Titlebook: Degenerative Cervical Myelopathy and Radiculopathy; Treatment Approaches Michael G. Kaiser,Regis W. Haid,Michael G. Fehling Book 2019 Sprin

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Factors Predictive of Operative Outcomeiods of quiescence or even subtle clinical improvement with nonoperative treatment over time [.]. Surgical intervention, on average, has convincingly shown to improve neurological outcomes, functional status, and quality of life in DCM patients, regardless of the severity of preoperative functional

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https://doi.org/10.1007/978-3-642-86206-9ral nerves. This cylinder of gray and white matter receives motor inputs from the brain and a wide range of sensory information from the rest of the body. A clear understanding of SC anatomy and physiology, the distinction between vertebral segments and spinal segments, the correlation between the f

統(tǒng)治人類(lèi)

,Fleisch (einschl. Geflügel und Wild),cal application of biomechanical principles is essential and yet challenging. Alterations to normal cervical biomechanics can be induced by many etiologies, most commonly by degenerative changes. The goals of this chapter are to explain the basics of the biomechanics of the cervical spine, the princ

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Kapitel Zusammenfassung der Ergebnisse,ligaments, and vertebrae, which result in spinal cord impairment through static and dynamic injury mechanisms. At the present time, there remain a large number of ICD-10 codes that describe conditions that may fall under DCM. The term DCM was recently introduced with the growing recognition that the

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Dirk Pappert,Petra-Marie Schumm-Dr?gerdiculopathy and myelopathy is often multifactorial. Radiculopathy is the motor and/or sensory manifestation of neurologic dysfunction in the distribution of a given cervical nerve root. This can be due to static mechanical or dynamic compression of the nerve or secondary to biochemical factors. Ther

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