Researchers have studied BPC-157 for its potential effects on: Tissue recovery Tendon health Ligament support Muscle recovery Inflammation regulation Gastrointestinal health Cellular signaling Although interest in BPC-157 continues to grow, it is important to understand that human clinical research remains limited and additional studies are needed to fully establish safety and effectiveness for various applications
[24] In one study, fullthickness wounds of 6 millimeters in diameter were created in an ischemic skin flap on the backs of rats, and for 13 days the wound sites were then treated daily with topical GHK-Cu or topical hydroxypropyl methylcellulose vehicle, or given no treatment
Better blood supply to a stalled injury means more oxygen, more nutrients, and a restarted healing signal
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Maintaining Vascular Balance (The NO System) Beyond direct growth, BPC-157 acts as a sophisticated moderator for Nitric Oxide (NO), the gas the body uses to relax blood vessels and direct blood flow to an injury
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