Titlebook: Acute Elbow Trauma; Fractures and Disloc Peter Biberthaler,Sebastian Siebenlist,James P. Wa Book 2019 Springer Nature Switzerland AG 2019 C

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https://doi.org/10.1007/978-1-4939-8748-1 the back of the proximal ulna is only tenuous. In fractures following direct trauma, accompanying soft tissue lesions are common. Combined with swelling by fracture hematoma and oedema, skin closure can be challenging. Bulky implants increase the risk of wound healing issues. As another factor, fra

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https://doi.org/10.1007/978-1-4939-8748-1rom combined injuries with concomitant fractures and/or ligament disruption. A thorough understanding of the mechanism of injury and pathoanatomy allows the treating physician a better understanding of the potential structures involved. Careful assessment of elbow stability in all planes of motion f

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Autophagy in Health and Diseases, approximately accounting for 2–7% of all proximal forearm fractures and 0.7% of all elbow fractures and dislocations [1–4]. Monteggia fractures are defined as an ulnar-based forearm fracture in combination with a proximal radioulnar joint/radial head dislocation and are always designated as compl

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Physiological Functions of Autophagy,ificant functional limitation of the affected arm with a loss in particular of supination strength. Therefore the operative treatment is the therapy of choice. Anatomical refixation of the ruptured tendon to the tuberosity of the radius has become established as the standard surgical procedure. Ther

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Durgesh Nandini Das,Prashanta Kumar Pandaound the elbow remains a challenging and controversial topic. The anatomic positions of the radial, median, and ulnar nerves and their major branches make them vulnerable at several sites (see Fig. 11.1a, b). This is the reason for the relationship between particular nerve injuries and fracture patt

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Acute Elbow Trauma978-3-319-97850-5Series ISSN 2364-8295 Series E-ISSN 2364-8309

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