PeptideTrace

Peptides for Metabolic

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

46

Compounds

27

Approved

4

In Trials

15

Research

302

Clinical Trials

The metabolic category is the largest on PeptideTrace, covering 46 compounds across endocrine regulation, gastrointestinal function, bone metabolism, calcium homeostasis, and oncology-adjacent diagnostics. Twenty-seven of these hold regulatory approval in at least one tracked jurisdiction — more than any other research area.

The breadth here is important to understand. This category spans somatostatin analogues like octreotide and lanreotide (used in neuroendocrine tumour management), GLP-1 receptor agonists like dulaglutide and exenatide (metabolic and glycaemic control), bone-active agents like teriparatide and abaloparatide, and gut-targeted peptides like linaclotide and teduglutide. These are established medicines with decades of clinical data behind them.

The 15 research compounds include mitochondrial peptides (MOTS-c, humanin, SS-31) and Russian bioregulatory peptides (pancragen, vesugen, cardiogen) that are studied in preclinical settings but lack the controlled trial data of their approved counterparts. Four compounds are in active clinical development, including survodutide for MASH — a metabolic liver condition with no currently approved peptide treatment.

All Compounds

46 compounds tracked in metabolic. Sort by any column. Filter by classification.

What the Evidence Shows

Approved Compounds

27 compounds in this research area have 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.

In the Pipeline

4 compounds are currently in active pharmaceutical development — advancing through Phase 1 to Phase 3 clinical trials or undergoing regulatory review. These compounds have not yet received approval but are being evaluated through formal clinical programmes with published trial data.

Research Compounds

15 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