By competitively inhibiting the adsorption of plasminogen on fibrin, the activation of plasminogen is reduced, thereby preventing the dissolution of blood clots and bleeding caused by plasmin.

It is converted into bicarbonate ions in the body to regulate acid-base balance and maintain normal physiological functions; lactate ions can correct metabolic acidosis and allow potassium ions to enter cells from extracellular fluid.

Maintain constant body fluid osmotic pressure and extracellular volume

It plays an important role in maintaining normal neuromuscular excitability

As a second messenger, it is closely related to many functions of the body

After entering the human body, most of it is converted into glycogen to provide calories

It is an essential component for promoting growth, maintaining the visual function of the retina, and maintaining the stability of normal cell membranes. If it is deficient, the body will stop growing, night blindness, dry eyes, and corneal softening will occur.

Form bone tissue, increase the absorption of calcium and phosphorus, and osteomalacia occurs when calcium and phosphorus are deficient

Antioxidant effect of cell membrane, acting as oxygen free radical scavenger, deficiency of which causes red blood cell destruction and hemolysis, skeletal muscle and myocardial degeneration

Can form prothrombin to maintain normal blood coagulation function. When it is deficient, it causes prothrombin deficiency bleeding.

Glucose is one of the main sources of energy for the human body

Sodium and chloride are important electrolytes in the body and play a very important role in maintaining the normal volume and osmotic pressure of blood and extracellular fluid in the human body.

Potassium is the main cation in cells. The normal potassium ion concentration and concentration difference inside and outside cells are closely related to certain functions of cells, such as carbohydrate metabolism, glycogen storage and protein metabolism, excitability and conductivity of nerves and muscles including myocardium, etc.

This product is an anti-anemia drug. Vitamin B12 participates in methyl conversion and folic acid metabolism in the body, and promotes the conversion of 5-methyltetrahydrofolate into tetrahydrofolate. When it is deficient, it leads to DNA synthesis disorders and affects the maturation of red blood cells. This product also promotes the conversion of methylmalonic acid into succinic acid and participates in the tricarboxylic acid cycle. This effect is related to the synthesis of nerve myelin lipids and the maintenance of the integrity of myelinated nerve fiber function. The nerve damage caused by vitamin B12 deficiency may be related to this.