BPC157 / TB500

BPC-157 + TB-500 Peptide Blend – Dual-Action Support for Regeneration & Recovery
This high-purity peptide blend combines the regenerative power of BPC-157 with the tissue-repair capabilities of TB-500, creating a synergistic formula ideal for research in healing, inflammation control, and soft tissue regeneration. Together, these peptides target multiple pathways involved in cellular repair and recovery, making this blend a versatile tool.

Dubbed ‘The Wolverine Stack’

Key Benefits and Research Applications of BPC157 and TB500:

• Accelerated Tissue and Muscle Repair: The blend supports faster healing of injured muscles, tendons, and ligaments by promoting fibroblast migration and collagen formation. It has been shown in studies to help regenerate torn muscle fibres and speed recovery following physical trauma or overuse.

• Joint, Tendon, and Ligament Regeneration: BPC-157 is known to target tendons and ligaments specifically, supporting recovery from sprains, strains, and connective tissue damage. TB-500 complements this by improving cellular mobility and reducing scarring, making the blend particularly useful in orthopaedic and musculoskeletal research.

• Promotes Angiogenesis and Blood Flow: Both peptides contribute to the formation of new blood vessels (angiogenesis), enhancing nutrient delivery and oxygenation at injury sites. This is especially important in healing damaged tissues with poor blood supply, such as tendons or cartilage.

• Modulates Inflammation and Immune Response: The blend has shown the ability to reduce excessive inflammatory responses while promoting a balanced immune environment. This makes it a strong candidate for studies on chronic inflammation, autoimmune conditions, or delayed healing due to inflammation.

• Enhances Cell Migration and Recovery Speed: TB-500’s ability to regulate actin — a key protein in cell structure and movement — supports rapid cell migration to damaged areas. Combined with BPC-157’s protective effects, this leads to faster cellular turnover and regeneration in injured tissues.