Semax
Semax image 1Semax image 2
Supporting Neuroplasticity and Long-Term Brain HealthStandardReport Available

Semax

Research overview

<p> Semax is a synthetic nootropic peptide commonly researched for cognitive signalling pathways, neuroprotective models, memory-associated peptide investigations, and neurological research applications under controlled laboratory conditions. </p> <p> Research involving Semax has explored BDNF modulation, neurotransmitter signalling pathways, neuroplasticity models, stress-response regulation, cognitive performance investigations, and peptide-mediated neurological support mechanisms. </p> <p> Semax peptide research is frequently associated with focus and cognition studies, neuroprotection investigations, memory pathway research, peptide-based neurological models, and advanced nootropic peptide applications. </p> <p> This Vital Edge Science batch features Janoshik-verified Semax with a reported purity of 99.562% and independently verified analytical testing. </p> <p> Recommended for reconstitution using bacteriostatic water within controlled laboratory preparation environments. </p> <p> Each vial contains 10mg of high-purity lyophilised Semax intended strictly for analytical, laboratory, and scientific research applications. </p> <p> <strong>For research use only. Not for human consumption.</strong> </p>

Purity99.562%
Format10mg
Ships FromAustralia & New Zealand
MOQ1 vial

Available variants

10MG × 1$45.00In Stock
10MG × 10$227.00In Stock

Product description

Product Overview

Semax is a synthetic nootropic peptide supplied by Vital Edge Science for laboratory research involving cognitive signalling, neuroprotection, memory pathways, neuroplasticity, and advanced neurological investigations. This batch features independent Janoshik verification and Australia/New Zealand fulfilment support.

Available Formats

  • 10mg × 1 vial
  • 10mg × 10 vials
  • MOQ: 1 vial
  • Australia / New Zealand fulfilment

Batch Verification

  • Purity: 99.562%
  • Tested: 13 FEB 2026
  • Task Number: #104984
  • Verification Key: HDTTL16QC1BE

Research Applications

  • Cognitive signalling research
  • Neuroprotection investigations
  • Memory pathway studies
  • BDNF and neuroplasticity research
  • Neurological performance models

Verification report

Report typeJanoshik / COA
Task number#104984
Unique IDHDTTL16QC1BE
Tested13 FEB 2026
Open reportSemax COA