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Epithalon
Definition
Epithalon is a synthetic tetrapeptide studied in laboratory research for its interactions with cellular aging pathways, telomerase activity, and circadian-related gene expression. Researchers use epithalon to explore long-term cellular regulation under controlled experimental conditions.
Chemical Structure
Epithalon is a four–amino acid peptide (Ala-Glu-Asp-Gly). Its short sequence allows it to be easily incorporated into cellular and molecular research models focused on gene regulation.
FAQs
1. What is epithalon studied for?
Epithalon is studied for its role in cellular aging and telomerase-related research.
2. Is epithalon naturally occurring?
It is based on peptides derived from pineal gland proteins, but research material is synthetically produced.
3. Why is epithalon relevant in aging research?
It is used to study mechanisms related to cellular lifespan and gene expression.
4. Is epithalon FDA approved?
No. Epithalon sold by ChRIS Peptides is for research use only.
5. Does epithalon affect telomeres in studies?
Research models explore its influence on telomerase activity and telomere regulation.
6. Is epithalon a hormone?
No. It is a regulatory peptide, not a hormone.
7. Why is epithalon a short peptide?
Short peptides allow targeted exploration of intracellular signaling.
8. Does ChRIS Peptides provide research protocols?
No. ChRIS Peptides does not provide experimental instructions.
9. Are epithalon research results consistent?
Results vary based on study design and experimental conditions.
10. Why do researchers use epithalon in vitro?
Its size and structure make it suitable for controlled cellular studies.
