As mentioned, BCAA make up 35% of the amino acids that form muscle. If you are an athlete, you need BCAA's!
BCAA's are metabolized for the most part in muscle tissue and are used as an energy source for muscle during exercise. BCAA's have been long studied for protein synthesis, but more recently we have discovered that L-Leucine also serves as a regulator that activates protein synthesis through the mTOR (mammalian target of rapamycin). When you exercise, protein degradation occurs causing muscle damage. Ingesting BCAA before a exercise or after exercise has show to significantly inhibit tissue damage.
When BCAA are ingested prior to exercise, lactate generation is inhibited because the corresponding coenzyme A compounds are ultimately metabolized and BCAA's directly enter the tricarboxylic acid cycle without the formation of pyruvic acid. BCAA ingestion prior to exercise has also been reported to provide an increase in energy, since it is an energy source and preventing fatigue.
During intense exercise and times of metabolic stress (which includes injury, illness, dieting, etc), the demand for plasma glutamine dramatically increases. Also, various cells of the immune system (such as lymphocytes & macrophages) depend on glutamine as a primary fuel source. But the enterocytes of the small intestines are the largest consumers of glutamine, accounting for about 40-50% of all body consumption. So, during times of stress it is difficult for the body to supply enough glutamine for these other cell areas, causing depleted glutamine reserves.
Glutamine deficiencies are very common in today's busy lifestyles and is among the primary tests conducted by doctors who utilize blood tests to ascertain the amino acid levels present in patients who show symptoms of mood swings, chronic illness, and tiredness. As intense exercise increases or everyday stress, glutamine depletion manifests itself in the form of decreases strength, stamina and recovery. So it is very important to use glutamine in a very stable and assimilated form.
Karbolyn® is a homopolysaccharide. (relatively complex carbohydrate). Karbolyn® is made up of many monosaccharides joined together by glycosidic bonds. These are very large bonds that are branched macromolecules. The "Molecular Mass" has been precisely manipulated to create absorption through the stomach at a rate much greater than maltodextrin, dextrose, breads, pasta, rice or any other carb product on the market.
Karbolyn® is a patent-pending carbohydrate that contains very unique properties. Because Karbolyn® passes through the stomach very quickly, it acts like a pump, pulling water and nutrients along with it. This high-tech carbohydrate actually moves through the stomach 18.21% faster than dextrose or sugar.
For some, yesterday's creatine technology made getting "the body of their dreams" virtually impossible because using it meant they puffed up like a blowfish, experienced cramps or had stomach problems, had to take with sugar, or was in a multiple formula that included caffeine. Sure...some put up with these nasty side effects because that was the price they had to pay to get the results.
Kre-Alkalyn® is the only pH correct creatine® that does not convert to creatinine in liquids.
Personal Trainers and Weekend Warriors Everywhere Now Make Kre-Alkalyn® Their Creatine Of Choice
Our US Patent 6,399,661 has made it possible to finally correct creatine's biggest flaw...Unstable in a aqueous environment.
Kre-Celazine® is a “non-drug” patented ingredient that has been medically and clinically proven to reduce pain and rapidly promote joint health, improving flexibility and mobility along with reducing inflamation. Kre-Celazine® is a complex material consisting of bonding Kre-Alkalyn® (US Patent 6,399,661) with esterified fatty acid carbons.
The esterifying process makes the fatty acid stable so it does not react with oxygen. (This is not esterified creatine, the fatty acids have be esterified). Inflammation can shorten our life span by promoting many degenerative diseases, so the benefits of Kre-Celazine® are essential to reduce this risk.
The compound referred to as Lyzme5® has demonstrated the propensity (in previous studies) to be directly involved in the breakdown, lysis and elimination of food-derived fats as well as assisting in the reduction of liver-derived lipids. This is an exciting discovery, which will aid the body in lowering overall cholesterol and triglyceride levels.
Lyzme5® can be classified as a unique, trimethylated material. This compound's unique trimethylated structure makes it highly important in methyl group metabolism. Many important chemical events in the body are made possible by the transfer of methyl groups. For example, genes can be switch on or off (methylation or de-methylation) in this way, and cells-to-cell communication (i.e. membrane receptor site activation/competition) can be carried out via methylation.
Our scientists have worked hard to develop a perfect protein by finding a way to pump more of this muscle-building compound into your body through "Hybrid Enzymatic Peptide ProcessingTM." This brand new protein technology is derived from our patent-pending process using enzymatic reaction during the liquid phase before drying. The 'Hybrid' is formed by the reaction of milk and grain protein extracts resulting in the finished product called ProtaLyn®.
If you are looking for a new protein source, ProtaLyn® is your answer. It also allows you to put on your label Patent Pending, giving you a HUGE marketing advantage over other protein sources. This will help you set your company light-years ahead of the competition utilizing the most advanced science known to man. ProtaLyn® is also completely stable under hot and cold conditions.
Taxadrol® is the name given by All American Pharmaceutical for this botanical extract conglomerate. It is derived from several all natural sources. The bark and needles are extracted and constituents isolated to achieve the exact ratio of actives to get the job done.
All American Pharmaceutical's engineers went to work on building a very elaborate and technical extraction/isolation system. This system is able to extract and isolate the active constituents that are desired. The process uses thermal activation combined with solvent extraction and proprietary isolation methods.