Saunders R C, Aigner T G, Frank J A
Laboratory of Neuropsychology, NIMH, Bethesda, MD.
Exp Brain Res. 1990;81(2):443-6. doi: 10.1007/BF00228139.
Standard stereotactic procedures rely upon external cranial landmarks and standardized atlases for localization of subcortical neural regions. Magnetic resonance imaging permits the visualization of the neural structure of the brain in vivo. A stereotactic instrument compatible with a magnetic resonance unit was constructed and together with magnetic resonance imaging a procedure was developed that overcomes the limitations and inaccuracies of the traditional stereotactic methods and allows accurate and reliable localization of subcortical targets in the rhesus monkey brain.
标准立体定向程序依靠颅外标志和标准化图谱来定位皮层下神经区域。磁共振成像能够在活体中显示大脑的神经结构。构建了一种与磁共振设备兼容的立体定向仪器，并结合磁共振成像开发了一种程序，该程序克服了传统立体定向方法的局限性和不准确性，能够在恒河猴大脑中准确可靠地定位皮层下靶点。
