1 Treatment of fatty liver diseases

Alcohol in wine can reduce the activity of phosphatidylethanolamine methyltransferase, reduce the content of phosphatidylcholine in liver cells, and then reduce methionine: s. Adenosine. 1. Homocysteine ​​(SAM:SAH) ratio, resulting in steatosis. Betaine normalizes phosphatidylcholine production by affecting phosphatidylethanolamine methyltransferase activity.

2 Improve symptoms of biliary liver disease

Cholestasis, the stagnant absorption of bile fluid, is a common disorder with severe and devastating manifestations in both genetic and non-genetic liver diseases, eventually leading to cirrhosis and liver necrosis. In mammals, the liver plays a major role in the metabolism of sulfur-containing amino acids. Betaine is involved in the synthesis of serine to methionine, plays an important role in maintaining the methionine concentration in mammalian liver, and has a preventive effect on animal liver cirrhosis and gangrene.

Food Grade Betaine Hydrochloride

Chemical formula	C5H11NO2·HCl
Structure
CAS	590-46-5
Molecular weight	153.6
Solubility	64.7 g/100 mL (25℃)
pH	0.8~1.2
Appearance	White crystalline powder
Packing	25kg/carton
Purity	98%
Grade	Food grade
Characteristics	High purity; Good fluidity

3 Pharmacological activity of betaine on tumor diseases

Glycolysis is the main way of energy metabolism of tumor cells, inhibiting the glycolysis of tumor cells inhibits the energy metabolism of tumor cells, because the lack of energy can promote the apoptosis of tumor cells.

As animal feed, betaine can improve the growth performance of animals, improve meat quality, increase appetite, and prolong the storage period of feed. It has certain pharmaceutical activities, including the synergistic effect of vitamins, and shows its low price. Good economic benefits. In particular, betaine has a certain curative effect on human coronary heart disease, liver diseases, cardiovascular and neurological diseases, and has the function of regulating the metabolic balance and physiological balance of the human body. The mechanism is that betaine participates in methionine and homocysteine. acid reaction. But the auxiliary reactions and effects of betaine still need in-depth research, such as controlling the coordination between betaine and folic acid, or using more effective methods (such as the use of some enzymes) to improve the efficacy, these studies will help to understand sugar beet The complex metabolism of bases in the human body provides data support, laying the foundation for further research on disease prevention and other studies. At the same time, there are still many problems to be solved, such as the real mechanism of action of betaine in animals.