Score
1
1982
pubmed
[Theoretical conformational analysis of delta-sleep inducing peptide].
Akhrem. A A AA; Galaktionov. S G SG; Golubovich. V P VP; Kirnarskiĭ. L I LI
Key Findings
- The most stable 3D conformations of DSIP were identified through semi‑empirical analysis.
- Potential intramolecular contacts that stabilize the peptide were described.
- Electrostatic interactions were shown to play a crucial role in maintaining the peptide’s shape.
Practical Outcomes
- The findings are purely structural and do not provide dosage, safety, or usage guidance for DSIP. For biohackers, the study offers limited immediate value, serving only as background information that could inform future drug‑design or mechanistic research.
Summary
Researchers used computer‑based modeling to map the three‑dimensional shape of the delta‑sleep‑inducing peptide (DSIP) and found that electric charge interactions are key to its stable structure.
Abstract
The spatial structure of o-sleep-inducing peptide has been determined by means of semi-empirical conformational analysis of its overlapping fragments. Possible intramolecular contacts in the most stable conformations are discussed. The essential role of electrostatic interactions is emphasized.
Study Information
Provider
pubmed
Year
1982