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首页> 外文期刊>Journal of Clinical and Diagnostic Research >Tracking of Fascicles of Sartorius and Pectineus Nerves-A Key to Neurosurgery
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Tracking of Fascicles of Sartorius and Pectineus Nerves-A Key to Neurosurgery

机译:Sartorius和Pectineus神经的分册的跟踪-神经外科的关键。

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Sartorius and pectineus are muscles of thigh innervated by Nerve to Sartorius (NS) and Nerve to Pectineus (NP) respectively. If pectineus and sartorius muscles are paralysed or weakened due to injury to nerves to pectineus and NS or their fascicles, these injured nerves and/or fascicles are to be repaired or stimulated to restore the functions of these muscles.Aim: An experimental histological study of the NP and NS was designed to explore the configuration of fascicles and their identification for repair at fascicular level. This microscopic work has been done at such a close sample interval (1-2 mm) for the first time.Materials and Methods: The slides from 24 blocks of 4/5 mm tissue of femoral nerve were observed under microscope and photographs were taken. The fascicles were identified at emergence of NS and NP and mapped/tracked cranially in presence of transformational processes in their pathways. The group of fascicles contributing to these nerves were also mapped cranially up to the top of cropped femoral nerve.Results: Fascicles 10, 11 and 12 were main contributors to nerve to sartorius. These fascicles underwent 49 transformational processes transforming into fascicles 298, 299, 307, 308 and 309 forming NS in S1 1. Similarly the fascicles 7, 8 and 9 constituted NP having undergone 33 transformational processes forming fascicles 220, 305 and 306 in A24 1 matching with the fascicles of P1 1. The clear picture of pathways of above mentioned fascicles from point of emergence of NS and NP upto top of femoral nerve and vice versa is presented in table Models NP and NS.Conclusion: The pictures of composite fascicles will revolutionise not only diagnosis and treatment of injured fascicles but also interpretation of MRI along with the identification. The study will add new dimension to future diagnosis and treatment of injured nerve or fascicle.
机译:赛多利斯和果胶是分别由神经支配至Sartorius(NS)和神经支配至Pectineus(NP)的大腿肌肉。如果由于果胶和NS或其筋膜神经受到损伤而使面肌和缝肌肌肉麻痹或虚弱,则应修复或刺激这些受伤的神经和/或筋膜以恢复这些肌肉的功能。目的:进行实验NP和NS的组织学研究旨在探讨束的构型及其在束水平修复的鉴定。这项显微工作是第一次以如此接近的样本间隔(1-2 mm)完成的。材料与方法:在显微镜下观察来自24个4/5 mm股神经组织块的玻片。被采取。在NS和NP出现时鉴定出束,并在其路径中存在转化过程的情况下进行颅骨定位/追踪。造成这些神经的束束也被颅骨映射到股神经的顶部。结果:束10、11和12是缝线神经的主要贡献者。这些分册经历了49个转化过程,转化为在S1 1中形成NS的分册298、299、307、308和309。类似地,分册7、8和9构成了NP,经历了33个转化过程,形成了A24 1中的分册220、305和306。 NP和NS表中列出了从NS和NP的出现点到股神经顶部,反之亦然的上述纤维束的清晰路径。结论:复合图像束不仅会彻底改变受伤的束的诊断和治疗方法,而且将对MRI的解释以及鉴定带来革命性的变化。该研究将为未来神经或束神经的诊断和治疗增加新的维度。

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