Creatinol-O-Phosphate is not a form of creatine, it is named as such because of its molecular structure’s similarity to that of creatine. It basically acts like an intracellular buffer similar to carnosine, it stabilizes the acidity level and allows muscle contractions to continue. It increases the endurance of athletes letting them train harder and longer. Creatinol-O-Phosphate it is also resistant to biological process and is easily absorbed. It improves how the creatine acts in the muscle by prolonging the anaerobic glycolysis in the presence of lactic acid. It allows the muscles to push to the limit by acting as a buffer.

Glycine is an organic compound and one of the 20 amino acids deemed as building blocks for proteins. This proteinogenic amino acid is not only the smallest but also the only amino acid of the group that is not chiral, which means there is no enantiomer of glycine. With the prominent exception of collagen, which thirty five percent are glycine, most proteins contain only small amounts of it. As a solid, glycine is sweet tasting, crystalline and has no color. Despite being non-essential, because it can be biosynthesized from the amino acid serine, glycine has several important physiological functions, besides being a precursor to proteins. It is a biosynthetic intermediate of purines and the D-Aminolevulinic acid and it is an inhibitory neurotransmitter found in the central nervous system.

L-Alanine- As one of the twenty alpha amino acids that are proteinogenic, which means that these amino acids are building blocks of proteins, L-Alanine is the second most abundant amino acid, with leucine being the first. This nonpolar amino acid can be produced by the body by means of reductive amination of pyruvate and some branched chain amino acids, like isoleucine, leucine and valine. Liver and tissues depend on alanine, which plays a prominent role in the glucose alanine cycle. Alanine is also involved in the removal of nitrogen from tissues to the liver, but alanine also assists in the blood sugar tapping of the body for energy requirements. Despite being a non-essential amino acid, alanine is found in meat, dairy products, fish, poultry, eggs, some beans, nuts and seeds, brown rice bran, corn and whole grains, among other sources.

L-Arginine AKG is a salt of amino acid arginine and alpha-ketoglutaric acid, and is widely used as a body building supplement. Its components assist in the metabolism of nitric oxides. Arginine and alpha-ketoglutarate are forerunners of polyamines and nitric oxide, which take part in a number of metabolic functions. Its supplements enhance growth hormone and insulin secretion with anabolic effects in postoperative patients. Their intermediary metabolites, glutamine and proline, can also help promote recovery from trauma. In animal studies, it increased the levels of glutamine and arginine in skeletal muscles and stimulated the immune system function as compared to animals which did not receive it. It can also improve host-defense mechanisms, especially during injury and acute stress.

L-Arginine HCL is an amino acid that builds up protein. This essential amino acid has many health benefits when consumed in doses larger than those acquired normally from diet. Average daily dietary intake of arginine is 5.4 grams that just fulfils minimal requirements of body for tissue repair, immune cell maintenance, and protein synthesis. L-Arginine is needed in the body to synthesize nitric oxide. There are many health benefits linked with proper nitric oxide metabolism. Nitric oxide also regulates blood flow. It enables arterial system to retain its youthful elasticity that may treat hypertension. Research shows that L-Arginine supports natural human growth hormone release from pituitary gland. It also supports muscle mass and can reduce body fat.

L-Aspartic Acid is deemed non essential in humans, since that it can be transaminated from oxaloacetate. Natural sources of L-Aspartic Acid are sugar cane and sugar beets, among others, like beef, poultry, eggs, potatoes, dairy, etc. Asparagine, which is deemed a synonym for L-Aspartic Acid, is required by the nervous system, but it also plays a vital part in the synthesis of ammonia. As an important participant in the citric acid circle in human metabolism, L-Aspartic Acid is vital for the proper function of many other amino acids and biochemical components, such as lysine, methionine, asparagine, arginine and isoleucine. L-Aspartic Acid seems to be able to increase stamina, thereby increasing the endurance in athletic competitions and workout regimes; furthermore it seems to increase the body’s resistance to fatigue.

