Longevity peptides
Peptides frequently discussed in the context of aging, resilience, cellular stress responses and healthspan in experimental and early clinical research.
Longevity‑linked peptides in this library
NAD+
Evidence: Human data · Cellular energy & redox cofactorCentral to mitochondrial energy production and redox reactions, often used as a reference point in metabolic and longevity‑oriented discussions.
Epithalon (Epitalon)
Evidence: Preclinical & early human · Telomere‑focused peptideA synthetic tetrapeptide reported in some studies to influence telomerase activity and circadian regulation, frequently cited in longevity narratives.
SS‑31
Evidence: Early human · Mitochondria‑targeted tetrapeptideDesigned to localize to the inner mitochondrial membrane, studied for effects on oxidative stress and tissue resilience in a range of models.
MOTS‑C
Evidence: Early human · Mitochondrial‑derived peptideExamined for impacts on metabolic flexibility, exercise capacity and stress‑response pathways associated with healthy aging.
GHK‑Cu
Evidence: Preclinical · Copper‑binding tripeptideInvestigated for effects on skin quality, wound repair and extracellular matrix signaling, often included in aesthetic and longevity‑oriented contexts.
KLOW Blend
Evidence: Preclinical · Multi‑component research blendA conceptual blend combining several pathways relevant to resilience and aging, used for exploratory modeling in longevity‑focused discussions.
GLOW Blend
Evidence: Preclinical · Aesthetic & longevity‑themed blendAn illustrative blend used to discuss how multiple signaling targets might converge on skin, collagen structure and perceived vitality.
Open Peptide Research Tools →