Nutrition as well as diet — Vitamin B6

Vitamin B6 occurs in three forms—pyridoxine, pyridoxamine, and pyridoxal. B6 is absorbed in the large intestine. The muscle shops more or less 75-80 % of the vitamin while the live shops about 5 10 %.

B6 is necessary for transaminations, ammonia release,, side-chain cleavage reactions, dehydratases and decarboxylations. The aldehyde group of its acts as a Schiff base to respond with the amino groups of amino acids. It basically acts to shuttle nitrogen between compounds.

Functions- The three sorts of B6 could all be converted on the coenzyme PLP that aids in transamination & protein metabolism. PLP is alpilean worth it, visit the following post, essential for glycogen degradation; it also helps with the formation of the neurotransmitter, serotonin, the nonprotein part of hemoglobin (heme), nucleic acids, and lecithin. Vitamin B6 is crucial for the metabolism of tryptophan to niacin.

General Reactions:

· Transaminations These responses are necessary to recycle and reuse nitrogen in the human body. They’re the initial phase in amino acid catabolism and the last phase in the synthesis of nonessential amino acids. Example: a-ketoglutarate + asparate glutamate + oxaloacetate

· Serine/ Threonine Deamination (Dehydratases) This response supplies the production of the a keto acids of threonine and serine through oxidative removal of N as ammonia Example: Serine a-keto-serine + NH4+

· Decarboxylation These reactions often appear on the neuroactive amines of GABA., histamine, tyramine, and seratonin In addition they are important in porphyrin synthesis, intermediates in the synthesis of sphingomyelin, lecithin and taurine, and also for the description and desulfuration of cysteine.

· Glycogen Phosphorylase 50 % of all B6 in the body is likely to glycogen phosphorylase although the value is unknown. The reaction is vital for recycling of folate and is as follows: