Source comparison
TB-500 Studied Sports Injury: Research Comparison by Tissue Type
Tendon/Ligament Enhanced collagen deposition, improved fiber alignment, reduced inflammation 25–42% faster return to baseline tensile strength Equine superficial digital flexor tendon, rodent Achilles tendon Most robust evidence. Multiple studies show consiste
This comparison does not assign a generated winner or score.
- Tendon/Ligament
- Enhanced collagen deposition, improved fiber alignment, reduced inflammation
- 25–42% faster return to baseline tensile strength
- Equine superficial digital flexor tendon, rodent Achilles tendon
- Most robust evidence. Multiple studies show consistent effect
- Skeletal Muscle
- Increased satellite cell activation, accelerated myofiber regeneration, reduced fibrosis
- 30% reduction in healing time in strain injuries
- Rodent gastrocnemius strain model
- Strong evidence in controlled injury models
- Dermal/Cutaneous
- Accelerated keratinocyte migration, increased MMP expression, faster re-epithelialization
- 40–50% faster wound closure in scratch assays
- Human fibroblast/keratinocyte culture, rodent excisional wound
- Well-documented in vitro and in vivo
- Cartilage
- Minimal. Actin dynamics less critical to chondrocyte matrix production
- No measurable improvement in articular cartilage repair
- Rodent osteochondral defect model
- Limited evidence of efficacy
- Bone
- Indirect via improved vascularization. No direct effect on osteoblast activity
- Marginal improvement in fracture healing timelines
- Rodent femoral fracture model
- Not the primary application. Other peptides (BPC-157) show stronger bone-specific effects