Research use · informational overview

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Collection / 03 peptides

Regeneration and tissue repair

Peptides that preclinical research links to angiogenesis, fibroblast migration and connective tissue repair.

Regenerative peptides are the most frequently studied group of peptides in preclinical models. BPC-157, TB-500 and GHK-Cu appear in animal and cell-culture studies in connection with various mechanisms of tissue repair: the formation of new blood vessels, the guidance of cells to the site of injury and collagen synthesis. Human clinical data are scarce for most of these compounds, so it is necessary to distinguish between promising preclinical signals and proven clinical use.

The products below are intended for laboratory research use. Before use, verify the specification, storage method and applicable legislation in your country. Our quality policy describes how to read analytical data and what to check in the documentation.

Products in the collection Regeneration and tissue repair

Unlabelled glass vial with white lyophilized powder on a limestone base. Regeneration Most searched ≥ 99 %
RP-BPC-05 5 mg

BPC-157

A stable pentadecapeptide, associated with angiogenesis and tissue repair in preclinical models.

Research use

Lyophilized powder · 5 mg

Details
Unlabelled vial in a shallow ceramic bowl with water and folded linen cloth. Regeneration ≥ 98 %
RP-TB5-05 5 mg

TB-500

A thymosin beta-4 fragment, in research associated with actin, cell migration and healing.

Research use

Lyophilized powder · 5 mg

Details
Amber vial beside a polished copper plate and blue-green mineral crystals. Regeneration ≥ 99 %
RP-GHK-50 50 mg

GHK-Cu

A copper complex of the GHK tripeptide, linked in research to collagen synthesis and skin renewal.

Research use

Lyophilized powder · 50 mg

Details

Context

Read before you experiment.

All articles
Two unlabelled vials on opposite sides of a stone surface, one beside wheat, the other beside linen and water. Regeneration
4 min read

BPC-157 vs TB-500: similarities and differences

A comparison of BPC-157 and TB-500: origin, sequence, proposed mechanisms, preclinical models, limitations of the evidence and what to watch for when reading the literature.

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Thin copper wire in a coil and blue-green crystals on warm stone. Regeneration
3 min read

GHK-Cu: the copper tripeptide in skin research

GHK-Cu is a complex of the tripeptide GHK and copper. An overview of research on collagen, elastin, wound healing and the differences between cosmetics and research use.

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Fine translucent threads resembling actin filaments on a dark green surface beside a glass vial. Regeneration
3 min read

TB-500 and thymosin beta-4: tissue regeneration

What TB-500 is, how it differs from thymosin beta-4, and what preclinical research says about actin, cell migration and healing.

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Products in the Regeneration and tissue repair collection

Specifications, documentation and related research are collected in the catalog and on product pages.