Cellular Longevity Research Stack

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Telomeres, redox & cellular stress
Cellular Longevity Research Stack
Explore three strands of cellular-ageing research: Epithalon’s telomerase findings in fibroblast cultures, NAD+ redox chemistry and MOTS-C stress-responsive signalling. Three molecular and cellular questions in one collection.
Explore the evidenceHow each component works
Epithalon
A four-part peptide studied in lab-grown human cells for telomeres, the protective ends of chromosomes, and the enzyme that maintains them.
- • Chromosome-end research
- • Telomerase activity in cells
- • Cellular ageing research
NAD+
A coenzyme, not a peptide, that helps transfer electrons in the chemical reactions behind cellular metabolism.
- • Cellular metabolism
- • Electron-transfer chemistry
- • Coenzyme identity
Specific findings for this material remain under review.
MOTS-C
A mitochondria-derived peptide studied in the lab for how cells regulate metabolism and respond to stress.
- • Metabolic cell signals
- • Cell responses to stress
- • Communication within cells
For laboratory research use.