$12.4B
Global sports medicine market size in 2026
Source: Grand View Research, Sports Medicine Market 2026
Who We Serve
Sports Medicine Doctors
Sports medicine physicians combine biologics, shockwave, and recovery peptides to get athletes back to play faster — with fewer re-injuries.
Sports medicine covers acute injury, overuse syndromes, and performance optimization for professional, collegiate, high-school, and weekend athletes. PRP, exosomes, ECSWT, HPLT, and LLLT accelerate soft-tissue healing while BPC-157, TB-500, and GH-releasing peptides support connective-tissue repair. Together they compress the recovery curve and reduce re-injury rates without controlled substances.
By the numbers
2026 stats you should know
31%
Reduction in return-to-play time when PRP + ECSWT is combined for chronic tendinopathies
Source: BJSM 2026 systematic review
72%
NCAA D1 programs using LLLT/PBM for recovery in 2026
Source: NATA 2026 Athletic Training Survey
3.2×
Growth in peptide-based recovery protocol adoption 2023 → 2026
Source: IPRA 2026 Practice Benchmarks
Benefits
Shorter return-to-play
PRP + ECSWT protocols cut recovery time for hamstring strains, tennis elbow, patellar tendinopathy, and rotator cuff tendinosis.
Non-surgical management
Many partial tears and cartilage lesions respond to biologics + load management, avoiding season-ending surgery.
Performance and recovery services
LLLT, HPLT, and peptide protocols position your practice for athletes, teams, and performance-focused patients.
Cash-pay procedure ladder
Athletes and active adults pay out-of-pocket for evidence-based recovery — layered on top of insurance-billed visits.
How they help patients
- Hamstring, groin, quadriceps, and calf strains
- Rotator cuff tendinopathy and partial tears
- Patellar and Achilles tendinopathy
- Plantar fasciitis and other chronic overuse injuries
- Concussion adjunctive recovery (LLLT/PBM)
- Return-to-sport optimization after ACL and meniscus surgery
Tools & Services Sports Medicine Practices Use
Field-tested biologics, energy-based devices, and recovery peptides — matched to sport, position, and season.
Biologics
PRP and exosomes for tendons, ligaments, and joints — leukocyte-rich or leukocyte-poor per indication.
Devices
ECSWT for insertional tendinopathies, HPLT for deep tissue, and LLLT/PBM for recovery and neurologic support.
Recovery peptides
BPC-157, TB-500, and GH-releasing peptides for connective-tissue repair — with clinician education.
Supplies & specialty
Injection consumables, PPE, and specialty resources for sports and orthopedic overlap.
How we onboard your practice
- Step 1Injury profiling
Diagnosis + imaging + return-to-play window drive the intervention stack.
- Step 2Combined protocols
Biologics + shockwave + laser + peptides sequenced across the recovery arc.
- Step 3Return-to-sport testing
Objective criteria and load progression to reduce re-injury risk.
Frequently asked questions
Are recovery peptides banned by USADA/WADA?
Some peptides are prohibited in-competition or at all times. We help clinicians consult current WADA/USADA lists and select compliant options for tested athletes.
Which biologic for a hamstring strain?
Leukocyte-poor PRP under ultrasound guidance is the most-studied option for Grade I–II muscle strains, typically 1–2 injections spaced 1–2 weeks apart.
Bring pro-level recovery into your sports medicine clinic
We'll help you build a return-to-play stack with biologics, ECSWT/HPLT, and peptide adjuncts tuned to your athletes.