melatonin

Compound Overview

Melatonin is identified in the supplied research data as an indoleamine small molecule used as a reference compound in circadian and oxidative-stress research contexts. Nexus presents this material as a research reagent, not as a clinical-use material or treatment-oriented compound.

The structural descriptor provided for melatonin is N-acetyl-5-methoxytryptamine. The source record also provides the CAS number 73-31-4, molecular formula C₁₃H₁₆N₂O₂, and molecular weight 232.28 g/mol. No peptide sequence is listed because the source classifies melatonin as a non-peptide small molecule rather than a peptide or peptide blend.

Because the available source data is concise, this description remains focused on identity, classification, handling, verification workflow, and research-use boundaries. It does not add unprovided mechanism claims, assay outcomes, concentration-response observations, pharmacology conclusions, or application guidance beyond the research contexts specifically supplied.

Research Background & Published Literature

The provided research background states that melatonin is a common non-peptide molecule and that Nexus copy should avoid supplement positioning while preserving research-reagent language. In that framework, melatonin is best described here as a reference material for laboratory contexts involving circadian and oxidative-stress research, with all interpretation limited to controlled in-vitro research use.

The supplied source list includes a PubChem melatonin record for compound identity context:

No peer-reviewed citation list, assay dataset, disease-model result, or lot-specific analytical report was provided with the melatonin source data. Nexus therefore does not use this page to summarize unsupported literature claims or extrapolate from external materials not included in the provided research file.

Researchers reviewing the literature around this compound can use the peer-reviewed resources below for additional context on mechanism of action, signaling pathways, and controlled laboratory research applications:

• van Geijlswijk et al. (2010) — Sleep
• Auld et al. (2017) — Sleep Med Rev

Storage, Handling & Stability Guidelines

The provided storage guidance is to store melatonin cool, dry, and protected from light according to the supplier COA. The source record does not provide a validated long-term temperature, reconstitution solvent, post-reconstitution hold time, freeze-thaw limit, or stability-study interval, so those values are not added here.

• Keep the container sealed when not in use to reduce avoidable moisture exposure.
• Protect the material from direct light during storage and bench handling.
• Use clean laboratory tools and appropriate PPE according to institutional chemical-handling procedures.
• Maintain traceable internal records for product name, SKU, receipt date, storage location, and operator handling.
• Refer to current lot documentation for any storage or handling details beyond the general source guidance above.

If a laboratory prepares solutions or aliquots from this material, concentration, diluent, compatibility, and stability should be established through the laboratory's validated protocol or lot-specific documentation. This page does not provide dosing, administration, or human-use preparation instructions.

Lab Verification

Nexus maintains research-compound verification records through the Lab Verified archive. In general terms, Nexus verification workflows may reference High-Performance Liquid Chromatography (HPLC) for chromatographic review and Mass Spectrometry (MS) for molecular-identity confirmation where current lot documentation is available.

The supplied melatonin source data does not include exact COA values, batch identifiers, HPLC purity percentage, MS found mass, retention time, or release-date metadata. For that reason, this page references HPLC/MS verification only in general terms and does not display a lot-specific analytical claim. Researchers should review /lab-verified for current documentation before initiating laboratory work.