When liver function is severely damaged, ammonia metabolism in the body is disordered, leading to hepatic coma. After intravenous infusion, this product can combine with excess ammonia in the blood to form non-toxic glutamine, which dissociates ammonia through the action of glutaminase in the kidneys and is excreted in the urine, thus alleviating the symptoms of hepatic coma. This product also participates in brain protein metabolism and sugar metabolism, promotes the oxidation process, and improves the function of the central nervous system.

It is a vasodilator that can dilate coronary arteries and cerebral blood vessels, reduce myocardial oxygen consumption, improve microcirculation and resist platelet aggregation. Animal experiments have shown that: 1. The various total flavonoid compounds in Pueraria root can relax smooth muscles, while the contractile components may be substances such as choline, acetylcholine and carbazine R; 2. Pueraria root has a certain antihypertensive effect on normal and hypertensive animals; 3. Pueraria root total flavonoids and puerarin have a significant dilating effect on coronary arteries, which can dilate normal and spasmodic coronary arteries. After intravenous injection of 30mg/Kg, coronary blood flow can increase by 40% and vascular resistance can decrease by 29%; 4. Puerarin can also inhibit the release of 5-HT in platelets induced by thrombin.

It is a vasodilator that can dilate coronary arteries and cerebral blood vessels, reduce myocardial oxygen consumption, improve microcirculation and resist platelet aggregation. Animal experiments have shown that: 1. The various total flavonoid compounds in Pueraria root can relax smooth muscles, while the contractile components may be substances such as choline, acetylcholine and carbazine R; 2. Pueraria root has a certain antihypertensive effect on normal and hypertensive animals; 3. Pueraria root total flavonoids and puerarin have a significant dilating effect on coronary arteries, which can dilate normal and spasmodic coronary arteries. After intravenous injection of 30mg/Kg, coronary blood flow can increase by 40% and vascular resistance can decrease by 29%; 4. Puerarin can also inhibit the release of 5-HT in platelets induced by thrombin.

The main ingredients of this product are thyroid hormones, including thyroxine (T4) and triiodothyronine (T3). It has the effect of promoting catabolism (heat-raising effect) and anabolism, and has an important impact on the normal metabolism and growth and development of the human body, and is very important for the development of the central nervous system of infants and young children. The basic function of thyroid hormone is to induce the synthesis of new proteins including special enzyme systems, regulate the metabolism of three major substances: protein, carbohydrates and fat, as well as water, salt and vitamins. Because thyroid hormone induces the synthesis of cell membrane Na-K pumps and enhances their activity, energy metabolism is enhanced. Thyroid hormone (mainly T3) binds to specific receptors in the nucleus, which undergo conformational changes to form dimers. The activated receptors bind to specific sequences on DNA, thyroid hormone response elements, thereby regulating the transcription and expression of genes (target genes of thyroid hormones) and promoting the synthesis of new proteins (mainly enzymes).

This product is a thyroid hormone drug, including thyroxine (T4) and triiodothyronine (T3). It has the effect of promoting catabolism and anabolism, and has an important impact on the normal metabolism and growth and development of the human body. It is very important for the development of the central nervous system of infants and young children. By inducing the synthesis of new proteins, it regulates the metabolism of three major substances: protein, carbohydrates and fat, as well as water, salt and vitamins. At the same time, it enhances the activity of the cell membrane Na-K pump, enhances energy metabolism, and binds to specific receptors in the nucleus to regulate gene transcription and expression, promoting the synthesis of new proteins (mainly enzymes).

After entering the body, this product is converted into glucuronic acid under the action of enzymes and works to reduce the activity of liver amylase, prevent glycogenolysis, increase liver glycogen content, and reduce fat storage. This product can combine with hydroxyl or carboxyl-containing poisons in the liver and intestines, and become low-toxic or non-toxic glucuronic acid conjugates and be excreted in the urine.