Longevity & Cellular Health Peptide Research
Longevity and cellular-health research covers a wide range of subcellular targets, and the two compounds in this category illustrate just how different those targets can be: one is studied in the context of telomerase activity and pineal signaling, the other in the context of mitochondrial membrane chemistry.
Both are frequently referenced in cellular-aging and senescence-focused literature, despite acting through unrelated mechanisms.
Telomerase & Pineal Signaling Research
Epitalon is a synthetic tetrapeptide studied for its proposed role in telomerase activity and pineal gland function, making it a frequently referenced compound in aging-related research examining cellular senescence markers.
Mitochondrial Membrane-Targeted Research
SS-31 is a mitochondria-targeted peptide that concentrates at the inner mitochondrial membrane, studied for its interaction with cardiolipin and its role in reducing oxidative stress in research models.
Common Research Applications
- Telomerase activity research
- Pineal gland function studies
- Cellular senescence research
- Mitochondrial membrane research
- Oxidative stress studies
- Cardiolipin interaction research
Peptides We Supply in This Category
Research Handling & Documentation
Every peptide in this category ships with a certificate of analysis available on request and includes a complimentary 3mL vial of bacteriostatic (BAC) water for reconstitution at no extra cost. These peptides are relatively stable at room temperature, so no cold-chain shipping is required. Specification data such as sequence and molecular weight is available via certificate of analysis on request.
Longevity & Cellular Health research questions
Do Epitalon and SS-31 target the same aging pathway?
No. Epitalon's research base centers on telomerase activity and pineal signaling in the cell nucleus, while SS-31 targets the mitochondrial inner membrane and cardiolipin — two distinct branches of cellular-aging research.
Why are these compounds grouped under longevity research?
Both are frequently referenced in cellular-aging and senescence-focused literature, even though they act on different subcellular structures, which is why they are grouped together as a research category rather than a shared mechanism.
Browse Longevity & Cellular Health Peptides
See specs, purity, and pricing for every peptide in this category.