True three-dimensional nuclear magnetic resonance neuro-imaging in ischemic stroke: correlation of NMR, X-ray CT and pathology.
True three-dimensional nuclear magnetic resonance neuro-imaging in ischemic stroke: correlation of NMR, X-ray CT and pathology.
复制标题
缺血性中风的真实三维核磁共振神经成像：NMR、X 射线 CT 和病理学的相关性。
作者：
I. Pykett;F. Buonanno;T. Brady;J. Kistler
一位84岁的男性在最近的脑栓塞性梗死后进行了真正的三维质子核磁共振（NMR）成像。使用不同的脉冲序列获得的NMR数据相互关联，强调图像外观的NMR组织参数的意义。从三维数据集中选择用于显示的平面允许病理的最佳可视化。核磁共振数据与X射线计算机断层扫描和随后的尸检结果的准确相关性表明，核磁共振可能在缺血性中风的检测和诊断中发挥重要作用。
True three-dimensional proton nuclear magnetic resonance (NMR) imaging was performed on an 84-year-old man following a recent cerebral embolic infarction. NMR data obtained using different pulse sequences were inter-correlated, stressing the significance of image appearance in terms of the NMR tissue parameters. Planes selected for display from the three-dimensional data set allowed optimal visualization of the pathology. Accurate correlations of the NMR data with X-ray computerized tomography scans and with subsequent autopsy findings indicate that NMR may play an important role in the detection and diagnosis of ischemic stroke.