It has the functions of nerve repair and regeneration, nutrition and energy supply, can promote protein synthesis, and provide energy supplement and nutritional support for life activities and tissue repair.

It has the effects of nerve repair, regeneration and nerve protection, can participate in the synthesis of neuronal cell membranes, regulate enzyme activity, maintain nerve metabolism, promote nerve tissue repair and reduce the production of free radicals.

It has nutritional and energy-supplying functions, can penetrate the blood-brain barrier, activate and promote protein synthesis in nerve cells, and provide specific nutrients for nerve metabolism.

It has nutritional and energy-supplying functions, provides specific nutrients for nerve metabolism, and promotes brain nerve metabolism.

It has the function of sensing and transmitting information inside and outside cells, and participates in processes such as cell recognition, adhesion, growth, differentiation, and cell information transmission. As a receptor for certain neurotransmitters, hormones, viruses, and interferons, it participates in the differentiation, regeneration, and repair of nerve tissue, the conduction of nerve impulses, and the recognition between cells. It can accelerate the regeneration and repair of damaged nerve tissue, promote the recovery of nerve innervation function, and reduce the release of excitatory amino acids, thereby reducing cytotoxicity and vascular edema.

It is widely involved in various biochemical processes, including the synthesis of various substances, the rotation of substances, the generation and transmission of information materials, and at the same time provides energy for all life activities, especially for brain tissue.

This product can increase the mucus secretion of gastric mucosa, promote the repair of gastric mucosal epithelial cells, prevent the reverse diffusion of hydrogen ions, and thus strengthen the gastric mucosal barrier. It can bind to pepsin in the stomach and inhibit the activity of the enzyme by about 50%, thus protecting the ulcer surface. This product also has the effect of stimulating the adrenal glands or enhancing endogenous corticosteroids.

In living organisms, small molecule polypeptide amino acids are widely involved in various biochemical processes, including the synthesis of various substances, the transport of substances, the generation and transmission of information substances, and at the same time provide energy for all life activities, which is especially important for brain tissue.

Gangliosides have the function of sensing and transmitting information inside and outside cells, and participate in processes such as cell recognition, adhesion, growth, differentiation, and cell information transmission. As receptors for certain neurotransmitters, hormones, viruses, and interferons, they participate in the differentiation, regeneration, and repair of nerve tissues, as well as the conduction of nerve impulses and recognition between cells. They can accelerate the regeneration and repair of damaged nerve tissues, promote the recovery of nerve innervation functions, reduce the release of excitatory amino acids, and thus reduce cytotoxicity and vascular edema. They are a good medicine for the treatment of cerebrovascular accidents. They have been used abroad to treat Alzheimer's disease and other neurological diseases with good results.

It can reversibly bind to the adenosine carrier protein on the platelet cell membrane, increase the cAMP content in the platelets, thereby inhibiting platelet aggregation and preventing thrombosis. At the same time, it can counteract the vascular damage caused by serotonin and bradykinin, increase capillary resistance, reduce capillary permeability, and prevent edema caused by increased vascular permeability.

It can penetrate the blood-brain barrier, adjust and improve the protein synthesis and nucleic acid metabolism of neurons, promote the formation of synapses, and induce the differentiation of neurons; it can also affect the respiratory chain, improve the energy metabolism in the brain, increase the brain tissue's utilization of glucose, improve the hypoxic state of brain cells, and have a protective effect on hypoxic brain tissue; it can provide neurotransmitters, peptide hormones, and coenzyme precursors, activate and improve the activity of neurotransmitters and enzymes in the brain, and protect nerve cells from damage caused by various ischemia and neurotoxins.

It can penetrate the blood-brain barrier, adjust and improve the protein synthesis and nucleic acid metabolism of neurons, promote the formation of synapses, and induce the differentiation of neurons; it can also affect the respiratory chain, improve the energy metabolism in the brain, increase the brain tissue's utilization of glucose, improve the hypoxic state of brain cells, and have a protective effect on hypoxic brain tissue; it can provide neurotransmitters, peptide hormones, and coenzyme precursors, activate and improve the activity of neurotransmitters and enzymes in the brain, and protect nerve cells from damage caused by various ischemia and neurotoxins.

Pharmacological action: Troxerutin can increase the cAMP content in platelets by reversibly binding to adenosine carrier protein on the platelet cell membrane, thereby inhibiting platelet aggregation and preventing thrombosis. It can also counteract vascular damage caused by 5-hydroxytryptamine and bradykinin, increase capillary resistance, reduce capillary permeability, and prevent edema caused by increased vascular permeability. The large amount of active peptides, multiple amino acids, and nucleotides, metabolites of nucleic acids contained in this product, can pass through the blood-brain barrier, adjust and improve the protein synthesis and nucleic acid metabolism of neurons, promote the formation of synapses, and induce the differentiation of neurons; and affect its respiratory chain, improve energy metabolism in the brain, increase the utilization of glucose by brain tissue, improve the hypoxic state of brain cells, and have a protective effect on hypoxic brain tissue; it can provide neurotransmitters, peptide hormones, and coenzyme precursors, and has the function of activating and improving the activity of neurotransmitters and enzymes in the brain, protecting nerve cells from damage caused by various ischemia and neurotoxins. Toxicological study: Acute toxicity test shows that the maximum tolerance dose of intravenous injection equivalent to crude drug is 3.2 g/kg. The D50 of the test substance for intravenous injection of mice is greater than 3.2 g/kg, and the maximum tolerance multiple of mice is 400 times, which is actually non-toxic. Safety experiment shows that this product has no obvious irritation to the quadriceps of rabbits; no obvious irritation to the venous blood vessels of rabbits; allergy test shows that this product has no sensitization effect on guinea pigs, and in vitro hemolysis test shows that this product has no hemolysis or agglutination effect on rabbit red blood cells within 4 hours.