Regenerative & Repair

BPC-157 / TB-500

Co-Formulated Research Blend - Co-formulated repair-research blend in a single vial.

A co-formulated blend pairing BPC-157 and TB-500 at a 1:1 ratio, prepared for researchers studying the two compounds in combination within tissue-repair protocols.

Combination work exists because the two peptides are reported to act through non-overlapping mechanisms - one weighted toward angiogenic and cytoprotective signaling, the other toward actin regulation and cell migration. Co-formulating them at a fixed ratio removes a source of preparation variability when both are studied together.

BPC-157 / TB-500 specifications

Molecular formula
Co-formulated blend
Sequence
10mg BPC-157 + 10mg TB-500
Residues
BPC-157 (15) + TB-500 (43)
Presentation
Lyophilized powder
Documented purity
99.90% by HPLC
Available sizes
20mg ($75)
Archived COA lots
10
Intended use
Laboratory research use only. Not for human or veterinary use.

Studied pathways

  • Combined repair signaling - Investigated for overlapping angiogenic and actin-regulating activity when the two peptides are studied together.

Reported mechanisms in the literature

  • Overlapping repair signaling - Studied for the overlap between BPC-157's angiogenic/cytoprotective activity and TB-500's actin-regulating, migration-promoting activity when the two are researched together. (Combination research)
  • Vessel formation & cell movement - Investigated as a paired system in tissue-repair protocols - one component associated with new-vessel signaling, the other with reparative cell migration. (Preclinical literature)

What BPC-157 / TB-500 is researched for

  • Combined recovery - Studied as a paired preparation for tendon, muscle and connective-tissue repair endpoints. (Combination research)
  • Angiogenic repair - Investigated for combined angiogenic and cell-migration activity in wound models. (Preclinical literature)

BPC-157 / TB-500 certificates of analysis on file

Every lot below was tested by an independent laboratory and the full report is published as a PDF. Purity is shown exactly as the report states it. The same records are searchable in the COA library and can be checked on the lot verification page.

LotTestedSizeLaboratoryHPLC purityIdentityCertificate
BPC-TB-101926-2022 Oct 202620mgILS Laboratories99.76%Confirmed (HPLC retention time)COA PDF
6UC3KJ3 Oct 202620mgFreedom Diagnostics99.88%Confirmed (LC-MS/MS)COA PDF
Auth260527030430 May 202620mgFreedom Diagnostics99.67%Confirmed (LC-MS/MS)COA PDF
Auth260527030930 May 202620mgFreedom Diagnostics99.80%Confirmed (LC-MS/MS)COA PDF
FD-260527030427 May 202610mgFreedom Diagnostics99.67%Confirmed (LC-MS/MS)COA PDF
FD-260521057323 May 202610mgFreedom Diagnostics99.30%Confirmed (LC-MS/MS)COA PDF
Whol260521057323 May 202620mgFreedom Diagnostics99.30%Confirmed (LC-MS/MS)COA PDF
BPTB20-032026-121 Mar 202620mgFreedom Diagnostics99.39%Confirmed (LC-MS/MS)COA PDF
100000120 Feb 202620mgFreedom Diagnostics99.90%Confirmed (LC-MS/MS)COA PDF
FD-260218008518 Feb 202610mgFreedom Diagnostics99.90%Confirmed (LC-MS/MS)COA PDF

Published literature on BPC-157 / TB-500

The mechanisms above trace to peer-reviewed studies indexed on PubMed. These are independent third-party publications, not Aspect Peptides claims. Browse indexed research on PubMed.

BPC-157 / TB-500 frequently asked questions

Why combine BPC-157 and TB-500?

Researchers study the two together because their reported repair mechanisms are complementary - angiogenic/cytoprotective versus actin-regulating/migratory. This blend co-formulates both at a 1:1 ratio for combination studies.

Is this blend approved for human use?

No. Neither component is approved for human use, and the blend is a research material only. All data is preclinical.

How is the blend documented?

The vial ships with a Certificate of Analysis covering the combined lot. Each component's identity and purity are established before release.

Documented to 99.90% purity by HPLC · third-party COA every lot · from $75 · For laboratory research use only.

Related Regenerative & Repair compounds

  • BPC-157 - Synthetic pentadecapeptide studied for VEGF and growth-factor receptor signaling.
  • TB-500 - Thymosin β-4 fragment studied for actin regulation and tissue repair.
  • BPC-157 / TB-500 / KPV - BPC-157, TB-500 and KPV co-formulated in a single vial.
  • GHK-Cu - Copper tripeptide studied in skin-remodeling research.
  • KPV - α-MSH C-terminal fragment studied for inflammatory signaling.
  • ARA-290 - Erythropoietin-derived peptide studied for neural repair.
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