Cellular Aging as a Research Target
Longevity peptides are studied as molecular tools for probing the biology of cellular aging: telomere maintenance, mitochondrial function, oxidative stress, and senescence pathways. For researchers modelling these systems, structurally defined peptides and cofactors offer a controlled way to interrogate specific mechanisms in vitro and in preclinical settings.
Amino Labs supplies these compounds at a minimum 99%+ HPLC purity, lyophilized and third-party tested. As a Canadian-owned laboratory supplier shipping across Canada, we focus on the reproducibility signals that aging research demands: verified identity, documented lots, and consistent handling standards.
This guide surveys compounds frequently referenced in cellular-aging research, including Epithalon, NAD+, SS-31, MOTS-c, Thymalin and Glutathione. Every description frames these materials as scientific reference reagents for investigating aging-related pathways. Nothing here is an anti-aging, rejuvenation, or health claim for humans or animals. All products are for research use only, not for human or animal consumption.
Recommended Products
Longevity Peptides Studied in the Lab
The compounds below are commonly cited in cellular-aging and mitochondrial research. Each summary describes its molecular class and typical laboratory research context only, not any effect in humans.
| Compound | Class | Common Research Context |
|---|---|---|
| Epithalon 50mg | Tetrapeptide bioregulator | Studied in telomerase-activity and telomere-length models |
| NAD+ 1000mg | Cellular cofactor | Investigated in sirtuin activity and cellular-energy metabolism |
| SS-31 50mg | Mitochondria-targeted peptide | Examined in cardiolipin binding and mitochondrial-function assays |
| MOTS-c 40mg | Mitochondrial-derived peptide | Referenced in metabolic-regulation and AMPK-pathway research |
| Thymalin 10mg | Thymic peptide extract | Studied in immunosenescence and immune-regulation models |
| Glutathione 1500mg | Tripeptide antioxidant | Used in oxidative-stress and redox-balance research |
These compounds target telomere, mitochondrial, metabolic, and redox systems, enabling multi-angle aging studies. NAD+ and Glutathione are frequently used as reference cofactors in cellular-energy and antioxidant assays, while Certificates of Analysis support identity confirmation before experimental use. Researchers typically select from this group to isolate a specific hallmark of aging rather than as a single combined intervention. All content is provided for scientific reference only.
Reconstitution, Storage & Purity Notes
Longevity research compounds are generally supplied lyophilized and are sensitive to heat, light, and repeated freeze-thaw cycles. Maintaining cold-chain storage preserves peptide integrity for reproducible assay work.
- Store lyophilized vials at -20°C or colder, protected from light, until reconstitution.
- Reconstitute using an appropriate sterile diluent and aliquot to limit freeze-thaw degradation.
- Antioxidant compounds such as Glutathione should be prepared fresh where possible to limit oxidation.
- Retain lot numbers and Certificates of Analysis for full experimental traceability.
Amino Labs provides quality documentation with each compound to support rigorous cellular-aging research. These are laboratory reagents intended for qualified personnel operating under institutional safety and handling protocols only. A dedicated reconstitution kit supports consistent preparation.