Spine Surgery Basics

Spine Surgery Basics

Language: English

Pages: 577

ISBN: 364234125X

Format: PDF / Kindle (mobi) / ePub

Spine surgery has increasingly become a surgical field of its own, with a distinct body of knowledge. This easy-to-use book, written by acknowledged experts, is designed to meet the practical needs of the novice and the busy resident by providing essential information on spine pathology, diagnostic evaluation, surgical procedures, and other treatments. After an opening general section, degenerative spinal disease, pediatric spine conditions, spine trauma, spine tumors, infections, inflammatory disorders, and metabolic conditions are all discussed in more depth. Alongside description and evaluation of surgical options, important background information is included on pathology, presentation, diagnosis, and nonsurgical treatments. Potential complications of surgery are also carefully considered. Spine Surgery Basics will be an invaluable aid for all who are embarking on a career in spinal surgery or require a ready reference that can be consulted during everyday practice.

Current Psychotherapies (9th Edition)

Integrative Medical Biochemistry: Examination and Board Review

Imaging in Transplantation (Medical Radiology / Diagnostic Imaging)

Data Interpretation for Medical Students (2nd Edition)

Essentials of Anatomic Pathology (3rd Edition)

Neurology for the Hospitalist: A Practical Approach













32(4):425–429 4. Czerwein JK Jr et al (2011) Complications of anterior lumbar surgery. J Am Acad Orthop Surg 19(5):251–258 5. Brahams D (1989) Informed consent and 25 % risk of paralysis. Lancet 2(8653):57–58 6. Fountas KN (2007) Anterior cervical discectomy and fusion associated complications. Spine (Phila Pa 1976) 32(21):2310–2317 7. Harimaya K (2009) Increasing lumbar lordosis of adult spinal deformity patients via intraoperative prone positioning. Spine (Phila Pa 1976) 34(22):2406–2412 8.

completes their preparation of the patient, possibly including arterial line placement. The surgical team determines the necessity of catheterization of the bladder and neurologic monitoring as indicated depending on magnitude of case. Cord level cases typically require spinal cord monitoring. After intubation, the patient is rolled into the prone position on the operative table. The arms are typically placed overhead and abducted 90° at the shoulder and 95 elbow. Bony prominences are padded,

and utilized for grafting purposes. In order to be classified as a ceramic bone graft material, the material must meet the following qualities: tissue and mechanical compatibility, stability in body fluids, ability to withstand sterilization, and capability to be molded into functional shapes. On a molecular level, they can be composed of hydroxyapatite, tricalcium phosphate, bovine collagen, natural coral, calcium carbonate, or a combination of these [10]. Compared to allograft, ceramics do not

stimulation can activate the motor pathway at the anterior horn cell through reflex pathways. Despite the uncertainty of the exact tract monitored, NMEP responses appeared useful for monitoring, and it has been advocated as a safe and effective method to perform monitoring in children and young adults with idiopathic or neuromuscular scoliosis [2, 101, 115]. However, studies indicate it is not a specific monitor of the motor tract and it has been replaced by the transcranial stimulation technique

decrease the quality of the motor response and the ability to monitor. Adults often have preexisting conditions such as diabetes, spinal cord or nerve root injury, chronic hypoperfusion, and axonal conduction changes that reduce response amplitude. Very young children, particularly those under 6 years, have an immature central nervous system, which makes obtaining a motor response challenging [73, 111]. When scoliosis procedures are performed on children and young adults with substantial

Download sample