Choline Glycerophosphate Cas 28319-77-9

Choline glycerophosphate(GPC) is a water-soluble small molecule substance that exists normally in the human body and is the biosynthetic precursor of the important neurotransmitter Acetylcholine. The most important role of GPC lies in the fact that the choline it produces is a water-soluble B vitamin, which plays a significant role in the brain and nervous system. Research shows that GPC is crucial for the production of certain hormones and neurotransmitters such as Acetylcholine, thereby supporting the functions of the brain and nervous system.

Choline glycerophosphate is not only one of the main osmotic substances of renal medullary cells, but also can parallently change the concentration of osmotic substances inside and outside the cells. This is beneficial for the health of cerebral blood vessels, especially for behavioral and emotional disorders caused by brain decline. Choline glycerophosphate has the potential to treat and prevent a variety of biochemical lesions. Researchers have found that it can alter the structure of phosphate lipid compounds in the membranes of neurons, and have discovered that it has a peculiar effect in relieving physical tension among the related factors that cause neurodegenerative syndrome.

Choline glycerophosphate is an intermediate of phospholipid metabolism that exists naturally in the human body. It is present in cells and throughout the human body. Structurally, it is composed of choline, glycerol and phosphoric acid. It is a major preservation form of choline and is recognized as a source of choline. Because it is an endogenous substance, its toxic and side effects are extremely low. After absorption, Choline glycerophosphate is decomposed into choline and glycerophosphate under the action of enzymes in the body. Among them, choline participates in the biosynthesis of acetylcholine, which is a kind of neurotrigger neurotransmitter. Glycerophosphate is the precursor of lecithin and participates in its synthesis. The main pharmacological effects include protecting the metabolism of choline, ensuring the synthesis of acetylcholine and lecithin in the nerve membrane, and improving blood circulation. To improve cognitive and behavioral responses in patients with brain capillary nerve damage.