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DSIP
€ 41,45
Don't forget the reconstitution water
Required for dissolving freeze-dried peptides.
All products are intended for laboratory research only and are not suitable for human or animal consumption. By purchasing, the buyer agrees to use these products in accordance with all applicable laws.
This substance has not been evaluated or approved by the European (EMA), American (FDA) or Dutch (MEB/IGJ) medicines authorities for any human or veterinary use. No medical, therapeutic, diagnostic or preventive use is claimed or implied.
DSIP (Delta Sleep-Inducing Peptide) is a naturally occurring neuropeptide that has been extensively studied within neuroscience and molecular research. It was originally identified in the 1970s and is associated with processes involved in sleep regulation, circadian rhythms, and brain signaling pathways.
DSIP consists of a short amino acid chain and is often investigated in laboratory settings for its potential interaction with central nervous system signaling, neurochemical balance, and biological rhythm regulation.
Due to its unique properties, DSIP is often used in research on sleep-related signaling, neuropeptide function, and systemic pathway modulation.
History of DSIP
DSIP was first isolated by researchers studying peptides associated with sleep phases and brain activity, particularly during delta (deep sleep) stages. Early studies suggested a link between DSIP and regulation of sleep cycles, leading to further research into its role within neurobiological systems.
Over time, the field of research was expanded to include stress response, endocrine interactions and neurochemical signaling pathways. Although the exact mechanisms are still being investigated, DSIP remains an interesting topic within experimental neuroscience research.
DSIP Structure and Molecular Data
Peptide Name: Delta Sleep-Inducing Peptide (DSIP)
Sequence: Trp-Ala-Gly-Gly-Asp-Ala-Ser-Gly-Glu
Molecular Formula: C35H48N10O15
Molecular Weight: ~848.8 g/mol
DSIP consists of a chain of 9 amino acids, making it relatively small compared to other research peptides. The structure allows interaction with neurochemical pathways and signaling systems within experimental models.
DSIP Research Findings
DSIP has been studied in various neuroscientific, endocrine and molecular models, mainly focusing on sleep and biological rhythms.
Research shows activity related to:
• Sleep cycles and circadian signaling pathways
• Neuropeptide interactions and brain signaling
• Stress response and neurochemical balance
• Endocrine interactions and modulation of pathways
Major Research Areas of DSIP
Neuroscientific Research
Focus on sleep stages, brain activity, and neuropeptide signaling.
Circadian Research
Study of biological clock regulation and timing-based signaling.
Endocrine Research
Analysis of hormonal interactions and pathway modulation.
Systemic Research
Investigating broad interactions between neurochemical and biological regulation.
Scientific Relevance of DSIP
DSIP is considered an important neuropeptide research compound used to study interactions between sleep regulation, brain signaling, and circadian pathways.
Its involvement in multiple biological systems makes it relevant for research on neurochemical balance, stress-related signaling, and systemic coordination of pathways.
Due to its small structure and specific activity profile, DSIP remains an important topic within experimental neuroscience research, peptide research and molecular biology.
References
Schoenenberger Ga. et al. (1977). Isolation and characterization of DSIP.
Monnier M. et al. (1983). DSIP and sleep regulation mechanisms.
Graf MV. et al. (1985). DSIP effects on endocrine and stress response systems.
Our Process
Frequently asked questions
Each batch is independently tested by third-party laboratories using HPLC and mass spectrometry. You can view the Certificate of Analysis (COA) of your specific batch on our lab results page.
Orders placed before 15:00 will be shipped the same day from our EU warehouse. Delivery typically takes 1–3 business days, depending on your location within Europe.