Research has shown that amino acids have aided in fighting against insulin resistance, reproductive issues, and several forms of metabolic disorders. Due to their importance in the entire metabolic process, they are often referred to as the “base of all life processes.”
L- Threonine is an essential amino acid. Essential amino acids are not produced by our bodies naturally and are only available through food or dietary supplementation. This amino acid supports in tissue development and plays a critical role in maintaining and regulating pancreas, liver and heart. The mucus-gel layer that is produced by Threonine in the small intestine provides a “shield” against digestive enzymes that can damage the intestines and help support healthy gut function.
Glutamic acid is a potent, non-essential amino acid and a neurotransmitter. It is the main component in production of glutamine. Glutamine aids in the removal of ammonia, a potent toxin produced due to the metabolic reactions and denaturation of proteins in the body. Excess ammonia can cause severe problems from the brain and decreases liver function and prior research has indicated that excess levels of ammonia causes hypersecretion of pancreatic glucagon and inhibits pancreatic secretions such as insulin.
Serine is a non-essential amino acid found in the cell membranes and is also a neurotransmitter. One of serine’s most important functions is to create methyl groups for methylation (a mechanism that controls gene expression). Serine is also known for its contributions to muscle mass because of the role it plays in making creatine. Elevated levels of Serine is Correlated to Lower Blood Sugar and more Insulin production by pancreas.
Lysine is an essential amino acid that plays a particularly important role in the immune system. By adjusting the body chemistry, Lysine supports acid/alkaline balance, making the body’s environment less hospitable to foreign invaders. Lysine also aids in the production of carotene, which lowers cholesterol and converts fatty acids to energy.
Isoleucine is an essential, branched chain amino acid. Although it plays many roles, it is best known for bodily repair.
Isoleucine not only clots blood at wound sites, but is also responsible for muscle tissue repair. It aids in glucose uptake into a cell, as well as the breakdown of that glucose into energy.