Titlebook: Spinal Osteotomy; Yan Wang,Oheneba Boachie-Adjei,Lawrence Lenke Book 2015 Springer Science+Business Media Dordrecht 2015 Anesthesia.Deform

Derogate

History of Spine Osteotomy,ogical dysfunction from canal compromise, and coronal or sagittal malalignment are common clinical presentations. Main surgical strategies are neurological decompression, deformity correction, and fusion. Milestones in the surgery of complex spine deformity are the introduction of spinal osteotomy t

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heart-murmur

How to Determine the Levels of Osteotomy?,popularized, more correction and stable force could be attained. Some aggressive procedures, including vertebral column resection, pedicle subtraction osteotomy, Smith-Peterson osteotomy, and Ponte osteotomy, have been proposed to improve the correction of this kind of deformities. The flexibility o

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Indications for Spinal Osteotomy,stabilizing procedures (osteotomies/resection) to achieve the desired correction [1–3]. It can be performed from the posterior or anterior approach or as combined anterior/posterior procedures in a single or staged fashion [4, 5]. Common indications include spinal decompensation or malalignment, pro

Charade

Smith-Peterson Osteotomy and Ponte Osteotomy, middle column functioning as a pivot point during correction of sagittal imbalance or kyphotic deformity with SPO or PO results in the least change of the length and risk of injury of neural tissue comparing with pedicle subtraction osteotomy and vertebral column resection. Using PO results in clos

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gonioscopy

Posterior Vertebral Column Resection (VCR) for Complex Spinal Deformities,edure has been employed since the 1920s for treatment of scoliosis [4]. A circumferential VCR approach to the surgical management of severe pediatric and adult deformities was considered as a viable option, as the development of segmental instrumentation made stable posterior constructs—and thus suc

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Corroborate

Rod Link Reducer Posterior System for Vertebral Column Resection: A Porcine Model,ve a number of disadvantages such as the limited correction, potential risk of spinal cord injuries, and long operative time. A new rod link reducer posterior instrumentation system has been developed to overcome the disadvantages of the PVCR. In this study, an average 53° angular kyphosis was creat

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Proximal and Distal Junctional Fixation Techniques,nstrumentation failure at the proximal or distal end of fixation [2–4]. This may lead to pain, progression of the deformity, and poor clinical outcome, which often require repeated surgical intervention. The proximal-end fixation is vulnerable due to increased stress at the junction between the rela