Category

Browse Research Compounds by Pathway

Compounds are grouped by the biological pathway they are most frequently studied in rather than by marketing category. If you are sourcing for a specific model, start from the pathway below rather than the full product list — each category page explains the mechanism, the research areas it covers and how the available formats differ.

• Tissue Repair Research — BPC-157, TB-500, combination vials and sublingual strips; actin regulation, angiogenesis and wound-closure models
• Cellular Aging Research — GHK-Cu, NAD+ and multi-peptide blends; senescence, matrix turnover and sirtuin pathway work
• Metabolic Research — AOD-9604, 5-Amino-1MQ, SLU-PP-332 and Tesamorelin; adipocyte, NNMT and energy-expenditure models
• GLP-1 / GIP — incretin receptor agonists studied in cAMP signaling and metabolic endpoints
• GH Peptide — GHRH analogs and ghrelin receptor agonists for growth-hormone axis models
• Mitochondrial — MOTS-c and SS-31; retrograde signaling and cardiolipin binding
• Melanocortin & Endocrine Research — PT-141, oxytocin combinations and HCG; MC3R/MC4R and LH-receptor signaling
• Nootropic — Selank and Semax; BDNF, GABAergic and neuropeptide models
• Immune — KPV; NF-κB and cytokine expression endpoints
• Cosmetic — Melanotan 2; MC1R and melanogenesis pathway work

Formats Across the Catalog

Most compounds ship as lyophilized powder in sealed vials; nasal spray and sublingual strip formats ship ready-to-use and exist to support delivery-route comparison work. Reconstitution solvents and stability profiles differ between peptides and small molecules, so check each product page’s Handling & Storage section before planning a protocol.

Sold strictly for in vitro and animal-model research by qualified professionals. Not for human or veterinary use.