The regenerative-peptide pathway, explained.
How short signalling peptides accelerate soft-tissue repair, what the evidence actually shows, and where the literature still has gaps. A nine-page mechanism overview.
How short peptides regulate tissue repair, cellular aging, brain signalling, metabolic pathways, skin renewal and sleep architecture. Mechanism overviews, citations to the actual papers, written for researchers.
↳ Topic
How short signalling peptides accelerate the body's own tissue-repair machinery — wound closure, tendon healing, gut barrier integrity, vascular regrowth.
↳ Topic
The biological-vs-chronological-age question. Telomere maintenance, senescent-cell biology, and the small family of short peptides that show up in both literatures.
↳ Topic
Short peptides that influence BDNF, neurotrophic signalling and stress-resilience pathways. The most clinically-mature area in this library.
↳ Topic
Mitochondrial multitaskers, AMPK signalling, and the gap between published mechanism research and the consumer-marketing narrative.
↳ Topic
Topical and dermal-route research on copper-peptide and short-peptide cosmetic-application studies. RCT-grade evidence available for a subset.
↳ Topic
Short peptides that modulate slow-wave activity, sleep onset, and continuity. The 2026 Gong RCT anchors this cluster.
How short signalling peptides accelerate soft-tissue repair, what the evidence actually shows, and where the literature still has gaps. A nine-page mechanism overview.
Telomerase, senescent-cell biology, and the small family of short peptides that show up across both literatures. What's solid, what's inferred, what's still rodent-only.
A small family of peptides encoded by mitochondrial DNA, what they appear to do at the cellular level, and why the human-outcome literature is much thinner than the consumer-marketing volume suggests.
Whichever entry point matches what you're trying to learn — start there. Each path connects to the others through cross-references.
Six topic clusters covering regenerative, longevity, cognitive, metabolic, skin, and sleep peptide research. Each cluster collects the editorial overview plus the related papers.
Open all topics →29 peer-reviewed papers indexed by topic. Each entry has a one-paragraph plain-language paraphrase of what the abstract shows, plus a direct link to the journal.
Open the library →If you don't know where to start, the editorial articles are written for researchers new to a topic. Mechanism first, evidence second, open questions last.
Browse articles →Questions visitors send to editorial@peptidoteca.com. If yours isn't here, write — replies typically land within five business days.
Pre-filled research peptide dispensers, two PDFs per lot, cold-chain shipping. For in-vitro use only at registered institutions.