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BPC-157 is a 15-amino-acid peptide investigated in preclinical models of tendon-cell signalling and blood-vessel formation.
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BPC-157 research includes experiments on connective-tissue cells and vascular responses to injury. In a 2014 study, tendon fibroblasts exposed to the peptide showed increased growth-hormone receptor expression and an altered response to growth hormone. A separate investigation examined endothelial cells, chick membranes and a rat hind-limb ischaemia model. It reported changes in VEGFR2 signalling, vessel formation and restoration of blood flow in the animal model. These are distinct experimental outcomes: receptor expression in cultured cells and circulation in injured rats do not demonstrate tendon repair or recovery in human patients.
Each source identifies what was studied and the limits of its findings. Published research is separate from this product’s batch COA.
The investigators reported increased growth-hormone receptor expression in tendon fibroblasts and enhanced responses to growth hormone. Cultured-cell findings are not evidence of healed human tendons.
Read studyEndothelial-cell, chick-membrane and rat experiments linked BPC-157 exposure to vessel formation and VEGFR2 signalling. Improved blood-flow recovery was observed in the rat ischaemia model.
Read studyBPC-157 is currently listed in 10 mg. Select a strength above to see its price, product image and current stock. Listed quantities are supplied specifications, not measured batch results.
No laboratory report is currently published for this compound. Request the available documentation before relying on any batch-specific measurement. A scientific paper is not a substitute for a COA.
A catalogue listing is not a laboratory measurement. Check original documentation for the selected strength and batch before relying on identity, purity or quantity information.
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