Cognitive Enhancement Peptides

Nootropic Peptides for Brain Health, Memory, and Mental Clarity Intelligence

CATEGORY INTELLIGENCE: Cognitive peptides target neurotransmitter systems, neuroplasticity, and neuroprotection pathways. Many originate from Russian research programs and have extensive clinical backgrounds for cognitive enhancement and neurological conditions. These compounds support memory, focus, and brain health.

Cognitive Peptide Dossiers

Comprehensive intelligence profiles on cognitive enhancement peptides with research data, mechanism analysis, and sourcing guidance.

7 Peptide Profiles
Neuro Primary System
Dec 2025 Last Updated

Target Dossiers

[HIGH PRIORITY TARGET]

Semax

ACTH fragment with extensive Russian clinical research. Approved medication in Russia for cognitive enhancement, stroke recovery, and ADHD treatment. Strong safety profile with neuroplastic effects.

[HIGH PRIORITY TARGET]

Selank

Tuftsin analog with anxiolytic and nootropic properties. Russian-developed peptide for anxiety reduction, cognitive enhancement, and immune modulation with excellent safety record.

[TARGET DOSSIER]

Dihexa

Potent angiotensin IV analog with cognitive effects. Research applications in memory enhancement, Alzheimer's research, and neurological conditions. Strong BDNF-like activity.

[TARGET DOSSIER]

Noopept

Dipeptide nootropic with potent cognitive effects. Racetam-related compound with neuroprotective and memory-enhancing properties. Popular in cognitive optimization protocols.

[TARGET DOSSIER]

NSI-189

Neurogenic compound promoting hippocampal neurogenesis. Clinical trial history for depression with cognitive enhancement properties. Novel mechanism targeting brain structure.

[TARGET DOSSIER]

P21 (Cerebrolysin Fragment)

Synthetic peptide mimicking cerebrolysin activity. Research focus on BDNF pathway activation, neurogenesis promotion, and cognitive enhancement mechanisms.

[TARGET DOSSIER]

Cerebrolysin

Brain-derived peptide mixture for neurological conditions. Approved in many countries for stroke, dementia, and traumatic brain injury with extensive clinical research.

Category Overview

Cognitive peptides work through multiple brain-enhancing pathways:

  • Neurotransmitter Modulation: Enhancement of dopamine, serotonin, and acetylcholine systems
  • Neuroplasticity: Support for synaptic formation and neural pathway development
  • BDNF Activation: Stimulation of brain-derived neurotrophic factor for neurogenesis
  • Neuroprotection: Defense against oxidative stress and cellular damage
  • Memory Formation: Enhancement of encoding, consolidation, and recall processes
NOOTROPIC STACKING: Cognitive peptides are often combined for synergistic effects. Popular combinations include Semax + Selank for balanced cognitive enhancement, or P21 with cholinergic support compounds.

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