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椎板下钢丝穿过过程中脊髓内钢丝的穿透深度。

Depth of intraspinal wire penetration during passage of sublaminar wires.

作者信息

Goll S R, Balderston R A, Stambough J L, Booth R E, Cohn J C, Pickens G T

机构信息

Department of Orthopaedic Surgery, Wright-Patterson USAF Medical Center, Dayton, Ohio.

出版信息

Spine (Phila Pa 1976). 1988 May;13(5):503-9. doi: 10.1097/00007632-198805000-00013.

Abstract

A major concern with the use of sublaminar wires for segmental spinal instrumentation is the risk of neurologic compromise associated with repeated passage of wires through the epidural space. Because of the inability to visualize the wire tip during its sublaminar passage, the surgeon is unable to appreciate the depth of wire penetration (DOWP). The purpose of this investigation was to determine, through direct measurement, the depth of intraspinal penetration during the passage of sublaminar wires. Using their model, the authors have been able to define the optimal parameters for safe wire passage. Careful attention to maintaining contact between the wire tip and the under-surface of the lamina, using a wire of optimal configuration, will result in minimal DOWP and reduce the possibility of neurologic compromise.

摘要

使用椎板下钢丝进行节段性脊柱内固定的一个主要问题是,钢丝反复穿过硬膜外腔会有导致神经功能受损的风险。由于在椎板下穿钢丝时无法看到钢丝尖端,外科医生无法了解钢丝穿透的深度(DOWP)。本研究的目的是通过直接测量来确定椎板下钢丝穿过时脊髓内的穿透深度。通过他们的模型,作者已经能够确定安全穿钢丝的最佳参数。使用最佳构型的钢丝,仔细注意保持钢丝尖端与椎板下表面接触,将使DOWP最小化,并降低神经功能受损的可能性。

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