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Epitalon 10 mg
SKU: EPITLN10M
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Contact Us →Epitalon (Ala-Glu-Asp-Gly) is a synthetic tetrapeptide analogue of epithalamin that has been extensively investigated for its interactions with telomere-associated regulatory pathways, transcriptional control mechanisms, and peptide-mediated signaling networks. Experimental studies have examined relationships between Epitalon and gene expression regulation, chromosomal maintenance processes, and molecular pathways involved in genomic stability and cellular signaling. Additional research has explored its influence on regulatory protein networks, transcription factor activity, and downstream signal transduction systems associated with telomere biology and gene regulation. These characteristics have established Epitalon as a valuable research tool for investigating telomere-associated pathways, transcriptional regulation, peptide pharmacology, and mechanistic aspects of short-peptide signaling systems.
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3D Molecular Structure of C14H22N4O9
CarbonHydrogenFluorineNitrogenOxygenSulfur
| Chemical Formula | C14H22N4O9 |
|---|---|
| Synonyms | 307297-39-8, Epithalon, Epithalone, UNII-O65P17785G, alanyl-glutamyl-aspartyl-glycine |
| Molar Mass | 390.35 g/mol |
| CAS Number | 307297-40-1 |
| PubChem CID | 219042 |
| Total Compound Content | 10 mg per vial |
| Shelf Life | 36 months |
Epitalon (Ala-Glu-Asp-Gly) is a synthetic tetrapeptide that has been extensively investigated for its interactions with telomere-associated regulatory pathways, transcriptional control mechanisms, and peptide-mediated signaling networks. Experimental studies have examined the relationship between Epitalon and gene expression regulation, chromosomal maintenance processes, and molecular pathways involved in genomic organization and regulatory signaling. Additional investigations have explored interactions with transcription factor networks, pathway-specific regulatory systems, and downstream signal transduction mechanisms associated with telomere biology and cellular regulation.
The compact four-amino-acid structure of Epitalon contributes to favorable physicochemical properties, efficient chemical synthesis, and high batch-to-batch reproducibility. These characteristics have established Epitalon as a valuable research tool for investigating telomere-associated pathways, transcriptional regulation, peptide pharmacology, structure-function relationships, and mechanistic aspects of short-peptide signaling systems. Supplied as a lyophilized preparation. Independently third-party HPLC-tested; COA available per batch.
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Why is Epitalon frequently used in telomere biology research?
Epitalon has been extensively investigated in studies examining telomere-associated pathways, chromosomal maintenance mechanisms, and transcriptional regulatory processes. Experimental research has explored interactions between Epitalon and molecular systems involved in genomic organization, gene expression regulation, and signal transduction pathways associated with telomere biology. These characteristics have established Epitalon as a valuable research tool for investigating the molecular mechanisms governing telomere-associated regulatory networks.
What distinguishes Epitalon from larger regulatory peptides?
Epitalon consists of only four amino acids (Ala-Glu-Asp-Gly), making it one of the shortest peptide compounds utilized in peptide pharmacology research. Its compact structure supports efficient chemical synthesis, consistent batch reproducibility, and straightforward structure-function investigations. These properties make Epitalon particularly useful for studies examining short-peptide signaling mechanisms, peptide architecture, and the relationship between sequence composition and biological activity.
What longitudinal study designs benefit most from the Epitalon KIT format?
The Epitalon KIT format is particularly useful for experimental designs requiring repeated compound preparation over extended study durations while maintaining batch consistency. Examples include longitudinal investigations of telomerase-associated pathways, telomere-maintenance mechanisms, transcription-associated signaling processes, circadian regulatory systems, and other studies involving multiple sampling timepoints. The use of matched-batch material across an entire experimental program helps minimize variability arising from differences between production lots and supports more consistent comparison of results across study phases.
