CasNo.71012-19-6,Ganglioside,ASIALOGANGLIOSIDE-GM1(71012-19-6) Suppliers

1 Gram	Negotiable

Min.Order :1 Gram
Purity: 99%min
Payment Terms : L/C,T/T,Other

Keywords

Ganglioside

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PackAge:1kg net/foil-alum bag, 25KG/paper drum
ProductionCapacity:1|Metric Ton|Day
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Quality gangliosides (Gangliosides) sugar sialic acid-containing sphingolipids present in the cell membrane of mammals , especially abundant in the nervous system , the nerve cell membrane components in neurogenesis , growth, differentiation process will be from essential role for nerve repair after injury is also very important to promote nerve regeneration, promote neurite outgrowth and synapse formation , restore nerve function ; improve nerve conduction and promote brain electrical activity and other neurophysiological index recovery ; protect cell membranes , promote cell recovery and so on for each activity

GM1 ganglioside is one of the most important plays an important role in the treatment of central nervous system lesions. In addition to joint action with GM1 ganglioside above , you can also maintain the central nervous system cell membrane Na +-K +-ATP enzyme and Ca2 +-Mg2 +-ATP enzyme activity, serve to maintain ion balance inside and outside cells, nerve cells to reduce edema to prevent the accumulation of intracellular Ca2 + role ; GM1 can fight the excitatory amino acid neurotoxicity , reduce free radical damage and other nerve cells . Therefore , GM1 has the effect of promoting nerve reconstruction ( nerve remodeling, neural plasticity , Neuroplasticity) , namely through the promotion of various forms , biochemical , histochemical , neurophysiological improvement and line parameters , and ultimately accelerate nerve repair , most degrees restore the original nerve function.

GM1 can promote the recovery of species causes damage to the central nervous system after nerve function , promote nerve reconstruction. Experiments show that GM1 vascular brain injury , spinal cord injury recovery traumatic brain nerve cells have a protective effect and promote the role of the cell .

Use for the treatment of vascular or traumatic central nervous system injury ; Parkinson's disease.

Details:

Quality gangliosides (Gangliosides) sugar sialic acid-containing sphingolipids present in the cell membrane of mammals , especially abundant in the nervous system , the nerve cell membrane components in neurogenesis , growth, differentiation process will be from essential role for nerve repair after injury is also very important to promote nerve regeneration, promote neurite outgrowth and synapse formation , restore nerve function ; improve nerve conduction and promote brain electrical activity and other neurophysiological index recovery ; protect cell membranes , promote cell recovery and so on for each activity

GM1 ganglioside is one of the most important plays an important role in the treatment of central nervous system lesions. In addition to joint action with GM1 ganglioside above , you can also maintain the central nervous system cell membrane Na +-K +-ATP enzyme and Ca2 +-Mg2 +-ATP enzyme activity, serve to maintain ion balance inside and outside cells, nerve cells to reduce edema to prevent the accumulation of intracellular Ca2 + role ; GM1 can fight the excitatory amino acid neurotoxicity , reduce free radical damage and other nerve cells . Therefore , GM1 has the effect of promoting nerve reconstruction ( nerve remodeling, neural plasticity , Neuroplasticity) , namely through the promotion of various forms , biochemical , histochemical , neurophysiological improvement and line parameters , and ultimately accelerate nerve repair , most degrees restore the original nerve function.

GM1 can promote the recovery of species causes damage to the central nervous system after nerve function , promote nerve reconstruction. Experiments show that GM1 vascular brain injury , spinal cord injury recovery traumatic brain nerve cells have a protective effect and promote the role of the cell .

Use for the treatment of vascular or traumatic central nervous system injury ; Parkinson's disease.