User-friendly pediatric orthopaedic surgery reference distills clinical practice into essential facts! This third edition of Handbook of Pediatric Orthopaedics by the renowned Paul Sponseller builds on prior editions with recent updates and treatment guidelines on pediatric bone and joint disorders. This compact handbook is a succinct, how-to manual covering a diverse spectrum of pediatric orthopaedic procedures. The book is organized by nine chapters, six of which are dedicated to specific disorder categories. An introductory chapter on anatomy and normal childhood development features norms for osseous and motor development, innervation, growth patterns, predictions, and new guidelines for assessing growth at the pelvis, foot, and hand. Expanded content on skeletal growth, development, and systemic disorders and skeletal syndromes reflects the latest knowledge, such as imaging parameters, clinical treatment standards, and an algorithm for DDH treatment. Cutting-edge advances in the treatment of cerebral palsy, myelodsplasia, and spinal muscular atrophy are detailed in the chapter dedicated to neuromuscular disorders. Pediatric trauma content includes important updates on forearm and femur fractures, an outlined approach to each fracture, and a diagram showing how to reduce each type of Monteggia fracture. Key Features A how-to bulleted guide that walks readers through common procedures including blocks, traction, special casts, aspiration, and arthrograms Height and weight multipliers, bone age diagrams, a Lenke classification chart, and the most common lab values are handy clinical references for day-to-day practice Clear, concise drawings, bulleted text, charts, graphs, and diagrams enhance clinical understanding This is a must-have orthopaedic surgery manual for orthopaedic residents, fellows, and practitioners who treat childhood musculoskeletal disorders. Its compact size also makes it an ideal lab coat companion for medical students during orthopaedic rotations. This book includes complimentary access to a digital copy on https://medone.thieme.com.

While most spine deformities such as scoliosis, kyphosis, and lordosis are idiopathic, muscular dystrophy, cerebral palsy, spinal cord tumors and lesions are associated with more severe curve progression. Bracing typically does not prevent progression of spinal curves, and surgery is necessary for these patients. Neuromuscular Spine Deformity by Amer F. Samdani et al is the most comprehensive book on this topic to date, detailing the latest surgical techniques for a wide range of common to rare neuromuscular pathologies, in 27 well-illustrated chapters. The comprehensive content derives from the authors' collective years of hands-on expertise, evidence-based knowledge from the literature, and multicenter scoliosis studies performed by the prestigious Harms Study Group, a worldwide research-based association of spine surgeons. The text begins with discussion of preoperative evaluation, nonoperative management, and surgical considerations such as anesthesia, neuromonitoring, and estimated blood loss. Section two highlights pathology-specific surgical interventions, while sections three and four provide clinical pearls on a wide array of surgical techniques, complications, and patient outcomes. Key Highlights Disease-related challenges including dislocated hips, hyperlordotic/hyperkyphotic spine in cerebral palsy, myelomeningocele-related myelodysplasia and spine deformity, Duchenne's muscular dystrophy, and spinal muscular atrophy Guidance on assessing the sagittal profile preoperatively and executing it intraoperatively in patients with spinal cord injury Multiple options for fixation including the new sacral alar iliac screw approach for sacropelvic fixation and correction of pelvic obliquity Postoperative issues including ICU management, incidence and management of early and late wound infection, instrumentation failure, junctional kyphosis, and cervical extension Health-related quality of life outcomes in pediatric patients with cerebral palsy who have undergone scoliosis surgery This state-of-the-art resource is essential reading for orthopaedic surgeons, neurosurgeons, and trainees in these specialties. It is also a must-have reference for academic programs and institutional departments specializing in pediatric spine pathologies.