L-Carnitine - The body’s fat is turned into energy by the help of L carnitine. Its production in the body is done by the kidneys and the liver. However, it’s found to be stored and present in the brain, sperm, heart and skeletal muscles. The amount of L carnitine or cartinine produced in ones body is sufficient for conversion of fat into energy. However, some people might have deficiencies in cartinine production. Carnitine has several benefits however it must not be taken without doctor’s prescription. Carnitine has been useful in the treatment of stable angina and there is evidence to support this. Apart from this, it has also found to be useful for someone who had a heart attack or heart failure.

L-Glutamine is an amino acid that occurs most abundantly in the body by being released from muscles under stress. Aside from increasing the immune system’s efficiency to fight diseases, it also takes care of the normal functioning of the brain and the digestive system through the removal of excess ammonia in the body. A number of factors, such as stress, infections, injuries and surgery affect the levels of glutamine in the system, showing that the healing process is under way. Glutamine supplements may be used by regular exercisers to help in the recovery of muscular fitness after a workout. Glutamine, however, is known to be linked with infections of the intestine and users are advised to seek advice from professionals before ingesting this amino acid.

L-Glutamine-Alpha-Ketoglutarate is a glutamine precursor. It promotes the production of glutamine. It has the ability to work directly with the cells and bypass the digestive system. This way, L-glutamine goes directly to the blood stream, towards the muscles that allows maximized absorption. When glutamine is stored in the muscles, it helps in developing the muscles and cell voluminizing. L-Glutamine-Alpha-Ketoglutarate increases the efficiency of Glutamine, lesser amount of Glutamine is needed to yield the same results. L-Glutamine-Alpha-Ketoglutarate is usually recommended to those wanting to build mass and reduce fats. L-Glutamine-Alpha-Ketoglutarate speeds up recovery after working out, promotes muscle growth, enhances growth hormone secretion, optimizes glucose function, aids in preventing muscle breakdown, and improved performance.

L-Histidine is an amino acid that is essential to the body, but is not produced by the body. It is made available through various food sources. Histidine helps in the manufacture and repair of tissues in the body, and in the formation of red and white blood cells which help in the treatment of anemia. It is also used for the production of gastric juices by the stomach. A deficiency in Histidine can lead to cataract and rheumatoid arthritis. Besides this, it is also a well known component of the skin that protects it by absorbing the ultra violet rays of the sun. A variety of foods such as meat, legumes, seafood, nuts, poultry and dairy products are providers of the required amounts of L-Histidine.

L-Isoleucine is an essential alpha-amino acid that is considered both, a ketogenic and a glucogenic amino acid. Since that L-Isoleucine is an essential amino acid, it cannot be synthesized by the body, therefore it needs to be ingested. The primary source of L-Isoleucine is as a component of proteins. It has become a prominent component of nutritional supplements, mostly with the body building and similar athletic communities, where it is believed that L-Isoleucine has the capability to increase endurance, but also to repair muscle tissue. It has been observed that L-Isoleucine ingestion allows power athletes to recover easier from very tough trainings and exhausting activities. This branched chain amino acid is one of the three main BCAA in the body, the other ones being valine and leucine.

L-Leucine, is an alpha amino acid which is extremely essential in the everyday functioning of the body. Leucine is also an essential amino acid, meaning that the human body cannot synthesize it and it has to be ingested. And is found in brown rice, nuts and whole wheat bread products. L-Leucine as an essential amino acid increases the synthesis of muscle protein and thus slows the degradation of muscle tissue. L-Leucine is also utilised in the liver, adipose tissue and muscle tissue. Simply put, L-Leucine supplies the body with energy when engaging in an athletic activity, it preserves the glucose stored in muscle tissue and it works to heal bone, skin and muscle tissue. It is also a ‘limiting nutrient’ thus it helps the body make use of the proteins ingested. Leucine deficiency can lead to depression, muscle weakness, low energy etc.

L-Lysine HCL is effective for cold sores, herpes labialis, herpes simplex virus (HSV) and herpes simplex. Each capsule of L-Lysine HCL contains naturally produced and nonhydrolyzed free form of L-amino acid. It has been considered a safe option even if taken up for almost a year. However, experts don’t recommend its intake to breast feeding or pregnant women and individuals with a kidney problem. L-Lysine is a very important amino acid. Since the human body cannot produce it naturally, it should be taken in the form of supplementation and diet. Known as the essential component in all proteins, L-Lysine is a very popular amino acid. This protein building component ensures the proper formation of collagen for cartilage, connective tissues and bones and ensures absorption of calcium.

