L-Carnitine by Country Life Reviewed

L-Carnitine - Carnitine is an ammonium compound. It is derived from two amino acids, namely lysine and methionine. Carnitine is needed to transport fatty acids, when they are removed from the storage in fat cells and used for additional energy. Carnitine used to be labeled Vitamin Bt, the biologically active form is named L-Carnitine. Food sources of carnitine are found in red meat and dairy products, but also in several nuts, seeds, legumes, cereals, pulses, other vegetables and some fruits like bananas. While the weight loss effectiveness of L-Carnitine is still in research, it is a proven fact that it increases the energy metabolism levels and that in elderly persons L-Carnitine significantly improves the neurotransmitter functions. It also improves the bone structure and has substantial antioxidant action.

Magnesium Stearate is coommonly used as a filling agent in the manufacture of capsules and tablets, such as vitamins, the source of this ingredient is typically bovine. However, there is an increasing number of vegetarian options in which the product specifically indicates it contains magnesium stearate from vegetable sources.

Vitamin B6, which active form pyridoxal phosphate or otherwise known as PLP and pyridoxal-5’-phosphate, is a prosthetic group of tightly bound cofactors responsible for many reactions within the amino acid metabolism and the manipulation of the enzymatic reaction behind the release of glucose from glycogen. Vitamin B6 generally comprises three organic compounds, pyridoxine, pyridoxal and pyridoxamine, all of them heterocyclic organic compounds that are converted in the human body to the active pyridoxal phosphate form. There are three reactions attributed to PLP, namely transamination, alpha elimination and beta elimination. Over one hundred and forty enzyme activities depend on pyridoxal phosphate, neurotransmitter and histamine synthesis, synthesis and function of hemoglobin, and gene expression. As a cofactor, PLP is active in amino acid metabolism, glucogenesis and lipid metabolism.