Source comparison
BPC-157 for IT Band Syndrome Research: [Type] Comparison
Rat Achilles tendon transection 10 mcg/kg daily IP Tensile strength at 14 days +62% load-to-failure Seiwerth 2010, J Orthop Res Strongest evidence for tendon-to-bone healing relevant to IT band insertional points Rat patellar tendon injury 10 mcg/kg local inje
This comparison does not assign a generated winner or score.
- Rat Achilles tendon transection
- 10 mcg/kg daily IP
- Tensile strength at 14 days
- +62% load-to-failure
- Seiwerth 2010, J Orthop Res
- Strongest evidence for tendon-to-bone healing relevant to IT band insertional points
- Rat patellar tendon injury
- 10 mcg/kg local injection
- Collagen fiber organization
- Type I/III ratio +30%
- Chang 2017, Eur J Pharmacol
- Directly applicable to IT band scar tissue quality improvement
- Rat quadriceps tendon tear
- 10 mcg/kg + 100 mcg/kg IP
- Fibroblast infiltration speed
- 50–60% faster migration
- Krivic 2008, J Physiol Pharmacol
- Mechanism explains accelerated early-phase healing in chronic tendinopathy
- Rat MCL injury + NSAID
- Healing impairment reversal
- Normalized vs NSAID-only
- Sikiric 2007, J Physiol Pharmacol
- Critical finding. Suggests BPC-157 may counteract ibuprofen-induced healing delays
- IT band syndrome (human)
- None. No trials exist
- Clinical outcomes
- No data available
- N/A
- All current evidence is extrapolated from analogous tendon models. No direct IT band research published