Okuda S
Department of Neurology, Higashi Nagoya National Hospital.
Rinsho Shinkeigaku. 1995 Dec;35(12):1564-6.
CT and MRI have become indispensable methods for the diagnosis of stroke or the investigation for the disease. The use of these auxiliary diagnostic procedures, especially of MRI, has made possible the accurate diagnosis of lesions of the posterior cranial fossa. The flow void in MRI has made it feasible to infer severe stenosis or occlusion of the main arteries before undertaking angiography. The silent stroke or white matter abnormalities in the vicinity of the lateral ventricle observed in CT or MRI have become a serious clinical problem and these are generally considered risk factors for stroke. Obviously, CT and MRI have proven effective in this area, yet their findings do not always make it readily possible to infer the nature of cerebral arteries involved. Recently, here have been attempts to classify infarcts in the region of perforating branches of the middle cerebral artery. With the diversification of therapeutic approaches for stroke in the days to come, the effort to encourage such insight on the basis of non-invasive testing will be increasingly important.
CT和MRI已成为诊断中风或对该疾病进行检查不可或缺的方法。这些辅助诊断程序的使用,尤其是MRI,使得准确诊断后颅窝病变成为可能。MRI中的血流空洞使得在进行血管造影之前推断主要动脉的严重狭窄或闭塞成为可行。在CT或MRI中观察到的无症状性中风或侧脑室附近的白质异常已成为一个严重的临床问题,这些通常被认为是中风的危险因素。显然,CT和MRI在这一领域已被证明是有效的,但其结果并不总是能轻易推断出受累脑动脉的性质。最近,有人尝试对大脑中动脉穿支区域的梗死进行分类。在未来中风治疗方法多样化的情况下,基于非侵入性检测来促进这种洞察力的努力将变得越来越重要。