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首页> 外文期刊>Minimally invasive neurosurgery: MIN >Surgery of lesions in the motor strip combining a stereotactically-guided mini-craniotomy with electrophysiological mapping of the motor cortex.
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Surgery of lesions in the motor strip combining a stereotactically-guided mini-craniotomy with electrophysiological mapping of the motor cortex.

机译:运动带皮损的手术结合了立体定向引导的微型颅骨切开术和运动皮层的电生理图。

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摘要

The removal of space-occupying lesions in the sensori-motor cortex carries a considerable risk of postoperative palsy. Therefore subcortical lesions located in the sensori-motor strip are often considered to be inoperable. Treatment options are stereotactic biopsy and radiosurgery beside radiological control examinations without surgery or surgery with a higher risk of postoperative deficits. The following article focusses on a combined approach involving a stereotactically guided and electrophysiologically controlled surgery. The instruments used (stereotactical system and electric stimulator) are available in almost every neurosurgical department in the Western and Eastern world and had been the first navigation systems in the human brain.
机译:去除感觉运动皮层中的占位性病变具有相当大的术后麻痹风险。因此,位于感觉运动带中的皮层下病变通常被认为是无法手术的。除了不进行手术的放射线控制检查或具有较高术后缺陷风险的手术外,治疗方法是立体定向活检和放射外科。下面的文章重点介绍一种组合方法,包括立体定向引导和电生理控制的手术。西方和东方世界几乎每个神经外科部门都可以使用所使用的仪器(立体定向系统和电刺激器),并且是人脑中最早的导航系统。

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