L-Methionine- One of the most significant amino acids there is for the breaking down of fats. It is water-soluble and is known for deactivating free radicals. Recognized as being a leading antioxidant.

L-Phenylalanine- The human body needs L-Phenylalanine for survival as it is an essential amino acid. It is found in food items that are rich in protein such as eggs, meat, dairy products, beans and fish. Since the body cannot produce L-Phenylalanine from other chemicals, you need to increase the intake of protein for fulfilling the nutritional needs. L-Phenylalanine is one of the chemical forms of Phenylalanine, an amino acid. It helps in building up of several proteins produced by human body. L-Phenylalanine supplements act as an appetite suppressant as it initiates the release of cholecystokinin, an intestinal hormone. Once this hormone enters the stomach, it signals your brain that you are not hungry anymore. According to experts, you should not take more than 500-1000 mg of L-Phenylalanine per day.

L-Serine- Serine is an organic compound and a proteinogenic amino acid that is considered a building block for the creation of proteins. This member of the hydroxyl group and a polar amino acid is not essential and therefore it is not necessary to ingest it by means of diet. L-Serine can be synthesized from metabolites such as glycine. L-Serine plays a role in the biosynthesis of pyrimidines and purines, furthermore it is a precursor to many metabolites like sphingolipids and to amino acids like cysteine and glycine. It is also involved in catalytic functions of several enzymes. L-Serine can be transformed into D-Serine by the serine racemase, which functions as a neuronal signal and NMDA receptor activator in the brain, a vital glutamate receptor responsible for memory functions and synaptic plasticity.

L-Threonine optimizes the utilization of animals that you consume in order to deposit protein to the muscles and aides in weight gain.

L-Tryptophan- Tryptophan is an essential amino acid as well as within the group of only twenty standard amino acids that are required by the human diet. It is one of the building blocks required for protein biosynthesis. It is also viewed as a precursor to serotonin and thereby also melatonin, niacin and also auxin. Interestingly enough, lactose intolerance and fructose malabsorption have the side effect that tryptophan is only improperly absorbed in the intestines which leads to diminished levels of it in the system. Dietary sources of tryptophan are plentiful, it can be found in red meat, poultry, fish, milk, milk products, peanuts, mangoes, dates, chocolate and oats, among others. As a dietary supplement tryptophan has found applications as a safe sleeping aid and also as a calming agent.

L-Tyrosine is a proteinogenic polar amino acid, deemed not essential because it can be synthesized by the human body. As a member of the amino acid group that is being used by cells to build proteins, this building block derived its name from the Greek word tyros, which means cheese, because it was discovered in the cheese protein casein. L-Tyrosine can be synthesized from phenylalanine and can be found in foods high on protein, like soy products, poultry, cheese, bananas, dairy products and several seeds, including the sesame seeds. The unique phenol functionality and the occurrence in proteins that belong to the signal transduction process, make this amino acid different. Tyrosine can be converted by tyrosine hydroxylase enzyme into levodopa, a psychoactive drug that is used, among other uses, for clinical treatment of Parkinson’s disease. It is also involved in the synthesis of dopamine, norepinephrine and epinephrine.

L-Valine is the third branched chain amino acid and is required for muscle metabolism, repairs and regenerates tissue, and maintains the body's nitrogen level. It also is used as a muscle energy source and preserves the use of glucose.

Taurine is an organic acid which is one of the primary ingredients of bile, found in the lower intestine as well as in small amounts in the tissues. Taurine is an important element as it is required for fat digestion through the emulsification of dietary fats. It is also needed for the absorption of fat-soluble vitamins as well as the control of cholesterol serum levels. Taurine is also needed for the proper use of sodium, calcium and potassium in the body. Cell membrane integrity is also maintained with the help of taurine. Apart from these, research has shown that taurine can be very helpful in managing anxiety, hyperactivity, reduced brain functioning etc. Studies have also revealed that along with zinc, taurine is essential for proper vision. In case of a taurine deficiency there is vision impairment along with problems with fat metabolism, however since the body can synthesize the minimum amount of taurine required, this is a rarity.