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Conduction Velocity Distribution Estimation using the Collision Technique for Assessing Carpal Tunnel Syndrome

机译:使用碰撞技术评估腕管综合征的传导速度分布估计

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A technique for selectively activating nerve fibers based on their diameter using the collision technique and evaluating nerve integrity using a conduction velocity distribution (CVD) estimator is discussed in this paper. This study is aimed at improving current diagnostic techniques used for assessing carpal tunnel syndrome (CTS). Current nerve conduction studies are influenced by the activity of the largest fibers active at the moment of recording and it is not possible to selectively analyze the functioning of smaller nerve fibers. According to the literature, the severity of CTS progresses from large nerve fibers to small nerve fibers. Therefore, the current study is an attempt to selectively evaluate nerve fibers based on their diameter and hence detect the severity of CTS in a patient more effectively
机译:本文讨论了使用碰撞技术的基于它们的直径选择性地激活神经纤维的技术,并使用传导速度分布(CVD)估计器评估神经完整性。本研究旨在改善用于评估腕管综合征(CTS)的目前诊断技术。目前的神经传导研究受到在记录时最大纤维活性的活性的影响,并且不可能选择性地分析较小神经纤维的功能。根据文献,CTS的严重程度从大神经纤维进入小神经纤维。因此,目前的研究是试图根据其直径选择性地评估神经纤维,从而更有效地检测患者中CTS的严重程度

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