SHOP BY GOAL · SOUTH AFRICA
Copper-peptide chaperones and cellular redox compounds studied in Root Cause Protocol biology, ceruloplasmin activation and mitochondrial ATP.
Root Cause Protocol (Morley Robbins) research focuses on bioavailable copper chaperoning, ceruloplasmin activation, and mitochondrial iron-redox balance using GHK-Cu.
A copper-binding tripeptide (Gly-His-Lys:Cu(II)) and master mineral chaperone.
Ceruloplasmin oxidase activity, superoxide dismutase (SOD) synthesis, and mitochondrial respiratory chain efficiency.
Tissue-level bioavailable copper distribution in states of heavy iron overload.
Rebuilding the scaffold and the blood supply
GHK-Cu is a copper-binding tripeptide studied for switching on collagen and matrix-remodelling genes and for regulating the enzymes that clear damaged tissue. BPC-157 is studied on the vascular side of repair. Matrix plus blood supply is the logic behind the Glow and Restore stacks.
The gut-lining pairing
KPV is the C-terminal tripeptide of α-MSH and is studied for reducing intestinal inflammation after uptake through the PepT1 transporter. BPC-157 was first isolated from gastric juice and is studied in gut-lining models. Calming inflammation and supporting repair is the reasoning behind including both in KLOW.
The Cellular Integrity & Redox Pair
GHK-Cu binds copper with high affinity to safely chaperone Cu(II) into ceruloplasmin and antioxidant enzymes like superoxide dismutase (SOD) without oxidative Fenton reactions. KPV downregulates NF-κB nuclear translocation and hyper-inflammatory cytokine cascades. Together, researchers examine them for cellular redox balance and full-spectrum tissue resilience.
Reported research findings, mostly from cell and animal models. Not health claims; for research use only.
LIVING WATER LABS · RESEARCH GRADE
The compounds on this page, CoA-tested and in stock. Dispatch in 1-2 days.
FREQUENTLY ASKED
The Root Cause Protocol (RCP) identifies bioavailable copper deficiency and unbound iron dysregulation as root drivers of mitochondrial dysfunction. GHK-Cu is the body’s endogenous copper-transport tripeptide, studied for safely chaperoning Cu(II) ions into ceruloplasmin, cytochrome c oxidase, and superoxide dismutase (SOD) without generating reactive oxygen species. Supplied for research purposes only.
Unbound copper can catalyze harmful Fenton-like oxidation reactions. GHK-Cu binds copper with picomolar affinity, serving as an intelligent biological chaperone that delivers copper exclusively to copper-dependent enzymes involved in cellular respiration, elastin cross-linking, and cellular defense.
Yes — independently HPLC-certified GHK-Cu lyophilised vials and raw cosmetic/formulation powders, tested by Janoshik Analytical at 99%+ purity with fast tracked delivery nationwide.
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All products supplied for research purposes only. Not for human consumption.
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