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脊髓脊膜膨出中马尾神经的延迟重建

Delayed cauda equina reconstruction in meningomyelocele.

作者信息

Epstein F, Spielholz N, McCarthy J, Battista A, Ransohoff J

出版信息

Childs Brain. 1980;7(1):31-42. doi: 10.1159/000119927.

Abstract

Infants afflicted with meningomyelocele are paralyzed as a result of physiologic disconnection of the neural plate from the spinal cord. Intact neural elements within the placode often maintain segmental reflex innervation of paralyzed lower extremity muscles. It was hypothesized that bridging this central peripheral gap with viable intercostal nerves would restore limited voluntary movement to paralyzed muscles. The surgical technique and initial results are the subject of this report.

摘要

患有脊髓脊膜膨出的婴儿会因神经板与脊髓的生理连接中断而瘫痪。基板内完整的神经元件通常维持着瘫痪下肢肌肉的节段性反射神经支配。据推测,用存活的肋间神经连接这个中枢与外周的间隙,将恢复瘫痪肌肉有限的自主运动。本报告的主题是手术技术和初步结果。

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