Cerebrolysin – 60mg | Myotropic
Cerebrolysin – 60mg | Myotropic
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Product description
Cerebrolysin 60mg - Neuropeptide
Cerebrolysin is an advanced neuropeptide complex used in laboratories to study neurological processes, cognitive function, and neuroregeneration. This unique peptide complex, derived from pure porcine brain proteins, contains low-molecular-weight peptides and free amino acids that can cross the blood-brain barrier . Researchers use Cerebrolysin to model neural protection, synaptic plasticity, inflammation modulation, and recovery after brain injury .
How does Cerebrolysin work
Cerebrolysin works in laboratory studies through multiple mechanisms:
- Neural stimulation: Promotes growth, differentiation and survival of neurons in models
- Synaptic plasticity: Improves communication between neurons and supports functional connectivity
- Protection against toxins: Inhibits oxidative stress and inflammatory pathways in neural models
- Energy and Metabolism: Optimizes glucose utilization and mitochondrial activity in brain cells
- This multi-modal operation allows for the investigation of complex neurological processes in preclinical studies, such as recovery after ischemia or traumatic brain injury.
Benefits of Cerebrolysin
- Supports laboratory research into neural regeneration, neuroplasticity, and cognitive processes
- Stimulates neural growth and differentiation in models
- Protects neurons from harmful substances in cell and tissue models
- Promotes glucose utilization, synaptic transmission and mitochondrial activity in laboratory settings
- Suitable for measuring effects of neurological recovery, memory functions and inflammation modulation
- Ideal for preclinical research into neurodegeneration, trauma and cognitive models
Legal disclaimer
**All information relates to preclinical and laboratory studies. Cerebrolysin is not intended for human or veterinary use . All effects are based on cell and animal models.
Want to know more?
Learn more about neuropeptides, cognitive models, and laboratory applications in our blog on neural regeneration, neuroplasticity, and peptide research .