Fast, effective relief from shin splints using Active Release Techniques — resolving the soft tissue dysfunction that keeps runners sidelined.
Shin splints (medial tibial stress syndrome) is one of the most common overuse injuries in runners, dancers, and athletes. The pain along the inner edge of the shinbone is caused by inflammation and micro-damage to muscles and tendons that attach to the tibia.
The tibialis posterior, soleus, and flexor digitorum longus muscles develop adhesions from repetitive impact. These adhesions create abnormal tension on the periosteum (bone lining), causing the characteristic pain along the shin.
ART precisely targets these adhesions, releasing the abnormal tension and allowing the muscles to function properly — resolving the condition at its source rather than just managing symptoms with rest and ice.
Shin splints present in predictable patterns that ART can effectively diagnose and treat.
Tenderness and pain along the inner border of the tibia, typically in the lower two-thirds of the shin.
Discomfort that begins during running or exercise and may persist afterward.
Tightness and soreness in the lower legs when first getting up, improving as muscles warm up.
Slight swelling along the inner shin that may accompany the tenderness.
Pain that starts mildly and progressively worsens with continued activity if left untreated.
Tenderness when pressing along the inner edge of the tibia where muscles attach.
Active Release Techniques targets the specific muscles creating abnormal stress on the shinbone.
Cory evaluates the tibialis posterior, soleus, peroneals, and flexor muscles — identifying the adhesions creating abnormal tibial stress.
Using specific ART protocols with directed movements, the scar tissue binding these muscles is broken apart, releasing the tension pulling on the periosteum.
With adhesions resolved, normal muscle function returns. The abnormal stress on the tibia is eliminated, and you can return to activity pain-free.
Cory begins with a thorough evaluation — testing range of motion, identifying trigger points, and locating the exact soft tissue structures involved.
Using one of 500+ specific protocols, Cory applies precise tension while you perform directed movements. Sessions typically last 15–30 minutes.
Most patients notice improvement after the first session. A typical treatment plan of 3–5 visits resolves the condition. No drugs, no surgery, no downtime.
Schedule your appointment with Cory Harris and start your path to lasting, drug-free pain relief.
858-350-6290Cory will assess your specific case. Many patients can continue modified activity during treatment, while others benefit from a brief reduction in mileage. The goal is to get you back to full activity as quickly as possible.
Shin splints involve soft tissue inflammation; stress fractures involve actual bone damage. ART resolves the soft tissue dysfunction that causes shin splints. If a stress fracture is suspected, Cory will refer you for imaging.
Recurring shin splints indicate unresolved adhesions. Rest alone doesn't break apart scar tissue — it just reduces inflammation temporarily. ART addresses the root cause so the condition doesn't return.
Most shin splint cases resolve in 3–5 sessions. Severe or chronic cases may need additional visits.
Footwear can contribute to shin splints, but it's rarely the primary cause. Cory can advise on whether biomechanical factors beyond soft tissue are contributing.
Medical Disclaimer: Content on this page is for informational purposes only and does not constitute medical advice. Results vary by individual. Consult a qualified healthcare provider for diagnosis and treatment of any medical condition.