BT Blend Snap Pen (BPC-157 + TB-500)
Twist-to-mix pen for tissue repair, microvascular support, and inflammation biology
BT Blend pairs two complementary peptides in one easy Snap Pen. The lyophilized blend sits in one chamber and the bacteriostatic diluent in the other—just twist to snap, gently invert to mix, then prime and dose.
BPC-157 for broad tissue healing & microvascular support
Used in preclinical models for tendon/ligament repair, gut barrier support, and inflammation modulation (TNF-α/IL-6).
Read more about BPC-157TB-500 (Thymosin β4 fragment) for cell migration, angiogenesis & organized remodeling
A derivative of thymosin β4 that helps mobilize cells, encourage new vessel growth, and support balanced ECM repair in injury models.
Read more about TB-500
BPC-157 helps stabilize the microvasculature and calm inflammation, while TB-500 accelerates cell trafficking and neovascularization. Together they provide a well-rounded platform for soft-tissue repair and regeneration research.
Our Snap Pen keeps the peptide phase and diluent separate until first use to help preserve stability and deliver a fresh, uniform solution.
Key Potential Benefits*
- Recovery & Repair – Supports tendon/ligament, muscle and soft-tissue models.
- Microvascular Support – Encourages healthy angiogenesis and endothelial integrity.
- Inflammation Modulation – Used to study down-regulation of pro-inflammatory cytokines.
- Scar & Remodeling – Aims for organized ECM deposition and balanced remodeling.
- Convenience – Two synergistic peptides, one twist-to-mix pen.
* as indicated in medical trials.
Research Sources
- Orthopaedic sports medicine review (scope of preclinical evidence)
- Tendon explant study — accelerated outgrowth & oxidative-stress protection
- Achilles tendon transection model — improved healing
- Nature (landmark) — integrin-linked kinase activation; cardiac cell migration/survival & repair
- Comprehensive review — multi-functional regenerative peptide (TB-500)
- Review (Int Immunopharmacology 2023) — regenerative/anti-inflammatory directions
Technical Information
CAS Number: | 137525-51-0 / 885340-08-9 |
PubChem CID: | 9941957 / 62707662 |
Formula: | C62H98N16O22 / C38H68N10O14 |


