Injury Recovery Peptides are short-chain amino acid sequences administered therapeutically to accelerate the resolution of tissue damage, inflammation, and fibrosis following acute or chronic injury. These agents are designed to selectively promote the proliferation and migration of cells critical for structural repair, such as fibroblasts and endothelial cells. They represent a targeted approach to regenerative endocrinology.
Origin
The origin lies in the discovery of endogenous repair factors, where researchers isolated the biologically active sequences responsible for initiating wound healing cascades. TB-500 and BPC-157 are classic examples derived from this line of investigation. We are harnessing nature’s signaling blueprints for accelerated repair.
Mechanism
These peptides typically function by upregulating growth factor expression locally or by directly binding to specific cellular receptors that govern actin reorganization, which is essential for cell migration. This action promotes angiogenesis, ensuring adequate nutrient and oxygen supply to the damaged area. Furthermore, they often exhibit potent anti-inflammatory properties, clearing the inhibitory environment that slows natural healing processes.
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