is an ingredient in aspartame; and people who are suspectable to headaches.
It is nearly 200 times sweeter than sugar. Aspartame is produced from the amino acids L-asartic acid and L=phenylalannine. It has been approved for use in certain goods since 1981. Heat causes aspartame to lose its sweetness, therefore, you can't bake with it. Unlike some sweetners, it has no aftertaste.
- Aspirin
Can reduce soreness after a hard workout, or lower your risk of heart disease. Can also reduce your risk for throat or stomach cancer.
- ATP (Adenosine Triphosphate)
The body's energy currency, released when fuel
molecules are broken down.
- B-Complex Vitamins
A group of eleven known vitamins that work together in your body. All play vital roles in the conversion of food into energy. Essential for the normal functioning of the nervous system, and the maintenance of good digestion. Helps promote healthy skin, hair, and eyes. These are water soluble vitamins, which means they cannot be stored by your body and must be replaced every day.
- B-1 (Thiamin)
A vitamin which maintains energy levels, supports brain function (memory). Aids in digestion. Necessary for metabolism of sugar and starch to provide energy. Maintains a healthy nervous system. Alcohol can cause deficiencies of this vitamin and all the B-complex vitamins.
- B-2 (Riboflavin)
A vitamin which helps with energy production and amino acid production. Helps body obtain energy from protein, carbohydrates, and fats. Helps maintain good vision and healthy skin.
- B-3 (Niacin)
A vitamin Important in carbohydrate metabolism, formation of testosterone and other hormones, formation of red blood cells and maintaining the integrity of all cells. Helps body utilize protein, fats, and carbohydrates. Necessary for a healthy nervous system and digestive system. It also lowers elevated blood cholesterol levels when taken in large amounts of more than 1,000 milligrams a day.
- B-5 (Pantothenic Acid)
A vitamin which supports carbohydrate, protein and fat metabolism; hemoglobin synthesis. Helps release energy from protein, carbohydrates, and fat. Needed to support a variety of body functions, including the maintenance of a healthy digestive system.
- B-6 (Pyridoxine)
A vitamin which supports glycogen and nitrogen metabolism; production and transport of amino acids; production and maintenance of red blood cells (hemoglobin) Essential for the body's utilization of protein. Needed for the production of red blood cells, nerve tissues, and antibodies. Women taking oral contraceptives have lower levels of B-6.
- B-12 (Cobalamin)
Necessary for carbohydrate, protein and fat metabolism. Important to amino acid and fatty acid synthesis; essential for hemoglobin and nerve cell growth and maintenance. The anti-stress vitamin, sometimes prescribed for stress reduction.
- BCAA's (Branch Chain Amino Acids)
Leucine, Valine, and Isoleucine are called "branch
chain" aminos due to their molecular structure, and are important essential amino acids
well known for their anticatabolic (muscle-saving) benefits. They are called BCAA's because they structurally branch off another chain of atoms instead of forming a line. Studies have shown that BCAA's postively affect skeletal muscle growth, enhance fat loss, help to stimulate protein synthesis and inhibit its breakdown, so BCAA's have powerful anabolic and anticatabolic effects on the body. They may also potentiate the release of some anabolic hormones, such as growth hormone. Regular ingestion of BCAA's help to keep the body in a state of postive nitrogen balance. In this state, your body much more readily builds muscle and burns fat. Studies have shown that athletes taking extra BCAA's have shown a loss of more bodyfat than those not taking BCAA's.
BCAAs are used as a source of energy for muscle cells. During prolonged exercise, BCAAs are released from skeletal muscles and their carbon backbones are used as fuel, while their nitrogen portion is used to form another amino acid, Alanine. Alanine is then converted to Glucose by the liver. This form of energy production is called the Alanine-Glucose cycle, and it plays a major role in maintaining the body's blood sugar balance.
- Beta-carotene
A phytonutrient carotenoid with antioxidant and provitamin A activity.
In addition to providing the body with a safe source of Vitamin A, beta carotene works with other natural protectors to defend your cells from harmful free radical damage.
