BPC-157 + TB-500 + GHK-Cu
Quick Reference
Overview
This collection brings together three peptides that research has examined across different stages of tissue response. BPC-157 is studied for its effects on new blood-vessel formation and the gut lining. TB-500 is studied for how it influences cell migration. GHK-Cu is studied for its role in the extracellular matrix — the scaffolding that holds tissue together.
Tissue response typically unfolds in phases — early inflammatory signalling, then cell proliferation, then longer-term remodelling. Each of the three peptides here has been studied in connection with one of those phases, which is how researchers came to study them as a group.
The Components
Bioactive Peptides
BPC-157
A 15-amino-acid peptide first identified in a protective section of the stomach lining. Research centres on its effects on new blood vessel growth around injuries, tendon repair, and gut-lining integrity.
Awaiting our COA
Not for sale until our own independent testing is complete.
Thymic Peptides
TB-500
A lab-made version of the active part of Thymosin beta-4, a naturally occurring protein involved in cell movement. Researchers study it for how it helps cells migrate to sites of injury — a key step in wound repair.
Awaiting our COA
Not for sale until our own independent testing is complete.
Bioregulators
GHK-Cu
A three-amino-acid peptide that naturally binds copper (sequence: glycyl-histidyl-lysine). Decades of published research look at how it affects skin cells, collagen production, and the extracellular matrix that holds tissues together.
Normally $110
You save $57 — 20% less than buying the 3 vials individually.
Why This Combination
In rodent studies, research suggests BPC-157 influences new blood-vessel formation. TB-500 binds actin, the protein that forms the internal skeleton of cells (the structure that lets them move); researchers study how it may influence cell migration and tissue organisation.
GHK-Cu has been studied at the later remodelling stage. Research suggests the copper-bound peptide influences how skin cells (fibroblasts — the body’s collagen-producing cells) express certain genes, with research-suggested effects on collagen, on the connective-tissue scaffolding that holds skin together, and on oxidative stress. The three are studied together because each has been examined at a different stage of that process.
Research Notes
BPC-157 research is mostly pre-clinical — rodent studies, with the largest body of work coming from researchers at the University of Zagreb in Croatia. TB-500 has some equine veterinary literature alongside cellular-level studies on its parent molecule, Thymosin beta-4. GHK-Cu has by far the most mature human research of the three — it has been studied in clinical dermatology for decades. None of the three is approved for therapeutic use in Australia.
How Researchers Use This Collection
Researchers commonly study this combination in animal models of tendon and ligament repair, gut models (for BPC-157), and controlled skin-wound models (for GHK-Cu). Typical readouts include the ratio of different collagen types in the tissue, how strongly the tissue resists being pulled apart, and microscope examination of the tissue.
Storage & Handling
Store at 2–8°C in a cool, dry place. Protect from light and moisture. Refrigerate once in solution form.
Compiled by the Southern Pacific Labs research team. Last updated April 2026.
BPC-157 + TB-500 + GHK-Cu
$227
$284
Save $57 (20%) vs individual vials
BPC-157 and TB-500 are awaiting our own independent certificate of analysis, so this collection cannot ship complete until that testing is finished.
Enquire about this collection3 vials at the collection price of $227. Email us to order — self-serve collection checkout is coming soon. Free express shipping over $150.
Related Collections
Other Research Collections