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Are you looking for concise, practical answers to those questions that are often left unanswered by traditional spine references? Are you seeking brief, evidence-based advice for complicated cases or controversial decisions? Curbside Consultation of the Spine: 49 Clinical Questions provides quick answers to the tricky questions most commonly posed during a “curbside consultation” between spinal surgeons.Dr. Kern Singh has designed this unique reference which offers expert advice, preferences, and opinions on tough clinical questions commonly associated with the spine. The unique Q&A format provides quick access to current information related to the spine with the simplicity of a conversation between two colleagues. Numerous images, diagrams, and references allow readers to browse large amounts of information in an expedited fashion.Curbside Consultation of the Spine: 49 Clinical Questions provides information basic enough for residents while also incorporating expert advice that even high-volume clinicians will appreciate. Practicing orthopedic spine surgeons, neurosurgeons, orthopedic and neurosurgical residents, and medical students will benefit from the user-friendly, casual format and the expert advice contained within.Some of the questions that are answered: How do I know intraoperatively that I have done a thorough lumbar decompression? When I see my patients pre-operatively, what risk factors should I warn them about that may increase their chance for a post-operative infection? I have a 65-year-old female who fell and suffered a central cord syndrome. What's her prognosis and are there other types of incomplete spinal cord syndromes? I have a 34-year-old patient with back pain and some buttock pain for two weeks. When should I get an MRI? Do I need to perform neuromonitoring for every spine surgery? The cost appears to be relatively high and I want to be selective about its use. I have a 64-year-old female who was fused posteriorly in the lumbar spine and I need to correct her lordosis. What's the difference between a Smith-Peterson and a pedicle subtraction osteotomy?

Robotic spine surgery is one of the fastest growing segments of the spine surgery market. Surgeons specialising in spine surgery are highly motivated to learn and improve their understanding of the indications,application,and future clinical scope of using new technological platforms. Spinal surgeons face time pressures but are hungry for new ways to effectively treat patients. This book presents information in the case study format. By using examples of surgical cases of an advanced nature (e.g. spinal deformity, minimally invasive surgery, combinatorial technology using the robot) this will differ from other texts. Each case study is written by a well-respected expert in the field and represents that surgeon's most monumental case. Each case contains a concise patient history with indications, contraindications and insights to help the reader assimilate expert knowledge. The case studies examine both the unique and technical aspects of robotic planning and surgical execution, and include seminal bullet point sections: Key take away points; Tips and pearls to avoid pitfalls; and'how I could have done this better.” This new text provides valuable and practical knowledge for spine surgeons and others involved in robotic surgery.

Revision spine surgery requires a unique skill set different from performing a primary operation. Understanding when a simple revision is sufficient, when a more complex approach is needed, or when a non-surgical option should be considered is critical to good patient care and outcomes. In this first book to focus exclusively on the complex topic o

There has been an exponential increase in the volume and quality of published research relating to spine care over the last several decades. Among thousands of articles, a small fraction has been shown to be truly'game changing,'forcing the entire field to pause and take notice. These landmark studies may describe a new procedure or surgical approach, evaluate the relative effects of known treatments or techniques, introduce a new classification system, or provide new insights into natural history or disease prognosis. Such studies form the foundations of spine surgery today.This book will be a useful reference not only to the established spine surgeon, but also to neurosurgery and orthopedic residents, as well as to spine surgery fellows as they continue to fortify their knowledge surrounding spinal disorders. Further, this will no doubt serve as a useful evidence-based resource for trainees studying for professional examinations and perhaps most importantly challenge and inspire clinicians to produce high-quality impactful research.

With an ever-expanding array of biomaterials and implant devices appearing in the field, Spinal Reconstruction: Clinical Examples of Applied Basic Science, Biomechanics and Engineering helps surgeons assess and utilize the latest technologies to improve the reconstruction of the spine and enhance the reconstitution of diseased spinal segments. With

Minimally invasive procedures are increasingly utilized and are replacing open surgery to reduce scarring and pain, enhance patient recovery, and minimize cost. Minimally Invasive Spine Surgery provides step-by-step guidance, expert instruction, and detailed illustration of current minimally invasive orthopedic spine procedures. With a variety of c

With contributions from more than 100 renowned authorities in the field, this reference compiles treatment recommendations and tips for a myriad of complications associated with nonoperative and operative management of various spinal pathologies in children and adults-providing expert guidance on complication identification, recognition, management

Advances in Spinal Fusion reveals a new generation of materials and devices for enhanced operations in spinal fusion. This reference showcases emerging research and technologies in areas such as biodegradable implants, drug delivery, stem cell isolation and transfection, cell encapsulation and immobilization, and the design of 2D and 3D scaffolds for cells. It captures a cascade of innovations crucial to increased healing and decreased morbidity in spinal fusion methods and mechanics and addresses current standards in analytical methodology and quality control, it describes the selection of biomaterials for improved biocompatibility, biostability, and structure/function relationships.