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To promote the development of this promising class of anti-inflammatory compounds into licensed therapeutics, several critical directions for future research are proposed

[2] Contents: Molecular Characterization and Essential Functions Copper Peptides Scientific Research and Studies BPC157 and Tendon Fibroblast Signaling: PAK-Paxillin Pathway Modulation Growth Hormone Receptor Upregulation in Fibroblast Populations BPC157 and VEGFR2-Mediated Angiogenic Signaling BPC157 in Gastrointestinal Mucosal and Systemic Cytoprotection Models Musculoskeletal Tissue Repair: Narrative Review Data (2025) BPC157 and Neurotransmitter System Modulation: Brain-Gut Axis Research BPC157 as a Putative Neurotransmitter-Like Cytoprotective Mediator Central Nervous System Repair: Neuroregeneration Research References Molecular Characterization and Essential Functions BPC157 is distinguished among synthetic research peptides by its resistance to enzymatic degradation in gastric environments, a property attributed to its partial origin from an endogenous gastric protein sequence

Blood 62(Suppl 1):204a, 1983

However, specific variants found at an elevated frequency among Mori and Pacific peoples enhance urate reabsorption, leading to hyperuricaemia and increased risk of gout development