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Best Peptides for Sprained Ankle: Comparison
This table compares the primary research-grade peptides used in soft tissue injury recovery, focusing on mechanism, administration, and practical application for ankle sprains. BPC-157 Sustains VEGF and TGF-β signaling through proliferative phase; promotes ang
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- This table compares the primary research-grade peptides used in soft tissue injury recovery, focusing on mechanism, administration, and practical application for ankle sprains.
- BPC-157
- Sustains VEGF and TGF-β signaling through proliferative phase; promotes angiogenesis and collagen synthesis
- 250–500 mcg SC 1–2x daily for 2–4 weeks
- Days 3–21 (proliferative phase)
- Most research-supported for ligament-specific healing; works best when started after acute inflammation peaks
- TB-500
- Upregulates G-actin to enhance cell migration; reduces IL-6 and TNF-α expression during acute inflammation
- 2–2.5 mg SC 2–3x weekly for 2 weeks, then 1x weekly
- First 72 hours through day 14 (inflammation + early proliferation)
- Critical for reducing fibrosis; efficacy drops if not administered within 5 days of injury
- GHK-Cu
- Copper-dependent collagen remodeling; modulates MMP (matrix metalloproteinase) activity
- 1–2 mg SC daily for 3–4 weeks
- Days 7–28 (remodeling phase)
- Weaker evidence base for acute ligament injuries; better suited for chronic tendinopathy
- Ipamorelin
- Stimulates growth hormone release; indirect collagen synthesis support
- 200–300 mcg SC before bed, 5 days/week
- Entire recovery timeline (adjunct only)
- Does not target injury-specific pathways; useful for systemic recovery but not ligament-specific repair
- Epitalon
- Telomerase activation; cellular senescence reduction
- 5–10 mg SC for 10–20 days
- Post-recovery maintenance (not acute injury)
- No direct mechanism for acute soft tissue healing; belongs in longevity protocols, not injury recovery