Which peptides are studied in tissue repair?
The workhorses of the area are BPC-157 (Body Protection Compound) and TB-500 (Thymosin Beta-4), often studied alongside GHK-Cu (copper peptide) for their role in regeneration.
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Do peptides work for injuries and recovery?
This is where precision matters most, because it is where exaggeration is most common.
The preclinical base for BPC-157 is genuinely broad: more than two hundred papers published over three decades on tendon, ligament, muscle, intestine and bone, with an unusual consistency of results. That same consistency is what the critical literature points out, because most of the records come from the same research group.
On human data, the short answer is that there are none. A 2025 systematic review documented zero completed controlled clinical trials for BPC-157. The absence of data is not evidence of safety or of risk: it is an absence of data, and that is exactly what it means for a compound to be a research compound.
What is sold on this page is a laboratory reagent labeled RUO: it has no sanitary registration, it is not intended for human or veterinary consumption, and that is why it comes with no dosing schedules or promises of results. If your interest is a treatment and not an experiment, the right conversation is with a doctor, not with a reagent supplier.
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Page last updated: July 15, 2026. Content reviewed regularly by the NeoPeptidos team.