A stress fracture is generally the result of overuse or repeated trauma to a bone. Also known as "fatigue fractures," stress ...

Stress fractures are a type of ‘bone stress injury’ (BSI ... BSI of the posteromedial tibial diaphysis) are clinically managed and return-to-sport determined without prior knowledge of imaging ...

The Dallas Morning News spoke to Kenneth Jung, a foot and ankle surgeon at Cedars-Sinai Orthopedics in Los Angeles, to gain ...

Conclusions: On the basis of lower in vivo strains and strain rates, treadmill runners are at lower risk of developing tibial stress fractures, but less likely to achieve tibial bone strengthening, ...

Bone stress injuries (BSIs) and fractures are common concerns among athletes, particularly those involved in high-impact sports or activities that require repetitive movements. These injuries ...

In an otherwise healthy individual, fractures of the tibia are the most common injury affecting this bone. Pain related to overuse or overtraining can be from stress fractures of the tibia or pain ...

However, there was pain on palpation of the proximal tibia. Radiography revealed a fracture ... bone healing and showed marked callus formation and periosteal reaction (white arrows, Figure b ...

Pain over the affected bone, local swelling and warmth are ... such as the "dreaded black line" stress fracture of the tibia/shin and the Jones fracture of the fifth metatarsal, heal poorly ...

Background Tibia shaft fractures (TSF) are common for men and women and cause substantial morbidity, healthcare use, and costs. The impact of nonunions on healthcare use and costs is poorly described.

Anyone who does a lot of sport risks a stress fracture if the bones are overloaded. The injury occurs gradually. Sports physician Karsten Hollander gives tips on how to prevent it. "Competitive ...

Discover top medications for 'treating Tibia (Shinbone) Shaft Fractures'? This page compiles essential information on generic and brand-name drugs specifically used for Tibia (Shinbone ...

According to Holz et al., the exposed position of the lateral tibial plateau is mainly the reason for the higher incidence of fractures in this part of the bone. [2] This biomechanical study ...