Titlebook: Imaging of Orthopedic Sports Injuries; Filip M. Vanhoenacker,Mario Maas,Jan L.M.A. Gielen Book 2021Latest edition Springer Nature Switzerl

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Bone Marrow Edema in Sports Injuries/General Concepttive MR sequences is most helpful for detection of BME, whereas dual-energy CT with virtual non-calcium images may be used as an alternative in patients with contraindications for MRI..The extent of bone marrow edema reflects the biomechanics of trauma. Compressive forces between two bony structures

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Overuse Bone Trauma and Stress Fracturesn the weight-bearing bones of the lower extremities, especially the posteromedial tibia. Under physiological circumstances, increasing the load on a bone will increase its strength through bone remodeling. When remodeling is unable to keep up with repetitive loading, a stress fracture will occur. Th

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Pseudotumors in Sportssubspecialized clinical referral basis. A large variety of pseudotumors exist. Although there have been technical advances and there is a diversity of imaging modalities, the diagnosis of a pseudotumor remains challenging and its morphologic features may be difficult to distinguish from those of a m

MIRE

Shoulder Instabilitynteraction between static and dynamic stabilizers is important to prevent instability. Knowledge of the imaging anatomy and the variations of the labrum and the glenohumeral ligaments is crucial to identify pathology related to shoulder instability. Particularly traumatic injury to the anteroinferio

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Imaging of Sports Injuries of the Elboweless quite common (e.g., gymnastics). Acute injuries are relatively rare and most injuries are the result of overuse. From a biomechanical standpoint two major mechanisms are responsible for this. The first is the athlete who is involved in sports that require a large number of the same repetitive

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ornithology