Skeletal Trauma e-bog
2190,77 DKK
(inkl. moms 2738,46 DKK)
A key to being confident in the evaluation of skeletal trauma imaging is to rely on the identification of mechanism-specific traumatic features. Indeed, for each mechanism of injury applied to a particular part of the skeleton, the latter can only present predefined traumatic injuries: this is a pattern of injuries.The recognition of such a pattern of imaging allows the reader to determine the ...
E-bog
2190,77 DKK
Forlag
Academic Press
Udgivet
7 januar 2021
Længde
568 sider
Genrer
Biology, life sciences
Sprog
English
Format
pdf
Beskyttelse
LCP
ISBN
9780323854764
A key to being confident in the evaluation of skeletal trauma imaging is to rely on the identification of mechanism-specific traumatic features. Indeed, for each mechanism of injury applied to a particular part of the skeleton, the latter can only present predefined traumatic injuries: this is a pattern of injuries.The recognition of such a pattern of imaging allows the reader to determine the injuring mechanism and look for damages of lesser expression (or even invisible damages) that are common to the identified mechanism. In becoming more familiar with those mechanisms, the readers can deal with trauma imaging more efficiently and directly focus on findings relevant for further management.Skeletal Trauma: A Mechanism-Based Approach of Imaging aims to combine the knowledge of both radiologists and surgeons to propose a mechanism-based approach to imaging in skeletal trauma. Along 15 chapters covering every part of the skeleton, with more than 900 figures, this book reviews the anatomy, standard radiologic views, and imaging findings of skeletal trauma. Over 200 original schemas invite the reader to understand the imaging features and determine the injuring mechanism. Presents a comprehensive review of skeletal injuries using a mechanism-based approach Reviews relevant anatomy on common trauma radiologic views and cross-sectional imaging Details the most frequent circumstances of trauma, including mechanisms of injuries and structures involved for each Helps readers understand why and where injuries occur and how they present on imaging