Selank's Chemical Identity: A Nootropic Peptide Profiled
Background
Selank is a synthetic peptide often investigated for its potential anxiolytic and nootropic effects. Derived from the endogenous human peptide Tuftsin, it's known for its unique heptapeptide structure. This PubChem record provides the fundamental chemical characterization of Selank, establishing its precise molecular blueprint as a foundation for further research and development.
Results
The analysis confirmed Selank's precise molecular formula as C33H57N11O9, indicating a complex arrangement of 33 carbon, 57 hydrogen, 11 nitrogen, and 9 oxygen atoms. Its molecular weight was determined to be 751.9 g/mol, a critical parameter for accurate dosing and formulation. The PubChem record uniquely identifies Selank with CID 11765600, providing a standardized and universally accessible reference for its chemical identity. This detailed chemical profile ensures consistency across research efforts, allowing scientists to confidently work with a precisely defined compound rather than a variable mixture.
Why It Matters
Precise chemical characterization is fundamental for any therapeutic agent, ensuring reproducibility in research and safety in potential clinical applications. Understanding Selank's exact molecular structure allows for the synthesis of consistent batches and aids in predicting its pharmacokinetic properties (how the body handles the drug). This foundational chemical data is indispensable for advancing Selank towards potential clinical trials for conditions like anxiety or cognitive impairment. Future steps involve extensive preclinical and clinical studies to evaluate its efficacy and safety in biological systems.