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Epithalon is a synthetic tetrapeptide composed of four amino acids arranged in a defined molecular sequence. It is structurally related to epithalamin and was first described in scientific literature originating from peptide research initiatives in the late twentieth century. Within laboratory contexts, Epithalon is referenced as a model compound for studying peptide-based regulatory interactions at the cellular level.
Telomeres are nucleotide structures associated with chromosomal stability and genome maintenance during cellular replication cycles. Telomere-associated enzymatic systems, including telomerase, are widely examined in molecular biology research to better understand regulatory mechanisms involved in cellular signaling and transcriptional control. Epithalon has been explored in controlled experimental environments for its interaction with these molecular frameworks, including pathways related to gene expression regulation and circadian-associated signaling molecules.
Due to these characteristics, Epithalon remains of interest to researchers conducting in vitro and analytical studies focused on peptide–DNA interactions and intracellular regulation. Epithalon available for sale is not approved by the FDA and is supplied strictly for laboratory, research, and experimental purposes only. It is not intended for human or animal use, therapeutic application, or consumption in any form.
From Pubchem
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IUPAC Name: (4S)-4-[[(2S)-2-aminopropanoyl] amino]-5-[[(2S)-3-carboxy-1-(carboxymethylamino)-1-oxopropan-2-yl] amino]-5-oxopentanoic acid Synonyms: Epithalone, alanyl-glutamyl-aspartyl-glycine, epitalon, epithalon Molecular Formula: C14H22N4O9Molecular Weight: 390.35 g/mol Sequence: Ala-Glu-Asp-Gly CAS number: 307297-39-8 PubChem CID: 219042
Epithalon has been explored in experimental research frameworks for its interaction with molecular systems associated with cellular lifespan regulation. In controlled laboratory environments, Epithalon has been introduced into developmental or cellular culture systems to observe alterations in intracellular signaling behavior, chromosomal stability markers, and transcriptional activity under defined conditions [1,2]. Additional in vitro investigations have examined Epithalon-related modulation of oxidative balance and intracellular redox states within aging cellular models [3]. Separate molecular-level analyses have described interactions between Epithalon and telomerase-associated regulatory pathways in isolated somatic cell systems, providing a biochemical reference point for telomere-related research [4].
Epithalon has also been referenced in preclinical research contexts focused on cellular proliferation control and gene expression modulation. Experimental studies conducted within reductionist and model-based systems have evaluated its interaction with oncogene-associated signaling pathways, including transcriptional regulation mechanisms linked to HER-2/neu expression [5,6]. Additional investigations have explored Epithalon’s influence on cellular differentiation markers and metastatic signaling behavior within controlled experimental settings, without establishing clinical relevance [7,8].
Laboratory-based studies utilizing organotypic and in vitro tissue models have examined Epithalon for its potential influence on structural and biochemical markers associated with skin architecture. Observations within these systems have focused on oxidative signaling balance, telomerase-associated activity, and programmed cell death pathways at the molecular level [9]. Further experimental findings have explored Epithalon-related modulation of caspase-dependent signaling cascades under controlled conditions, contributing to mechanistic insights into intracellular regulatory networks [10].
Research literature has also referenced Epithalon and structurally related peptides in the context of cardiovascular-associated molecular markers. Studies carried out in experimental and observational settings have analyzed the biochemical signaling of parameters, lipid-related pathways, and vascular regulation markers under non-clinical conditions [11, 12]. These results are characterized as exploratory and intended to guide further biochemical and systems-level investigation rather than paint a picture of functional or treatment-relevant processes.
Epithalon is made up of the amino acid segment Ala-Glu-Asp-Gly. It has been the subject of numerous experimental and preclinical studies in several research models with molecular systems for cellular homeostasis being stability, regulation of the genome and intracellular signaling pathways. Epithalon is not currently approved by the Food and Drug Administration (FDA) for medical use. Epithalon is strictly for laboratory and research use only, it is not approved by the FDA for human consumption.
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