- Beta-Hydroxy Beta-Methylbutyrate (HMB)
It is a compound mande in the body and a metabolite of the essential amino acid Leucine. Studies have found that HMB has a decrease in stress-induced muscle protein breakdown. Studies also found that HMB may enhance increases in both muscle size and strength when combined with resistance training.
There are a number of theories why you may need HMB. The first, is that under stressful conditions, the body may not make enough HMB to satisfy the increased needs of tissues. It could also be that stress may alter enzymes or concentration of certain biochemicals that decrease normal HMB production. Another theory is that HMB may regulated enzymes sresponsible for muscle tissue breakdown.
- Biotin
A vitamin that helps with energy metabolism, fatty acid and nucleic acid synthesis.
- Boron
It is a trace mineral. Studies show that Boron helps the body retain minerals, such as Calcium and Magnesium. Large amounts of Boron, over 10 milligrams a day, can be toxic, particularly to the organs that manufacture testosterone. You can find traces of Boron in all the food groups, even in wine, with the greatest concentration in prunes, raisins, parsley flakes, and almonds. A 1987 study showed that Boron could dramatically increase testosterone levels, however, the study was for postmenopausal women who had testosterone deficiencies. Once their boron-rich diets brought their testosterone levels back up to normal, those levels stabilized, and they didn't get any higher no matter how many more prunes or parsley flakes that they ate. Thus, it is somewhat unproven that boron can help build muscle mass by increasing your testosterone levels. However, a lack of boron in your diet may have a 'negative' impact on energy utilization.
- Bovine cartilage
A source of mucopolysaccharides which have anti-inflamatory and
joint protective properties.
- Caffeine
Alkaloid that stimulates alertness and boosts energy. A herbal compound that enhances alertness and fights fatigue. Caffeine increases endurance during prolonged submaximal activity by increasing blood epinephrine (adrenaline) levels, thereby allowing fat cells to break down more readily during aerobic activity. Caffeine also makes a muscle contraction more forceful.
- Calcium
Most abundant mineral in the body; essential for the formation and repair of bone and teeth, but also essential to nerve transmission, muscle contraction, blood clotting and other metabolic activities as well. Long term calcium deficiency is linked to degenerative bone diseases.
- Carbohydrate
There are two basic forms of carbohydrates: Simple & Complex. Simple carbs are usually devoid of fiber and include such foods as refined sugars, fruit juices, and apple sauce. The problem with simple carbs is that they promote a large insulin surge, which can lead to hypoglycemia. Complex carbs are absorbed more slowly, so they don't cause as great an insulin surge as the simple type. Primary macronutrient source of energy in the body; burned as glucose and stored in muscle as glycogen (excess stored as fat) and includes all sugars (1 gram yields 4 calories).
- Carnitine (L-Carnitine)
Non-structural amino acid that transports fatty acids into muscle cells for use as energy fuel.
- Cassein
Primary protein found in milk, along with whey protein.
- Catabolic
Metabolic condition in which muscle is broken down and energy is released.
- Catabolism
Protein breakdown in muscles.
- Cat's Claw
An herb used in South American folk medicine for its anti-inflamatory and
immune system protective properties.
- Chitosan
Chitosan is a natural product extracted from Chitin (by products of Crustacean shell extracts). Chitosan and chitin are waste products of the crab and shrimp industry. It can be used to inhibit fat digestion and as a drug delivery transport agent. It also has been used as a cholesterol lowering substance. Chitosan is marketed as a 'fat blocker'. It appears that it can impede fat absorption by 'gelling' with fat in the small intestine. Side effect of Chitosan is that since it is made from sea food, some people have allergic responses to it. Also, you need a high concentration of Chitosan for it to 'gel' with fat.
- Choline
A B-fatty acid involved in the production of neurotransmitters in the brain that regulate mood, appetite, behavior, memory, etc. Most effective in phosphatidyl choline form. It is beleived to help concentration and alertness. Studies indicate that it improves cognitive performance.
- Cholesterol
A fat-like sterol used by the body for production of hormones (including testosterone), vitamin D and cell membranes; high levels in the blood stream are a marker for heart disease.
