Sports Injuries

Muscle, tendon and ligament injuries are physically and psychologically challenging for athletes. Beyond the traditional RICE protocol (rest, ice, compression, elevation), regenerative medicine substantially shortens recovery and reduces re-injury risk.

Tissue Biology in Sports Injuries

Tendons and ligaments — along with cartilage — are among the body's most poorly vascularised structures. Low vascularisation limits oxygen and growth-factor delivery, slowing healing. Unlike full-thickness tears, partial tears often allow "function with pain" — incompletely healed tissue re-loaded leads to re-injury. Regenerative procedures deliver growth factors and renewal signals to improve tissue quality in this restricted healing environment.

Common Injuries and Treatments

Achilles tendinitis: the classic problem of runners and basketball players; becomes a major morbidity when chronic. Intra-tendinous or peritendinous PRP accelerates healing through fibroblast activation and angiogenesis. PRP combined with eccentric exercise yields markedly better outcomes.

Patellar tendinopathy (jumper's knee): common in volleyball, basketball and jumping sports — micro-tears and degeneration at the lower patellar tendon insertion. PRP + dry needling added to standard physiotherapy shortens recovery.

Rotator cuff injuries: partial rotator cuff tears can be managed conservatively with PRP or exosomes. Full-thickness tears warrant orthopaedic consultation for surgical decision.

Plantar fasciitis: common in runners and those on their feet all day. PRP into the fascia provides quick pain control and supports tissue repair. Orthotic insoles and stretching complete the plan.

Groin and adductor injuries: common in football, hockey and contact sports — adductor tendon injuries and sports pubalgia spectrum. Intramuscular PRP and kinesiotape support are used.

Athlete-Specific Rehabilitation

Injections alone are not enough. An individualised rehabilitation programme accounting for the athlete's specific movements, load levels and sport is essential. Return-to-sport is decided based on pain-free full range, muscle-strength symmetry and successful functional testing.