Description

Selank — Synthetic Peptide for Neurochemical & Behavioral Research

Selank is a synthetic peptide derived from the naturally occurring immunopeptide tuftsin, developed for laboratory and scientific research applications. In research settings, Selank is studied for its interaction with neurochemical signaling pathways and its stability in intranasal peptide delivery models.

This Selank nasal spray is formulated specifically for research and analytical use, offering a practical format for investigating peptide behavior, transport mechanisms, and neurobiological processes under controlled laboratory conditions.

Key Research Areas of Interest

✅ Neuropeptide Signaling Studies – Selank is examined in laboratory models for its interaction with central nervous system signaling pathways.

✅ Behavioral & Emotional Pathway Research – Studied in preclinical settings related to stress-response, anxiety-related biochemical markers, and adaptive behavior models.

✅ Neurotransmitter Modulation – Evaluated for its influence on GABAergic and serotonergic signaling systems in controlled research environments.

✅ Immune–Neural Interaction Research – Derived from tuftsin, Selank is explored for connections between immune signaling peptides and neural pathways.

✅ Intranasal Delivery Models – Commonly used in research examining nasal absorption, peptide stability, and transport dynamics.

All references are limited to laboratory and preclinical research contexts only.

Scientific Overview

Selank is a heptapeptide engineered for enhanced stability compared to its endogenous parent compound. Its molecular structure allows it to resist rapid enzymatic breakdown, making it suitable for controlled experimental studies involving neurochemical signaling and peptide pharmacokinetics.

In scientific literature, Selank is frequently evaluated for:

• Modulation of neurotransmitter signaling pathways

• Interaction with stress-related neurochemical markers

• Stability in intranasal peptide formulations

Its reproducible structure and well-defined synthesis profile make it a common subject in neurobiology and peptide research.

Mechanism of Action (Research Context)

Neurochemical Regulation: Studied for its interaction with inhibitory and excitatory signaling pathways in laboratory models.

Stress-Response Pathways: Examined for effects on biochemical markers associated with adaptive stress mechanisms.

Immune–Neural Signaling: Investigated for its relationship between immune-derived peptides and central nervous system activity.

Delivery Stability: Designed to maintain integrity during intranasal research applications.

Quality, Formulation & Packaging

Purity: Analytical verification via HPLC/MS

Form: Nasal spray solution for research convenience

Production: Small-batch formulation under controlled conditions

Fulfillment: Ships from a U.S.-based, climate-controlled facility with tracked delivery

Usage & Research Compliance

Selank nasal spray is supplied strictly for laboratory research and analytical purposes.

• Not intended for human or animal use

• Not a drug, supplement, or therapeutic product

• No medical, psychological, or performance claims are made or implied

Each unit is sealed for stability, traceability, and reproducibility in research environments.