- Choline
One of the elements that is found in lecithin. Considered important in the transmission of nerve impulses. Choline is involved in the formation of the neurotransmitter acetycholine. Choline has been linked to reducing bodyfat and improving exercise performance.
- Chromium / Chrimium Picolinate
Chromium increases the efficiency of the hormone insulin, which the pancreas releases after you eat carbohydrates or protein. Chromium acts to make the receptor of muscle cells more sensitive to insulin (which allows you to store more carbohydrates in the muscle cells as glycogen rather than in fat cells as lipids). Insulin also helps muscles use amino acids for building protein rather than breaking them down. Chromium can promote modest muscular gains and decreases in bodyfat (thus helps build lean mass). Exercise increases the excretion rate of chromium.
- Chrysin
An anti-aromatase, which means it stops a lot of excess testosterone from converting to estrogen. Also, a compound with significant antiviral activity - especially in relation to the HIV. A an effect on the benzodiazapene receptors (which have a calming, antistress effect). It is possible that Chrysin taken in the correct dosage could reduce cortisol secretion due to the body's sensing less stress.
- Citrimax
See Hydroxycitrate
- Clenbuterol
This drug is classified as a Beta-2 agonist, and is used for treating asthma. It is not an anabolic steroid, or a growth hormone. Currently, it is not approved for sale in the United States, but it is sold in Europe, under various names, such as Spiropent, Monores, and Ventipulmin. Researchers in 1987 noted an unusual effect in animals when using this drug. Their muscles grew, while they lost body fat. The main side effects associated with this drug include tremors, heart rhythm disturbances, headaches, nervousness, excessive sweating and insomnia. Bodybuilders use it because it mimics the actions of Epinephrine. It simulates a process called Thermogenesis, which turns fat calories into heat and which results in a loss of body fat. The side effects start when you use more than 80 micrograms or more. The dosage that's used to treat asthma is around 20 to 40 micrograms twice a day. The muscle building dose would be over 80 micrograms in humans, but scientists consider it to be dangerous and unethical. Another problem is that any effects you get from it wears off rapidly. Bodybuilders who have used this drug shows that it is better for promoting fat burning than for muscle building.
- Conjugated Linoleic Acid (CLA)
CLA occurs naturally in whole milk and red meat. A collective term used to designate a mixture of positional and geometric isomers of the essential fat linoleic acid. It is actually a fat, derived from linoleic acid (an essential fatty acid). Studies have shown that CLA can increase lean body mass and decrease fat, inhibit the growth of tumors and enhance immune function. CLA is found naturally in beef, cheese and whole milk.
- Copper
Active in the storage and release of iron to form hemoglobin for red blood cells.
- Cortisol
A catabolic hormone that is released and increases in response to stress when the body is subjected to trauma such as intense exercises, including weight training. Excess cortisol is known to increase catabolism (protein breakdown in muscles). Cortisol leads to muscle breakdown through promoting a release of muscle amino acids for transport to the liver, where the amino acids are coverted into glucose.
- C-Q10
Antioxidant shown to have heart protective and energy production properties.
- Creatine (monohydrate)
A muscle fuel that is extracted naturally from meat and fish, or synthesized in the lab. Once it is in the muscles, creatine combines with phosphorous to make Creatine Phosphate (CP), a high powered chemical that rebuilds the muscles ultimate energy source, Adenosine Triphosphate (ATP). CP powers your muscles for high intensity exercise for short periods only, consequently, athletes who compete in power and sprint event will have an advantage if they take supplemental creatine. More CP in the muscle cell translates into a greater resistance to fatigue. Also, CP helps with the transfer of energy in the muscle cells, thus speeding up the action, which may enhance performances that are aerobically taxing. Reports says people who take creatine supplements may recover from intense activity faster and experience less postexercise muscle soreness.
Creatine is a naturally occurring compound in the muscle tissue and when converted in the muscle tissue to phosphocreatine during exercise can provide sudden bursts of energy. Insufficient amounts of phosphocreatine could result in a fatigued feeling in the muscle. The Creatine Monohydrate Powder provides enough energy to delay to onset of fatigue. Creatine Monohydrate is a synthesized metabolite that is the powerful energizer providing instant energy and strength with better endurance and helps to maintain optimal levels of ATP production during intense exercise.
