Awake Spine Surgery

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Awake Spine Surgery is written by Muhammad M Abd-El-Barr and published by Thieme. It's available with International Standard Book Number or ISBN identification 1684206766 (ISBN 10) and 9781684206766 (ISBN 13).

A masterful guide on awake spine surgery and minimizing patient anesthesia burdens Spine surgery is an inherently evolving subspeciality with an ever increasing understanding of the pathology, biomechanics, and natural history of spine disease. Concurrently, technological innovations have been introduced that enable better and safer patient outcomes. At the forefront is awake spine surgery, a groundbreaking approach that is about more than avoiding general anesthesia—it stems from the philosophy of minimizing the surgeon "footprint" on patients. Awake Spine Surgery edited by pioneering surgeons Muhammad M. Abd-El-Barr, Alok Sharan, Kingsley Abode-Iyamah, Bhavuk Garg, and Ernest E. Braxton Jr. details this innovative and emerging area of spine surgery. The book is organized into three parts and 22 chapters covering preoperative, intraoperative, and postoperative considerations. The text lays a solid foundation, detailing patient selection criteria and contraindications and a full spectrum of ultrasound-guided blocks, from erector spinae to abdominal wall. The multidimensional aspects of awake spine surgery are reflected in topics ranging from global lessons learned from Covid and outpatient awake surgery program development—to long-acting nerve blocks and postoperative delirium. Key Highlights Encompasses the latest approaches, including endoscopy, robotics, next generation TLIFs, and minimally invasive lateral spine Invaluable clinical pearls, practical tools, comprehensive protocols, and inspiring case studies to integrate into practice Expert tips, key points, and tables enhance understanding and acquisition of knowledge Twenty high-quality procedural videos demonstrate diverse techniques This unique resource provides a blueprint for the future of spine surgery. It will help empower spine surgeons, anesthesiologists, and pain practitioners to achieve optimal patient outcomes, while eliminating general anesthesia-related risks and recovery challenges.