Pediatric Imaging for the Emergency Provider E-Book (e-bog) af -
Pennington, Debra (redaktør)

Pediatric Imaging for the Emergency Provider E-Book e-bog

656,09 DKK (inkl. moms 820,11 DKK)
Children and infants comprise up to 20% of emergency department visits, and emergency physicians must be knowledgeable in choosing the most appropriate imaging modality to arrive at an accurate diagnosis and provide optimal patient care. Written specifically for the non-specialist and those with limited pediatric training, Pediatric Imaging for the Emergency Provider provides expert guidance in...
E-bog 656,09 DKK
Forfattere Pennington, Debra (redaktør)
Forlag Elsevier
Udgivet 18 februar 2021
Længde 400 sider
Genrer Paediatric medicine
Sprog English
Format pdf
Beskyttelse LCP
ISBN 9780323708500
Children and infants comprise up to 20% of emergency department visits, and emergency physicians must be knowledgeable in choosing the most appropriate imaging modality to arrive at an accurate diagnosis and provide optimal patient care. Written specifically for the non-specialist and those with limited pediatric training, Pediatric Imaging for the Emergency Provider provides expert guidance in this challenging area. Abundant high-quality imaging examples cover the full range of pediatric disorders you're likely to see, including trauma, musculoskeletal, pulmonary, ENT, cardiac, genitourinary, gastroenterology, neurological, and neonatal patients. Presents more than 80 common and important rare cases, supported with 450+ images across relevant modalities including ultrasound, radiography, CT, and MRI. Identifies key radiographic findings for various pediatric conditions including congenital heart lesions, surgical entities, infectious disease processes, and traumatic injuries. Accompanies images with clear, concise text that makes it easy to grasp the most clinically significant points of each case. Provides expert guidance on best practices in important areas of pediatric imaging such as sedation, ionizing radiation exposure reduction, and imaging modality selection.