DSIP

DSIP (Delta Sleep-Inducing Peptide)

Research-Grade Neuropeptide Foundational Tool for Sleep, Stress & Neuroendocrine Research

Overview

DSIP is a naturally occurring nonapeptide originally isolated from cerebral tissue, widely recognized for its association with the induction of slow-wave (delta) sleep. This potent neuropeptide exerts broad regulatory influence over the central nervous system, facilitating advanced research into stress adaptation and endocrine signaling. Its unique ability to traverse the blood-brain barrier makes it a primary choice for neurobiological and behavioral modeling.

Primary Research Objectives

• Sleep Modulation: Investigating the biochemical pathways that regulate deep, slow-wave sleep cycles.

• Neuroendocrine Regulation: Analyzing the peptide’s influence on the secretion of key hormones, including LH, GH, and ACTH.

• Stress & Pain Management: Exploring its role in mitigating physiological stress responses and modulating pain perception.

• Chronobiology: Studying the impact of DSIP on circadian rhythms and psychoneuroendocrine balance.

Why Researchers Choose DSIP

• Physiological Relevance: An endogenous neuropeptide that provides a naturalistic model for sleep-wake cycle research.

• CNS Penetration: Demonstrates effective blood-brain barrier permeability in preclinical models.

• Multifunctional Scope: Highly versatile for studies ranging from endocrinology to complex behavioral science.

• Verified Standards: Rigorously batch-tested to ensure ≥98% purity and consistent research outcomes.

Strictly for Research: This product is intended solely for laboratory and scientific investigation. Not for human or veterinary consumption, therapeutic use, or diagnostic procedures.