Medical-Grade Tissue Repair:
BPC-157 & TB-500
The most clinically documented healing peptides in existence. Operating through complementary mechanisms — VEGF angiogenesis, actin cell motility, fibroblast activation, and neural protection — for comprehensive multi-system tissue repair across every major body system.
Complementary Healing Protocols
Localized repair meets systemic regeneration — two peptides, one complete healing system
Week-by-Week Healing Timeline
Mechanistic progression of BPC-157 + TB-500 combined protocol based on published study data
4 Body Systems. One Protocol.
No other peptide combination addresses this breadth of tissue repair across human physiology
BPC-157 upregulates tendon fibroblast growth factor receptors; TB-500 drives actin polymerization and rapid cell migration — together accelerating tendon-to-bone healing 2× faster than controls.
Isolated from gastric juice, BPC-157 demonstrates exceptional potency healing fistulas, IBD lesions, and NSAID-induced intestinal damage with direct mucosal cytoprotection.
BPC-157 protects dopaminergic and serotonergic neurons, reverses drug-induced neurotoxicity, and shows promising outcomes in traumatic brain injury and spinal cord lesion models.
TB-500 activates cardiac stem cells and directs cardiomyocyte migration toward infarcted tissue. Its potent angiogenic properties restore blood supply to ischemic regions post-infarction.
