Subcutaneous injections are angled 45 degrees and require the needle to pierce the fat tissue above the muscle instead
Effect of Intra-articular Injection of AOD9604 with or without Hyaluronic Acid in Rabbit Osteoarthritis Model Ann Clin Lab Sci, 2015, cartilage-repair and osteoarthritis model PMID 25208511 Cox HD et al
For wound healing and scar reduction Acute wound healing: Dose: 2-3mg daily Frequency: Daily until healed Route: Near wound (subcutaneous, NOT into wound) Duration: 2-6 weeks depending on wound Chronic wound protocol: Dose: 2-3mg daily Frequency: Daily Duration: 4-12 weeks Can inject near wound or systemic Scar reduction: Dose: 1-2mg 3-5x weekly Inject near scar tissue 8-16 weeks Old scars need longer (24+ weeks) Expected wound healing: 50-70% faster healing time Reduced scar formation Better tissue quality Less inflammation For general tissue regeneration Systemic tissue health: Dose: 1-2mg Frequency: 3-5x weekly Route: Subcutaneous (any site) Duration: Ongoing for health optimization Benefits: Overall tissue repair Reduced inflammation Better recovery from injuries Enhanced collagen throughout body Improved joint and connective tissue Who uses this: Athletes for recovery Aging individuals for tissue maintenance After surgery for healing Chronic inflammation issues See our best peptides for injury recovery , fast injury healing , best peptides for joint pain , and best peptides for tendon repair
Most patients feel some discomfort after their procedure
Treatment-Resistant Tendinopathy Patients: Individuals whose chronic tendinopathy has not responded to 6 or more months of physical therapy, corticosteroid injections, and NSAIDs are likely to explore unproven adjunct options (BPC-157)
Experimental wound biology research has also investigated BPC-157 within multi-tissue repair frameworks where collagen deposition, vascular development, and inflammatory responses are analyzed simultaneously
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