Sankara Nethralaya, A Unit of Medical Research Foundation, Chennai - 600 006, Tamil Nadu, India.
Indian J Ophthalmol. 2011 Mar-Apr;59(2):111-6. doi: 10.4103/0301-4738.77015.
Advancements in physics, computers, and imaging science in the last century have seen neuro-imaging evolving from a plain X-ray to computed tomography, magnetic resonance imaging scans, noninvasive angiography, and special sequences such as fat suppression, fluid attenuation recovery and diffusion-weighted imaging. A prompt prescription of an appropriate imaging modality and the most suitable sequence can increase the diagnostic yield, and in many instances, it can be a sight-saving and even a life-saving decision. This article discusses basic principles of neuro-imaging, its common indications, and the appropriate application in an ophthalmology practice.
上个世纪物理学、计算机和成像科学的进步使得神经影像学从普通 X 光发展到计算机断层扫描、磁共振成像扫描、非侵入性血管造影以及特殊序列如脂肪抑制、液体衰减恢复和扩散加权成像。及时选择适当的成像方式和最合适的序列可以提高诊断效果,在许多情况下,这可以是一个挽救视力甚至生命的决策。本文讨论了神经影像学的基本原理、常见适应症以及在眼科实践中的合理应用。