PeptideTrace

Peptides for Skin & Anti-ageing

Callum Traynor
Callum Traynor

NIHR GCP Certified · EUPATI Pharmacovigilance · EUPATI Marketing Authorisations · Johns Hopkins Clinical Trials · FDA CDERLearn

Medically reviewed by a licensed medical professional

15

Compounds

1

Approved

0

In Trials

14

Research

6

Clinical Trials

This category has the widest gap between consumer interest and clinical evidence of any research area on PeptideTrace. Fourteen of 15 tracked compounds are research-only, with a single approval: afamelanotide (Scenesse), licensed for a rare photosensitivity condition rather than cosmetic use.

The research compounds split into two groups. Cosmetic peptides — argireline, matrixyl, matrixyl 3000, leuphasyl, SNAP-8, palmitoyl tripeptide-1, palmitoyl tetrapeptide-7 — are widely used in topical skincare products and backed by manufacturer-funded studies but lack independent clinical trial data of the kind regulatory agencies require. Then there are the systemic research peptides — GHK-Cu, GHK, epitalon, epithalamin, melanotan I, and FOXO4-DRI — studied in preclinical settings for wound healing, pigmentation, telomere biology, and cellular senescence.

GHK-Cu is probably the most evidence-supported compound in this tier, with published research on wound healing, collagen synthesis, and anti-inflammatory signalling, though the studies are predominantly in-vitro and animal models. Epitalon and FOXO4-DRI attract attention from the longevity research community but remain firmly preclinical.

All Compounds

15 compounds tracked in skin & anti-ageing. Sort by any column. Filter by classification.

What the Evidence Shows

Approved Compounds

1 compound in this research area has received regulatory approval in at least one major jurisdiction. These compounds have completed the full regulatory review process, including Phase 3 clinical trials and post-marketing surveillance. Their documented benefits are referenced from licensed labelling only.

Research Compounds

14 compounds in this area exist at the research stage — studied in preclinical settings including animal models and in-vitro experiments, without formal regulatory approval or active clinical programmes. The evidence for these compounds is primarily preclinical, and claims about their effects should be evaluated accordingly.

Related Research

Related Research Areas