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三叉神经痛继发于巨大的 Virchow-Robin 间隙:附神经影像学病例报告。

Trigeminal neuralgia secondary to giant Virchow-Robin spaces: a case report with neuroimaging.

机构信息

Division of Neurosurgery, University of British Columbia, Vancouver, British Columbia, Canada Division of Neuroradiology, University of British Columbia, Vancouver, British Columbia, Canada.

出版信息

Pain. 2013 Apr;154(4):617-619. doi: 10.1016/j.pain.2013.01.008. Epub 2013 Jan 15.

Abstract

Virchow-Robin spaces are pial-lined, interstitial, fluid-filled structures that accompany penetrating arteries and arterioles as they enter the cerebral substance. Occasionally they may enlarge and become giant Virchow-Robin spaces (GVRS) and produce mass effect. Various neurological symptoms have been described in association with GVRS, however, trigeminal neuralgia has not yet been reported in this context. We present a case of trigeminal neuralgia secondary to dorsal pontine giant Virchow-Robin spaces (GVRS) and highlight the diagnostic radiologic features. Routine 1.5 T MRI sequences were sufficient to diagnose the GVRS and a diffusion tensor imaging (DTI) study revealed distortion of the intrinsic trigeminal pathway. This study highlights the utility of routine MRI to study the intrinsic anatomy of the trigeminal pathway in pathological conditions.

摘要

血管周围腔隙是软脑膜衬里的、间质的、充满液体的结构,伴随穿透动脉和小动脉进入脑实质。偶尔它们可能会扩大并形成巨大的血管周围腔隙(GVRS)并产生肿块效应。已经描述了与 GVRS 相关的各种神经症状,然而,三叉神经痛尚未在此背景下报道。我们报告了一例继发于脑桥背侧巨大血管周围腔隙(GVRS)的三叉神经痛,并强调了诊断影像学特征。常规 1.5T MRI 序列足以诊断 GVRS,弥散张量成像(DTI)研究显示三叉神经固有通路的扭曲。这项研究强调了常规 MRI 在研究病理性三叉神经固有解剖结构中的应用。

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