Neuropeptides & Cognitive Research

Neuropeptides for Cognitive & Neurological Research

Welcome to our specialised collection of high-purity Neuropeptides and signaling molecules. This category is curated for researchers investigating the frontiers of neurogenesis, synaptic plasticity, and neuroprotection. Unlike traditional stimulants, these reagents are studied for their potential to modulate the central nervous system and restore cognitive architecture at a cellular level.

Core Research Vectors

Our neuropeptide catalog is categorised by primary mechanism of action to assist in precise experimental design:

• Neurotrophic Support (BDNF/NGF): Includes Semax and ADAMAX. These ACTH analogues are researched for their ability to upregulate Brain-Derived Neurotrophic Factor (BDNF), stimulating the growth of new neurons and enhancing memory retention.

• Anxiolytic & GABAergic Modulation: Focused on Selank. Researchers utilize this peptide to study "alert-calm" states, investigating how it stabilizes the GABAergic system and modulates enkephalins without the sedative effects of traditional ligands.

• Epigenetic Bioregulation: Featuring the "Khavinson" peptides, Epitalon and Pinealon. These short-chain peptides are studied for their ability to penetrate cell nuclei, influence telomerase activation, and regulate circadian rhythms.

• Non-Monoaminergic Mood Regulation: PE-22-28 is provided for research into TREK-1 inhibition, offering a novel pathway for investigating cortical excitability and hippocampal neurogenesis.

Analytical Specifications & Quality Control

In neurological research, purity is the primary determinant of data integrity. Every batch in this collection undergoes rigorous validation:

• HPLC Verification: Guaranteed purity to ensure clear signaling and eliminate confounding variables.

• Mass Spectrometry: Confirms sequence integrity for complex analogues like ADAMAX and Selank.

• Stability & Synthesis: Produced via solid-phase peptide synthesis (SPPS) for maximum bio-identity.