Immune & Longevity Research Peptides
This category covers peptides studied in the context of immune system modulation, cellular longevity biology, telomere research, and peptide bioregulators. These compounds appear across preclinical and clinical literature examining ageing biology, immune signalling, and cellular resilience models.

Key compounds include:

Epithalon — Synthetic tetrapeptide derived from epithalamin; studied for telomerase activation in cell models and longevity biology
Thymosin Alpha-1 — 28-amino-acid peptide from thymosin fraction 5; extensively researched for immunomodulatory properties and dendritic cell maturation
Thymalin — Bovine thymus-derived peptide bioregulator; studied alongside thymosin peptides in immunosenescence models
LL-37 — Human cathelicidin antimicrobial peptide; researched for innate immunity, wound healing models, and microbial biology
NAD+ — Essential coenzyme studied in DNA repair, sirtuin activation, mitochondrial function, and cellular energy metabolism
MOTS-C — Mitochondria-derived peptide; investigated in metabolic regulation and exercise adaptation biology
SS-31 — Mitochondria-targeted tetrapeptide studied for cardioprotection and mitochondrial membrane preservation in preclinical models

Research using these compounds spans cellular senescence models, aging biology, immunology, and bioenergetics. All compounds ≥98% purity, third-party verified.

All compounds sold strictly for laboratory research. Not for human or animal administration.