Monosialotetrahexosylganglioside sodium injection
Function and Efficacy
GM1 can promote the recovery of neurological function after central nervous system damage caused by various reasons. The mechanism of action is to promote neuroplasticity (including the survival of nerve cells, axon growth and synapse formation). GM1 has a protective effect on secondary neurodegeneration after injury. The application of GM1 has a good effect on the improvement of cerebral hemodynamic parameters and the reduction of brain edema after injury. GM1 reduces nerve cell edema by improving the activity of cell membrane enzymes. Animal experiments show that GM1 can improve behavioral disorders caused by Parkinson's disease.
Ingredients
In addition to the main active ingredients, this product also contains the following excipients: disodium hydrogen phosphate, sodium dihydrogen phosphate, sodium chloride and water for injection.
| Name | Description | Content | CAS NO. | Manufacturer |
|---|---|---|---|---|
| GM1Ingredients |
Promotes the recovery of nerve function after central nervous system damage caused by various reasons. The mechanism of action is to promote nerve remodeling (including the survival of nerve cells, axon growth and synapse formation). It has a protective effect on secondary nerve degeneration after injury. After application, it has a good effect on the improvement of cerebral hemodynamic parameters and the reduction of brain edema after injury. It reduces nerve cell edema by improving the activity of cell membrane enzymes. Animal experiments show that it can improve behavioral disorders caused by Parkinson's disease. More |
37758-47-7 | 0 | |
| Sodium Phosphate, DibasicExcipients |
GM1 can promote the recovery of neurological function after central nervous system damage caused by various reasons. The mechanism of action is to promote neuroplasticity (including the survival of nerve cells, axon growth and synapse formation). GM1 has a protective effect on secondary neurodegeneration after injury. The application of GM1 has a good effect on the improvement of cerebral hemodynamic parameters and the reduction of brain edema after injury. GM1 reduces nerve cell edema by improving the activity of cell membrane enzymes. Animal experiments show that GM1 can improve behavioral disorders caused by Parkinson's disease. More |
7558-79-4 | 19 | |
| Sodium dihydrogen phosphateExcipients |
GM1 can promote the recovery of neurological function after central nervous system damage caused by various reasons. The mechanism of action is to promote neuroplasticity (including the survival of nerve cells, axon growth and synapse formation). GM1 has a protective effect on secondary neurodegeneration after injury. The application of GM1 has a good effect on the improvement of cerebral hemodynamic parameters and the reduction of brain edema after injury. GM1 reduces nerve cell edema by improving the activity of cell membrane enzymes. Animal experiments show that GM1 can improve behavioral disorders caused by Parkinson's disease. More |
89140-32-9 | 9 | |
| Sodium chlorideExcipients |
GM1 can promote the recovery of neurological function after central nervous system damage caused by various reasons. The mechanism of action is to promote neuroplasticity (including the survival of nerve cells, axon growth and synapse formation). GM1 has a protective effect on secondary neurodegeneration after injury. The application of GM1 has a good effect on the improvement of cerebral hemodynamic parameters and the reduction of brain edema after injury. GM1 reduces nerve cell edema by improving the activity of cell membrane enzymes. Animal experiments show that GM1 can improve behavioral disorders caused by Parkinson's disease. More |
7647-14-5 | 43 |
Appearance
This product is a transparent liquid.
Indication
Central nervous system diseases include cerebrospinal cord trauma, cerebrovascular accident, and Parkinson's disease.
Usage and Dosage
20-40 mg per day, once or divided into several intramuscular injections or slow intravenous drips. In the acute stage of the disease (especially acute trauma): 100 mg per day, intravenous drip; after 2-3 weeks, change to a maintenance dose of 20-40 mg per day, generally for 6 weeks. Parkinson's disease: The first dose is 500-1000 mg, intravenous drip; from the second day onwards, 200 mg per day, subcutaneous, intramuscular or intravenous drip, generally for 18 weeks.
Adverse Reactions
A small number of patients may experience a rash-like reaction and should be advised to stop the medication.
Precautions
It is contraindicated for patients who have been confirmed to be allergic to this product or those with hereditary abnormalities of lipid metabolism (gangliosidosis).
Special Population Medication
Precautions for children: So far, no adverse reactions have been reported in children using this product. Precautions for pregnancy and lactation: According to literature, no adverse reactions have been observed in various animals using monosialotetrahexosylganglioside during pregnancy and lactation. Precautions for the elderly: So far, no adverse reactions have been reported in elderly patients using this product.
Drug Interactions
So far, no interaction between this product and other drugs has been found.
Storage
Store at room temperature 15-30℃, valid for 36 months.
Packaging Specification
2 ml: 20 mg
Validity Period
24 months.
Manufacturer
Harbin Medical University Pharmaceutical Co., Ltd.
-
Founded in:
1998-04-08 -
Address:
Bohai Road, Central Area, Haping Road, Harbin Development Zone -
Tax NO.:
91230199702953105L -
Registered Funds:
56.9258 million yuan -
Website:
-
Email: