Molecular overview
Semax is a synthetic heptapeptide with the sequence Met-Glu-His-Phe-Pro-Gly-Pro. Its design is based on an ACTH fragment with a proline-rich tail, while lacking the full hormone’s corticotropic activity.
Research pathways
Rodent studies have examined brain-derived neurotrophic factor expression, monoamine systems and transcriptional changes after experimental cerebral ischemia. Genome-wide studies report changes across immune-response, interferon and vascular pathways.
Because these measurements come from specific animal models, they should be treated as hypotheses about pathway modulation—not as evidence of a human cognitive or neurological outcome.
Published-research summary
The indexed evidence is dominated by rodent mechanistic studies. Clinical reports originate mainly from Russian practice and do not provide the kind of large, independently replicated, U.S.-registered trial record needed for strong conclusions.
Analytical testing methodology
Expected molecular mass and chromatographic behavior are distinct quality attributes: mass spectrometry supports identity, while HPLC assesses peptide-related peaks. No Novanta PDF is currently posted for Semax, so this page does not imply a lot result that is not available.
Storage and stability
No compound-specific shelf life is stated without formulation-specific stability data. Protect sealed lyophilized research material from light and moisture, and validate any prepared solution over the actual temperature and time range used in the experiment.
Novanta lot documentation
No matching lot PDF is currently posted for this compound. No report or result is inferred.
Browse current test reportsResearch material
Product availability, vial size and purchasing information are kept separate from this scientific reference.
View research materialReferences
Related Research Library articles
Compound Reviews
Selank and Semax: Shared Design, Different Parent Peptides
Two Russian-developed research peptides built on the same stabilising strategy — and why that shared tail is a synthesis decision, not a shared mechanism.
Biology & Longevity
The Biology of Focus, Memory and Brain Fog
Attention is not one faculty. It is several separable networks, each with its own neurochemistry and its own failure modes.
Research-use boundary
For laboratory and research use only. Not for human or veterinary consumption. This page summarizes published research and does not provide medical advice, dosing guidance, or evidence that preclinical observations translate to people.
