Sprains & Strains Treatment
in Tulsa, Oklahoma

A sprain is a stretch or tear of a ligament, the tough band that connects bone to bone and stabilizes a joint (think ankle inversion injury stretching the ATFL). A strain is a stretch or tear of a muscle or the tendon that anchors that muscle to bone (think a pulled hamstring or a calf strain). Both produce pain and swelling, but they fail in different tissues, heal on different timelines, and respond to different rehabilitation approaches.

Sprains are generally graded I through III. Grade I is a mild stretch with microscopic fiber damage and minimal instability. Grade II is a partial tear with moderate swelling and looseness on exam. Grade III is a complete rupture, often with gross instability. Grade I and II injuries usually respond to protected motion and rehabilitation, while Grade III ruptures sometimes require orthopedic referral. Regenerative options like PRP are often considered for stalled Grade II injuries that haven't healed after several months of appropriate rehab.

The traditional RICE protocol (rest, ice, compression, elevation) has largely been updated by sports medicine to frameworks like POLICE (protection, optimal loading, ice, compression, elevation) or PEACE & LOVE. The key shift is away from prolonged rest and toward gentle, progressive loading once acute swelling settles. Extended immobilization can actually slow healing in many soft-tissue injuries by reducing the mechanical signaling that tells ligaments and tendons to remodel.

Ligaments have a relatively poor blood supply compared to muscle, which is why some partial tears stall in the healing process. When a ligament remains lax (even subtly) the joint can develop repetitive micro-instability, and each small reinjury restarts the inflammatory cycle before prior damage has consolidated. This is one reason chronic ankle instability or persistent elbow sprain symptoms can linger for months or years after the original injury.

Platelet-rich plasma delivers a concentrated dose of growth factors (PDGF, TGF-β, VEGF, and others) directly into the injured tissue under ultrasound guidance. For stalled ligament or tendon injuries, the goal is to restart the healing cascade where the body's own process stopped short. Response varies by tissue, chronicity, and patient factors, but PRP has become a widely used option for chronic lateral ankle sprains, hamstring strains, and tendinopathies that haven't responded to rehab alone.

Recurrent hamstring and adductor strains are common because the original injury often leaves residual scar tissue that is less elastic than healthy muscle, creating a weak link at the musculotendinous junction. Recurrence risk is further increased by strength imbalances, incomplete eccentric strengthening during rehab, and returning to full sport before the tissue is ready. A thorough evaluation looks at scar pattern, strength symmetry, and whether targeted injection or regenerative therapy could support the rehab plan.