Semax

Preclinical investigations have also explored Semax in studies of neuronal gene expression, synaptic plasticity, signal transduction, and neurophysiology. Transcriptomic analyses suggest that Semax may influence multiple molecular networks involved in neuronal maintenance, inflammatory responses, vascular biology, and neurotrophic signalling.

Ongoing studies aim to further characterize its mechanisms of action within neuroscience, peptide pharmacology, and molecular physiology, while distinguishing mechanistic findings from established clinical outcomes. 

Research Applications

• Neurotrophin signalling pathway studies
• BDNF and TrkB signalling investigations
• Neuronal gene expression research
• Synaptic plasticity studies
• Cognitive neuroscience models
• Central nervous system signalling analysis