Alpha-Ketoglutarate or AAKG is a kind of salt, amino salt to be precise that is being used in dietary and even body building supplement. The protein content that Alpha-Ketoglutarate produces is the ones responsible for producing different hormones that are responsible for muscle growth. Please take note that this is not something that can be compared with steroids. Alpha-Ketoglutarate just helps your body produce the right amount of body building hormones – it basically maintains the body system’s entire metabolic process. For people who have recently undergone surgery, this is what most surgeons recommend. It increases the level of insulin in the body and increased insulin means faster cell regeneration and faster wound healing.

Amylase is also sometimes called a starch blocker. As the name suggests, it prevents the body from absorbing dietary starches. It is present in the saliva. This is particularly benefits diabetic patients because it helps maintain and regulate the blood glucose levels. It also helps in maintaining and losing weight. It is effective in treating obesity. The ingested carbohydrates are broken down by the digestive enzymes which are then absorbed by the body. Amylase limits the capacity of the body in absorbing carbohydrates which are later on turned into glucose, a simple sugar, that can be used by the body as energy fuel.

Bioperine is derived from the extract of Piper nigrum L (black pepper) or Piper longum L (long pepper). Bioperine activates the thermogenesis process that generates energy at the cellular level. This process also helps in burning of fats. It also increases the absorption of nutrients and vitamins. It ensures that the body benefits and is able to efficiently use the nutrients from the food. It also boosts the metabolism that makes it effective in weight loss and maintenance. Because of the boost in metabolism, it also provides the body an increased supply of energy. It also aids in the proper digestion.

Calcium, a mineral vital to the human body, Calcium is necessary for many bodily functions, such as muscle contraction, and proper heart function.

Cellulase is a digestive enzyme that aids in the digestion of cellulose. Cellulose is a complex carbohydrate that is a polymer of glucose which is an excellent source of energy. Cellulase helps in the digestion of plant fibers which allow efficient distribution of nutrients. It also prevents bloating, Crohn’s disease, and irritable bowel syndrome. Cellulase also helps in the production of anthocyanidins that is a potent antioxidant. It helps maintain a healthy skin and prevent cancer cells from developing. Cellulase also helps in the development and formation of lean muscles. It also aids in controlling and regulating blood sugar and blood cholesterol levels.

Coenzyme Q10, used by the body to produce energy for cells and as an antioxidant. Coenzyme Q10 is a biologically active quinone with an isoprenoid side chain, related in structure to vitamin E and vitamin K.

Glucoamylase

Glycerol Phosphate is an anion or a negatively charged ion that is produced from glycerol and phosphoric acid after being acted upon by an enzyme called glycerol kinase. Any glycerophosphoric acid salt or ester are considered to be glycerol phospate. Gycerol phospate is what composes glycerophospholipids. Through dehydrogenation, glycerol phospate could be turned into a biochemical compound known as dihydroxyacetone phosphate. Due to some similarities of the name, glycerol 3-phospate is sometimes being confused with glycerate 3-phosphate or glyceraldehyde 3-phosphate.

Idebenone is a commercially promoted synthetic analog of coenzyme. It is an organic compound of the quinine family. Idebenone is said to have similar antioxidant properties like the coenzyme. In Europe, idebenone is used as a synthetic analog of coenzyme to treat vascular as well as degenerative diseases of the central nervous system. There is an on going research done on the usage of idebenone to cure Alzheimer’s disease. Research also shows that idebenone may also be beneficial for those suffering from Friedreich's ataxia. In the research conducted on patients of Friedreich’s ataxia, idebenone helped in reducing the rate of deterioration of cardia function. It helped in doing but without halting the progression of ataxia. Another successful use of idebenone has been in the topical application of the treatment of wrinkles.

Inosine entered the nutritional supplement world based on the usage of eastern countries in the seventies of the previous century for boosting of athletic performances. In clinical trials inosine was observed producing uric acid after ingestion, which is a strong antioxidant and peroxynitrite hunter, making it very important in the combat against multiple sclerosis. It is a patented treatment for stroke patients and officially designated as an antiviral. It also displays properties that have been labeled as neuroprotective and therefore inosine has been introduced into treatments for spinal cord injuries, where it has shown axonal rewiring properties. Inosine is actually formed as a nucleoside, whose metabolism has advanced the knowledge pertaining to the immunotherapy. Inosine is an intermediate in reactions associated with muscle movements.

Lipase is a water-soluble enzyme used by the body to break down dietary fats to make it more absorbable by the intestines. It is manufactured by the pancreas. However, people with certain diseases such as Crohn’s disease and cystic fibrosis produce insufficient lipase and may need supplemental sources from food. Lipase helps with digestion. It reduces bloating, gas, and flatulence. It also relieves the symptom of Irritable Bowel Syndrome (IBS). It also helps digest fats and oils that cause weight gain. Lipase aids in controlling the blood cholesterol and blood pressure level. It is also effective in the treatment of celiac disease that causes abdominal pain, weight loss, and fatigue.

