Free shipping on orders over $150 | Use code RESEARCH15 for 15% off

Home/Guides/Best Peptides for Brain & Cognitive Function
Back to All Guides
Research Guide

Best Peptides for Brain & Cognitive Function

Cognitive peptides target brain function, neuroprotection, and mental performance. This guide covers peptides researched for their effects on cognition and brain health.

Top Peptides in This Category

1

Semax

ACTH derivative for cognitive enhancement

99%+ Purity Guaranteed
Certificate of Analysis Included
Research Grade Quality
View Product
2

Selank

Anxiolytic peptide with nootropic effects

99%+ Purity Guaranteed
Certificate of Analysis Included
Research Grade Quality
View Product
3

Dihexa

Potent nootropic peptide research compound

99%+ Purity Guaranteed
Certificate of Analysis Included
Research Grade Quality
View Product
4

P21

CNTF-derived peptide for neurogenesis

99%+ Purity Guaranteed
Certificate of Analysis Included
Research Grade Quality
View Product
5

BPC-157

Also studied for brain-gut axis effects

99%+ Purity Guaranteed
Certificate of Analysis Included
Research Grade Quality
View Product

How to Choose the Right Peptide

When selecting peptides for your research, consider the following factors:

  • Research Objectives: Match the peptide to your specific research goals and mechanisms of interest.
  • Purity Standards: Always verify purity through certificates of analysis (COA).
  • Storage Requirements: Ensure you can maintain proper storage conditions.
  • Supplier Reputation: Purchase from trusted sources with transparent testing.
  • Documentation: Look for comprehensive product documentation and references.

Research Use Only

All peptides are sold for laboratory research purposes only. They are not intended for human consumption, veterinary use, or any clinical application. This guide is for educational purposes to assist researchers in understanding these compounds.

Ready to Start Your Research?

Browse our complete catalog of research-grade peptides with 99%+ purity.

Shop All Peptides