Cognitive & Neuro Research Peptides
Explore Semax, Selank, Cortexin, and related compounds used in neuroprotection and cognitive research.
Cognitive peptides are usually searched through mechanism, neuroprotection, and route-of-administration questions rather than brand awareness.
Featured Peptides
Semax
Nootropic peptide with potential cognitive and neuroprotective effects.
cognitiveSelank
An anxiolytic peptide developed in Russia for the treatment of generalized anxiety disorder.
cognitiveCerebrolysin
A potent neurotrophic factor mixture used for stroke and dementia.
cognitivePinealon
A regulatory peptide studied for its neuroprotective and anti-aging properties.
cognitiveDSIP
A naturally occurring peptide that promotes deep, restorative sleep.
cognitiveCortexin
A potent neurotrophic peptide mixture used for cognitive enhancement and neurological recovery.
cognitiveSubstance P
A neuropeptide involved in pain transmission, inflammation, and various physiological processes. Research focuses on pain management and inflammation.
cognitiveNeuropeptide Y
A neuropeptide that regulates appetite, stress, and energy balance. Research focuses on obesity, stress responses, and metabolic function.
cognitiveEndorphins
Natural pain-relieving peptides produced by the body. Research focuses on understanding their role in pain, mood, and exercise.
cognitiveEnkephalins
Short endogenous opioid peptides that modulate pain and mood. Research focuses on understanding their role in the nervous system.
cognitiveDynorphin
An endogenous opioid peptide that activates kappa-opioid receptors. Research focuses on its role in pain, stress, and mood.
cognitiveGalanin
A neuropeptide with diverse functions including appetite regulation, pain modulation, and mood regulation. Research focuses on understanding its multiple roles.
cognitiveNeurotensin
A neuropeptide involved in pain modulation, dopamine regulation, and GI function. Research focuses on its role in schizophrenia and reward pathways.
cognitiveNociceptin
An endogenous opioid-like peptide with effects opposite to traditional opioids. Research focuses on pain modulation and anxiety.