Magnesium is another mineral which is deemed essential for all biological life. As an essential part of basic nucleic acid, magnesium ions, together with phosphate ions, are also required for over 300 catalytic reactions of enzymes. Any enzymes synthesizing or utilizing adenosine triphosphate require a magnesium ion. Incredulously enough, magnesium deficiency is the most widespread deficiency, affecting a third of the population in the United States only, with third world countries surpassing the count easily. Being also essential, together with calcium and phosphorus, in the skeletal structure, magnesium deficiency is viewed as a main factor in ailments such as osteoporosis. Naturally available through cereals, green leafy vegetables, nuts, spices, tea, cocoa and coffee, magnesium is available as a supplement in magnesium oxide and magnesium citrate form, whereby the latter is viewed as more bioavailable.

Maltase is an enzyme that acts as a catalyst in converting disaccharide maltose to a more simple form of sugar such as glucose. Maltase is found in yeast, bacteria, and plants such as grains, barley, and starches. Although, it may be ingested in the diet as a supplement, maltase is produced by the body in the intestinal wall’s mucus membrane lining. It works by breaking down polysaccharides and amylose. It functions together with other enzymes such as amylase and glucoamylase in the digestion of foods that are rich carbohydrates. It also helps in relieving stomach discomforts and alleviates abdominal pains. It prevents Acid Maltase Deficiency (AMD).

Phytase is an enzyme that is commercially produced by microbial fermentation of the fungus Aspergillus niger and other such micro-organisms. Phytase can break down phytic acids or phytates. Phytates are indigestible parts that can be found in grains and oils seeds that are indigestible. It forms conflict with other digestive enzymes, proteins, and minerals making it anti-nutritional. On the other hand, Phytase helps release important nutrients, and helps release and maximize the use magnesium, calcium, other minerals, carbohydrates and proteins in the body. Phytase helps release phosphorus that is important for bone growth. Phytase also helps in reducing the risk of heavy metal poisoning caused by Dicalcium phosphate and prevents microbial pollution.

Potassium- Potassium is one of the essential minerals required for proper physiological functioning of the body. It plays an important role in the regulation of heart muscles. It helps to convert glucose to glycogen. Glycogen is essential for muscle formation. Potassium also helps to propagate nerve impulses by exchanging ion within cells and also helps in muscle contractions. It helps in balancing blood pressure. It controls the proper functioning of kidney. An average adult needs 3-5 gm of potassium daily. Due to deficiency of potassium, body observes tiredness. Other deficiency symptoms are weakness of muscles, low blood pressure, vomiting, poor kidney functions and Heart arrhythmias. Severe potassium shortages quickly direct to electrolyte disproportion which involves malfunctioning of nerves, kidney and heart.

Protease is an enzyme that reduces inflammation. Inflammation is the body's natural response to injury, but increased inflammation retards healing process. It cleanses the blood of organic debris. Protease helps dissolve fibrin in the blood, reducing the risk of clots. Different specialized proteases like nattokinase are good at bettering quality of blood cells, reducing risk of clots, and optimizing ability of blood to flow through circulatory system. This helps decrease risk of stroke. It strengthens the immune system and kills viruses, bacteria, fungi, and molds. Protease eliminates autoimmune diseases. It helps dissolve scar tissue, which is made of protein. Proteolytic enzymes effectively dissolve scar tissue, especially in circulatory system. It can help decrease symptoms of MS, cleanse lungs and assist in detoxing.

Sucrase is a naturally occurring enzyme in the small intestine that aids in breaking down sucrose to form glucose and fructose. Sucrase is sometimes also referred to as invertase or saccharase. The official name used for Sucrase is beta-fructofuranosidase. Sucrase is commonly used in the food industry as an additive where in fructose is preferred. It is also used to improve the shelf-life of confectionaries. Sucrase is important in the body. When the small intestine fails to produce Sucrase, it may result in sucrose intolerance (Congenital Sucrase-Isomaltase Deficiency or CSID). It causes diarrhea, excess gas, flatulence, and malabsorption of sucrose. This is also related to the ability to hydrolyze the lactose.

Trimethylglycine, which is also known as betaine, due to the source it was discovered in, Beta vulgaris or sugar beets, is an organic compound that is deemed related to trimethylaminoethanol, or choline. To diversify it from other betaines, trimethylglycine is often called glycine betaine as well. Humans generally ingest betaine through their diet, because it is high in content in wheat, whole wheat, shellfish, sugar beets and spinach. It can also be formed in the human body out of choline. As a potential methyl donor, trimethylglycine, or TMG for short, is in the same provider group with Vitamin B12, the folic acid, choline and S-adenosyl methionine, or SAMe. TMG also plays a vital function in the production of carnitine, furthermore it works in protecting kidneys and the liver.

Vitamin E, an anti-oxidant nutrient, neutralizes free radicals in the human body to prevent cell damage. This fat-soluble vitamin not only aids the formation of red blood cells but also helps in the absorption of vitamins A, C and K. It is also very helpful to fight various ailments. Since the human body cannot produce vitamin E on its own; it has to be incorporated in our daily diet. This can be done either by consuming foods that are rich in vitamin E or by taking vitamin E supplements. The RDA for adult males is 10 mg. while 8 mg. is the daily requirement for adult females. Expecting and nursing women should compulsorily take 10 mg. of vitamin E supplements. Vitamin E supplements are most effective when consumed with food.