Expert Analysis of Brain Health & Cognitive Enhancement Peptides
Discover cutting-edge peptides for neurological support, cognitive enhancement, and brain health optimization. Our comprehensive research covers neuroprotection, neuroplasticity, and motor function improvement through peptide science.
Neurological Peptides
Research Studies
Verified Suppliers
Purity Standards
The premier source for neurological research peptides, OathPeptides specializes in brain health compounds with pharmaceutical-grade purity and comprehensive testing. Their expertise in neuroprotective and cognitive enhancement peptides makes them the top choice for serious researchers.
Established supplier with basic neurological peptide selection. Reliable for common cognitive compounds.
Nootropic focus with some neurological peptides. Good for cognitive enhancement basics.
Basic selection with minimal neurological peptides. Budget-friendly options.
Minimal neurological peptide offerings. Primarily focused on other peptide categories.
Peptides that protect neurons from damage, oxidative stress, and age-related decline. Including Cerebrolysin, P21, and BDNF mimetics.
Explore →Boost mental performance with Semax, Selank, Dihexa, and other nootropic peptides proven to enhance cognition.
Explore →Support brain adaptation and learning with peptides that promote neurogenesis and synaptic plasticity.
Explore →Peptides that support motor coordination, muscle-nerve connections, and movement disorders.
Explore →NGF, GDNF, and other peptides that promote nerve regeneration and repair peripheral neuropathy.
Explore →Support recovery from neurological injuries with specialized peptides for brain healing.
Explore →Our recommendations are based on extensive neurological research from leading institutions
A complex mixture of neuropeptides derived from pig brain tissue, proven effective for stroke recovery, dementia, and traumatic brain injury.
Key research areas: Alzheimer's, stroke, TBIRussian-developed nootropic peptide that enhances cognitive function, neuroprotection, and BDNF expression. Used for ADHD and cognitive decline.
Key benefits: Focus, memory, neuroprotectionCNTF-derived peptide that promotes neurogenesis and enhances cognitive function by increasing BDNF levels and neural stem cell proliferation.
Research focus: Neurogenesis, cognitive enhancementPotent cognitive enhancer that promotes synaptogenesis and may reverse cognitive decline. Shows promise for Alzheimer's and Parkinson's research.
Applications: Neurodegenerative diseases