Peptides for Post-Surgery Healing & Wound Recovery

Post-surgical recovery involves a complex cascade of biological processes: haemostasis, inflammation, proliferation, and remodelling. BPC-157 has been shown in animal studies to accelerate each of these phases by promoting angiogenesis, stimulating growth factor expression, and modulating the inflammatory response. TB-500 enhances cell migration into the wound bed and reduces fibrotic scar formation. Glutathione provides critical antioxidant defence, protecting cells from the oxidative burst that follows surgical trauma and anaesthesia, which can otherwise impair healing.

Surgery creates significant oxidative stress through tissue damage, blood loss, anaesthetic metabolism, and the inflammatory response. Glutathione is the body's primary intracellular antioxidant and is rapidly depleted during surgical recovery. Research shows that maintaining adequate Glutathione levels supports immune cell function (reducing infection risk), protects healthy tissue from collateral oxidative damage, and supports liver detoxification of anaesthetic drugs. ORYN's pen-delivered Glutathione provides near-complete bioavailability compared to oral supplements, which are largely degraded during digestion.

BPC-157 has been researched in models of gastrointestinal surgery (anastomosis healing), orthopaedic surgery (tendon and ligament reconstruction), skin surgery (wound closure and scar formation), and even nerve repair following surgical transection. TB-500 research includes cardiac surgery recovery, muscle flap survival, and corneal wound healing. The breadth of surgical models studied reflects these peptides' fundamental role in tissue repair biology rather than being limited to specific tissue types.

In published animal studies, BPC-157 and TB-500 have been administered both immediately post-operatively and at various delays after surgery, with benefits observed in both scenarios. Some protocols begin administration within hours of surgical closure, while others start days later. The optimal timing likely depends on the specific surgical procedure and research objectives. Glutathione supplementation is commonly studied in the peri-operative period — before, during, and after surgery — to maintain antioxidant reserves throughout the entire recovery process.