![]() ![]() Splints: These are made of plastic and fiberglass and are used to immobilize the joint.If these methods are found to be ineffective, your doctor will recommend using Physical therapy: After the initial rest period, your doctor will recommend special non-weight-bearing exercises and other techniques to strengthen the bones and improve range of motion.Medications: Your doctor will recommend over the counter anti-inflammatory medications to reduce inflammation and pain.Elevation: You need to elevate your leg to relieve swelling.Compression: Pressure should be applied to the affected site to reduce pain.Ice: Apply ice for 10 minutes at a time to relieve pain and inflammation.You may be able to participate in low-impact activities but you should discuss this with your doctor. Inadequate rest can lead to worsening of the fracture and sometimes arthritis. Weight-bearing on the affected leg is limited until the area is healed which can take 4 to 8 weeks. Rest: Your doctor will advise you to avoid high-impact exercises and activities. ![]() Treatment for a stress fracture depends on the location and severity of the fracture. Treatment for a Stress Fracture of the Tibia MRI Scan: An imaging study that uses a large magnetic field and radio waves to produce detailed images of the tibia.CT scan: Detailed images of the tibia are obtained using X-rays from different angles.Bone scan: This is an imaging technique in which a radioactive drug is injected into the bone to detect any damage or disease.However, stress fractures may be difficult to visualize on X-rays. X-rays: During this study, high electromagnetic energy beams are used to produce images of the broken bones.Diagnostic tests can include the following: Your doctor will review your medical history and symptoms and based on this a physical examination will be performed. Pain which is initially present with strenuous activities and later with regular activitiesÄiagnosis of a Stress Fracture of the Tibia.Symptoms of a stress fracture of the tibia include: Women are more likely to develop stress fractures. It may also be associated with weakness of the bone due to a condition called osteoporosis. The most common cause of stress fractures of the tibia is repetitive stress or overtraining for sports. The tibia is a weight-bearing bone in which stresses can accumulate from activities such as running and jumping. A stress fracture of the tibia or shinbone is a thin fracture, also called a hairline fracture that occurs in the tibia due to excess stress or overuse. ![]()
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