What Are Longevity and Mitochondrial Peptides?
Longevity and mitochondrial peptides are research compounds studied for the cellular pathways associated with aging — mitochondrial energy metabolism, sirtuin activation, senescent-cell signaling, and oxidative-stress defense. This collection is organized by the pathway each compound is most often used to probe, supplied lyophilized or buffered at high purity for laboratory research use only.
Peptides Studied by Aging Pathway
Mitochondrial energy: MOTS-C, a mitochondrial-derived peptide, is researched for AMPK activation, and SS-31 for mitochondrial membrane and bioenergetics models. Coenzyme / redox: the NAD+ buffer supports sirtuin and PARP research. Senescence: FOX04 is studied for transcription-factor and senescent-cell signaling.
Comparing Longevity Research Compounds
| Compound | Class | Pathway studied |
|---|---|---|
| MOTS-C | Mitochondrial-derived peptide | AMPK / metabolic regulation |
| SS-31 | Mitochondrial-targeted peptide | Membrane potential / bioenergetics |
| NAD+ buffer | Coenzyme | Sirtuin / PARP activity |
| FOX04 | Transcription-factor peptide | Senescent-cell signaling |
Related Research Areas
Neuropeptides studied for cognition are in our Nootropics collection, and secretagogues studied for the somatotropic axis in GH Stimulators.
Frequently Asked Questions
What are longevity and mitochondrial peptides? They are compounds studied for aging-associated cellular pathways such as mitochondrial energy metabolism, sirtuin activity, and senescent-cell signaling.
What pathways do they target in research? Common targets include AMPK (MOTS-C), mitochondrial bioenergetics (SS-31), NAD+-dependent sirtuins, and FOXO transcription factors (FOX04).
What is MOTS-C studied for? MOTS-C is a mitochondrial-derived peptide researched for AMPK activation and metabolic-regulation models. It is a research compound only.
What is the NAD+ buffer researched for? It is used in studies of NAD+-dependent enzymes — sirtuins and PARPs — central to mitochondrial and longevity research.
Are these peptides approved for human use? No. Every compound in this collection is supplied strictly for laboratory research use only.