Qingdao Shengshi Zhiyang Import and Export Co., Ltd.
 
 
Cerebrolysin Brain-Derived Mixed Peptide Neuroprotective Research Raw Material
  • Brand:Shengshizhiyang
  • Model:1*1
  • Purity:99%
  • Cas:12656-61-0
  • Createtime: 2026-07-08
  • Updatetime: 2026-06-30
Product Details
One box 10vials
useage For neuronal repair, cerebral metabolism and cognitive protection laboratory research
deliveryInfo
appearance White lyophilized powder
aliasen
supplyCapacity 100G/Day
harbor Hong Kong
minorder 1G
Payment method Alibaba, PayPal, USDT, bank card, Western Union remittance
Delivery date 10 days
Whatsapp +86 155 1138 8892

Name: Cerebrolysin

Alias: Brain Peptide Hydrolysate
CAS Registry number: N/A
Sequence: N/A (Mixed brain-derived peptide mixture)
Molecular Formula: N/A
Molecular Weight: N/A
Purity: ≥99% (by HPLC)
Appearance: White lyophilized powder
Packing: 10 vials/box (10mg total per vial)
Product Group: Neuroprotective mixed brain peptide preparation

Storage Conditions: Store at -20℃ in a dry, dark place; avoid repeated freeze-thaw cycles.


Brief Introduction:

Cerebrolysin is a complex mixture of low-molecular-weight bioactive peptides derived from brain tissue exclusively for laboratory research. It contains multiple neurotrophic peptides, amino acids and growth factors that cross biological barriers to act on neurons and glial cells. It promotes neuronal survival, accelerates nerve cell repair and regeneration, improves cerebral energy metabolism, relieves oxidative stress and inhibits neuroinflammation. It regulates synaptic plasticity and cognitive function, widely applied in neuroprotection, brain injury repair, neurodegenerative disease and cognitive physiology research.


Main Research Applications:
Neuronal protection research: Used in cell and animal models to study nerve cell anti-apoptosis and damage repair mechanisms.
Cerebral metabolism research: Suitable for exploring brain energy supply optimization and mitochondrial function recovery pathways.
Neurodegeneration research: Applied to investigate chronic nerve degeneration delay and cognitive function improvement effects.
Brain trauma repair research: For comparative analysis of post-injury nerve tissue regeneration and inflammatory microenvironment regulation.
Memory & synaptic research: Study synaptic reconstruction and learning-memory related neural signal regulation characteristics.


Note:

This product is for laboratory research use only. It is not intended for human or animal therapeutic use, clinical trials, or any form of in vivo administration without prior ethical approval and regulatory authorization.

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