Epithalon丨CAS 307297-39-8

Epithalon is primarily used in biochemical and molecular biology research as a synthetic tetrapeptide with regulatory properties. It is applied in studies investigating cell cycle regulation, cellular aging, and peptide-mediated modulation of biological processes. The compound is used in experimental designs to explore its effects on gene expression, protein activity, and enzymatic pathways related to cellular maintenance and function. In laboratory settings, Epithalon serves as a reference or experimental peptide in assays designed to examine peptide stability, delivery mechanisms, and interactions with cellular receptors or nucleic acids. It is also utilized in research on oxidative stress, mitochondrial function, and molecular signaling pathways that contribute to cellular longevity and homeostasis.

Epithalon offers several advantages in research contexts due to its defined tetrapeptide sequence and high purity. Its small size allows efficient cellular uptake and penetration in in vitro studies, supporting reliable experimental results. The compound exhibits stability under standard laboratory storage conditions, reducing degradation and ensuring reproducibility in multi-step or long-term studies. Its predictable chemical behavior facilitates incorporation into peptide assays, solution-based experiments, and analytical protocols. Additionally, Epithalon's specific sequence enables targeted studies on regulatory pathways, providing a consistent model for examining peptide interactions and cellular responses. These properties make it a convenient and dependable tool for controlled laboratory investigations.