Research Peptide Catalog (50 peptides · 14 categories)
Wholesale-only research peptide pages organized by mechanism family. Each entry lists molecular identifiers, bulk catalog specs, and citations to peer-reviewed preclinical literature.
Browse by Research Category
Each category opens a dedicated page with all peptides in that mechanism family, molecular identifiers, and citations.
Research peptides studied in wound healing, tissue regeneration, angiogenesis, and extracellular matrix research contexts.
GHRH analogues and ghrelin-receptor agonists used in growth hormone axis, pituitary pharmacology, and GH pulsatility research models.
Peptides studied in telomere biology, senolytic research, and cellular aging models.
Peptides studied in innate and adaptive immune modulation, antimicrobial activity, and inflammatory signaling models.
Copper-chelating tripeptides and matrix peptides studied in collagen synthesis, ECM remodeling, and dermal repair research.
Synthetic melanocortin receptor agonists studied in pigmentation, reproductive, and neurological pathway research.
Peptides studied in adipose tissue metabolism, beta-3 adrenergic pathway research, and lipolysis model contexts.
Neuropeptides studied in cognition, sleep, social behavior, and neuromodulatory pathway research.
Peptides studied in mitochondrial bioenergetics, cardiolipin biology, and cellular aging research models.
Peptides governing HPG axis, GnRH-kisspeptin signaling, and reproductive neuroendocrinology research.
Peptides studied in satellite cell biology, IGF-1 splice variants, myostatin pathway regulation, and skeletal muscle regeneration research.
Khavinson-class short tripeptide and tetrapeptide bioregulators studied in chromatin decondensation, gene expression modulation, and tissue-specific cellular research models.
Mitochondrial-derived peptides (MDPs) encoded within the mitochondrial genome and studied for unique receptor biology, cellular stress signaling, and aging research.
Peptides studied in adipose vascular targeting, proapoptotic chimeric biology, and non-hormonal metabolic research models. Distinct from incretin and GLP-class entities.
Research-use-only positioning
All peptide entries are framed for qualified research and commercial buyers. Pages do not include dosage, administration, or treatment guidance and do not represent medical advice.