Why Monohydrate? Creatine comes in several forms. Creatine Monohydrate, Creatine Phosphate, and liquid form. Creatine Phosphate is much more expensive to manufacture while it offers no advantage. Liquid creatine has many problems associated with it. When mixing creatine monohydrate with a protein drink, or water, the creatine starts to become unstable. Within 24 hours, the creatine begins to change or ‘fallout’ into creatinine. Creatinine is a useless substance to the body. Thus, buying a premixed liquid form of creatine is not a legitimate product. The best absorbed form of creatine is the creatine monohydrate. Creatine monohydrate is better absorbed because it is more stable, resulting in higher concentration of available creatine.
Creatine & ATP. ATP is the molecule that releases the energy for contraction of muscles, the breakdown and synthesis of proteins and all other reactions requiring energy. In short, ATP is the energy molecule powering all of our movements. By giving off its energy through its high energy phosphate bond, ATP is reduced to ADP. The problem is that the amount of ATP that is stored in our cells is limited. Depending on the intensity of the activity, ATP supplies can be used up by converting to ADP within seconds. So how do athletes run or workout for long periods. We can do that because there are three way to replenish ATP.
1) You can restore ATP using energy derived from the oxidation of fats and carbohydrates. This is a slow process that occurs in the mitochondria. 2) You can restore ATP through lactic acid, which is utilized to produce energy, which turns ADP back into ATP. 3) Through Creatine Monohydrate, which helps creatine phosphate create more ATP from ADP within seconds. It is a short term, high energy backup for ATP. It does not need carbohydrates, fats or oxygen to recharge ATP.
- Diuretic
Any agent or compound that increases the flow of urine from the body. They can range from herbal teas to powerful drugs that flush out electrolytes and water. They are classed based on the location and mechanism of action in the kidneys. Athletes use diuretics to eliminate water weight to further emphasize their muscular definitions. Most bodybuilding and fitness federations have banned the use of diurectics and test for them.
- DHEA (Dehydroepiandrosterone)
A hormone made by the adrenal glands used by the body to make male (androgen) and female (estrogen) hormones; possible positive effects on mood and energy on older individuals (40+) whose production of DHEA has declined. As been referred to as the 'Fountain of Youth' hotmone bacause it declines rapidly as we age, and supplementation with this hormone reverses many of the ravages associated with aging. Studies show that men with the highest DHEA levels have better cardiovascular health.
- DMAE (Dimethyl-amino-ethanol)
Supplement reported to minimize buildup of lipofuscin (age spots) in the brain. Plays a participatory role in acetycholine synthesis. DMAE has been shown to stimulate vivid, lucid dreams, suggesting possible sleep pattern enhancement.
- DNP (2,4 dinitrophenol)
the first weight loss drug ever offered to the public, around 1933. DNP is a yellow crystalline sold that's slightly soluabl;e in water. After being injected, it increases the metabolism an average of 30% over baseline in less than a minute, returning back to normal anywhere from 6 to 48 hours. However, DNP has way too many side effects, including blinding people, and if you take too much of it, it can cook you to death from the inside. You can lose weight with it, but it is highly dangerous. Street Names for DNP include Hexalon.
- DOMS (Delayed-onset muscle soreness)
The pain and soreness you feel a few days after a heavy workout.
- Egg protein
Source of protein with high Protein Efficiency Ratio, usually in egg white form (albumin) when used in protein powder to avoid cholesterol in egg yolk. Egg protein is the standard by which all other proteins are measured because of its very high ration of indispensable amino acids (also called essential amino acids because they must be supplied to the body from food or supplements) to dispensable amino acids.
- Echincea
Herb with immune protective properties, shown to have some benefit
protecting against colds and flu.
- Ephedra / Ephedrine
The active ingredient in the Oriental herb Ma Huang (Ephedra sinensis); this chemical has been proven to be both a powerful energizer and weight loss aid. Ephedrine is a powerful thermogenic agent: It releases norepinephrine, a brain neurotransmitter than exerts a stimulating effect. Thisd same neurotransmitter signals the sympathetic nervous system, which is called into play during a 'fight or flight' response. Body temperature rises and promotes the breakdown of fat cells for fuel.
