HA12324 Epithalon Powder (CAS No.: 307297-39-8)

Epithalon Powder (CAS No.: 307297-39-8) Description

Epithalon Powder is a synthetic tetrapeptide utilised in biochemical research for studying age-related cellular mechanisms. Its controlled synthesis and analytical verification via chromatographic methods ensure a consistent chemical composition. The product's formulation minimises impurities, making it suitable for in vitro assays and receptor binding studies. This consistency allows researchers to reliably investigate its effects on cellular processes and telomerase activation.

Epithalon Powder (CAS No.: 307297-39-8) Applications

Healthcare and Cellular Research
- Used as a bioactive component in cell culture systems to study telomerase activation by leveraging its precise peptide sequence, aiding in investigations of cellular ageing.
- Applied as a reagent in molecular assays to monitor protein interactions, providing consistency for reproducible experimental results.

Biological Assay Development
- Employed as an agent in signal transduction studies to evaluate biochemical pathways by utilising its defined purity and composition.
- Used in pharmacological screening to assess dose-response relationships in experimental therapeutics.

Epithalon Powder (CAS No.: 307297-39-8) Packing

Epithalon Powder is packaged in moisture-resistant, anti-static containers with tamper-evident seals to protect against contamination. Each unit includes desiccants within a secondary protective pouch to manage humidity. The packaging is designed to maintain product integrity during storage and transport. Custom labelling and configuration options are available, aligning with strict storage guidelines and ensuring safe handling in laboratory environments.

Additional Information

Research on synthetic peptides such as Epithalon focuses on understanding their biological roles in cellular regulation and potential applications in ageing research. These compounds are characterised by their defined amino acid sequences and reproducible chemical properties, which are critical for generating reliable experimental data.

In the broader context, peptides are increasingly used in biochemical assays and pharmacological studies due to their specific interactions with biomolecular targets. Their precise synthesis and analytical verification ensure that they serve as useful tools for investigating complex biological processes and developing targeted therapies.