Nootropic & Neural Research Peptides

About nootropic and neural research peptides

Neural research peptides are short regulatory peptides and analogs used to study the nervous system. Many were developed from fragments of larger hormones, such as Semax from ACTH and Selank from tuftsin, then stabilized with a Pro-Gly-Pro extension.

Researchers use these compounds to examine neurotrophic signaling such as BDNF and TrkB expression, stress and anxiety related behavior, sleep architecture and receptor pharmacology. Dihexa is studied for its action on the HGF and c-Met system, DSIP for sleep research, and Pinealon and Cortagen as short peptide bioregulators. Dermorphin serves as a selective mu opioid receptor reference ligand.

Compounds in this collection

• Selank, synthetic tuftsin analog heptapeptide
• Semax, ACTH(4-10) analog heptapeptide
• Cortagen, synthetic tetrapeptide bioregulator
• Dihexa, angiotensin IV derived HGF/c-Met modulator
• DSIP, delta sleep inducing nonapeptide
• Pinealon, synthetic tripeptide bioregulator (Glu-Asp-Arg)
• Dermorphin, mu opioid receptor agonist heptapeptide
• Adamax, modified Semax analog
• P-21, CNTF derived neurotrophic peptide
• PE-22-28, spadin analog (TREK-1 channel inhibitor)
• Selank + Semax Blend, neural research blend (5mg Selank, 5mg Semax)

Choosing compounds for your study

Start with the pathway or tissue you want to study, then compare the compound classes listed above. Single compounds give the cleanest readouts, while blends and bundles make combination and comparison studies easier to set up. Every product page lists the compound class, sizes, specifications and storage guidance.

Storage and documentation

Products in the neural research collection ship lyophilized or sealed, protected from light, with a batch number on every vial. Move vials to cold storage on arrival and request the certificate of analysis for your batch through our contact page.