- Ergogenic aids
Any nutrients that improve athletic performance.
- Essential Fatty Acids (EFA)
They include Linoleic Acid, Omega-3 Fatty Acids, and Monounsaturated fats. These are considered the 'good' fats. They cannot be made by the body and must be supplied by our diet. You need approxiamately 2% of your daily calories as EFA's.
- Fats
Macronutrient that is a source for long term energy and energy storage (as adipose tissue); necessary for absorption and transport of fat-soluble vitamins and constituant of hormones and cell membranes (1 gram=9 calories).
- Fiber
The more insoluble the fiber is (fiber that does not dissolve in water), the better it is for you. Insoluble fiber reduces the risk of colon cancer and high blood pressure. Fruit fiber seems to be more beneficial then vegetable or cereal fibers, probably because fruits are loaded with Pectin, an insoluble fiber. As a rule, the higher the insolubility, the fewer the calories. Corn bran is the best, followed by wheat bran, and then oat bran. It is best to eat fiber after you work out to avoid intestinal discomfort.
- Free Radicals
Free radicals are highly reactive molecules in the body which can destroy tissues by oxidizing cell membrane lipids and damaging DNA, the body's genetic material. Free redicals are produced through the body's normal process of metabolizing the air we breath and the food we eat, as well as exposure to tabacco smoke, excess sunlight and environmental pollutants. Antioxidants work in the body by neutralizing free radicals before the can do significant harm.
- Garcinia Cambogia
Fruit from India that contains Hydroxicitric Acid (-HCA), an organic acid influencing carbohydrate and fat metabolism
- Genistein
A compound thought to protect you against cancer. It is found in soy based food products. It surpresses the production of stress proteins in cells, proteins that otherwise help cancer cells survive destruction by the immune system.
- Ginkgo Biloba
A herb shown to enhance mental accuity. Some research has shown that Ginkgo Biloba increases cerebral blood flow to the brain. Also, boost brain levels of adenosine triphosphate and scavenge free radicals. Combined with ginger, gingko has also been shown too reduce stress induced anxiety.
- Ginseng
A family of herbs with adaptogenic properties affecting energy. There are different ginsengs (Asian, American, Siberian). Some ginsengs have shown to have mental enhancing effects. Studies show that an individual ginseng component called ginsenoside Rb acts favorably in reversing memory deficits by increasing he secretion of acetychilone. Studies also suggest that ginseng extract improved learning and retention processes.
- Glucosamine
Organic compound found in cartilage and joint fluid; relieves joint pain and may help in healing some joint injuries.
- Glucose (monosaccharide)
Type of sugar that circulates in the bloodstream, thus the term 'blood glucose levels' or 'blood sugar'. All carbohydrates, whether simple or complex, are eventually converted to glucose in the body. Glycogen is many units of glucose together.
- Glucose Tolerance Factor (GTF)
GTF is thought to be a complex of chromium, nicotinic acid, and the amino acids glycine, cystein and glutamic acid (these aminos are components of gluthathione). GTF is thought to be synthesize by the liver. In many people, chromium is likely the deficient substrate for GTF formation. GTF is found in foods such as organ meats, whole gains, cheese, mushrooms and brewer's yeast.
- Glutamine
An amino acid. Glutamine is the most abundant amino acid in muscle tissue. Studies are beginning to show that having extra glutamine in your body may be important to maximize muscle growth, by increasing growth hormone levels. Glutamine also is important to maintain proper health, and is shown to have anabolic and anticatabolic properties. During intense training, the signal for muscle breakdown (which is a bad thing) may be the release of skeletal muscle glutamine. That means that each time you train, your muscles release glutamine which in part triggers a catabolic state (a catabolic state is synonymous with muscle breakdown). By proving Glutamine, documented clinical studies have shown that Glutamine will have a significant impact on maintaining a positive nitrogen balance which is essential to muscular development and recovery.
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