↳ Editorial library · 5 articles · 6 clusters

All articles.

Mechanism overviews written for researchers and the curious. Each article connects to the papers behind it, and to the broader topic it sits inside.

5 ARTICLES PUBLISHED↳ THE REGENERATIVE-PEPTIDE PATHWAY,↳ HOW SHORT PEPTIDES MODULATE THE↳ MITOCHONDRIAL MULTITASKERS: THE↳ MATRIX-SIGNALLING PEPTIDES AND THE↳ DIETARY-DERIVED SLEEP PEPTIDES ANDWEEKLY EDITORIAL CADENCEMECHANISM-CLASS LANGUAGE ONLY5 ARTICLES PUBLISHED↳ THE REGENERATIVE-PEPTIDE PATHWAY,↳ HOW SHORT PEPTIDES MODULATE THE↳ MITOCHONDRIAL MULTITASKERS: THE↳ MATRIX-SIGNALLING PEPTIDES AND THE↳ DIETARY-DERIVED SLEEP PEPTIDES ANDWEEKLY EDITORIAL CADENCEMECHANISM-CLASS LANGUAGE ONLY

Regenerative-peptide pathway↗

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.

9 min · 2 citations2026-05-07

Longevity & cellular aging↗

How short peptides modulate the longevity pathway.

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.

11 min · 3 citations2026-05-06

Metabolic pathway research↗

Mitochondrial multitaskers: the metabolic mechanism class.

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.

8 min · 2 citations2026-05-05

Skin & hair↗

Matrix-signalling peptides and the skin-repair pathway.

Matrix-signalling peptides are short copper-binding sequences studied for their effect on dermal collagen and barrier proteins. This overview covers the mechanism, what the topical-route evidence shows, and where human-outcome data still thins out.

8 min · 1 citation2026-05-08

Sleep architecture↗

Dietary-derived sleep peptides and slow-wave architecture.

Dietary-derived sleep peptides are short food-source sequences studied for their effect on sleep architecture. This overview covers the one randomised controlled trial that anchors the area, what it measured, and why a single rung-5 study is both the strongest and the only human evidence here.

7 min · 1 citation2026-05-09