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一种用于猕猴杏仁核(和前海马体)绘图及立体定位的可靠心室坐标系统。

A reliable system of ventricular coordinates for the cartography and stereotaxy of the amygdala (and anterior hippocampus) in macaques.

作者信息

Percheron G

机构信息

Laboratoire de neuromorphologie fonctionelle, INSERM, U289, Hôpital de la Salpêtrière, Paris, France.

出版信息

J Neurosci Methods. 1997 Jul 18;75(1):5-14. doi: 10.1016/s0165-0270(97)02239-5.

Abstract

The most reliable stereotactic methods in primates resort to ventricular as opposed to bony landmarks. The usual CA-CP system did not appear satisfactory for stereotaxy of the amygdala and anterior hippocampus. Variation studies on ventriculograms and reconstructions from histological material were done to find more reliable systems. The most precise system of coordinates for cartography and stereotaxy of the amygdala is based on the 'amygdalar notch', a ventricular diverticulum forming the angle between the inferior and anterior borders of the temporal horn of the lateral ventricle, located beneath the inferior border of the amygdala. The AN point, the vertex of the notch in the sagittal direction, is a reliable ventricular landmark in the antero-posterior and infero-superior directions. The medial vertex of the diverticulum, ANm, is a ventricular landmark in the medio-lateral direction. The 'AN system of coordinates' is a reliable system for amygdalar stereotaxy. Stereotaxy of the anterior hippocampus would benefit from other ventricular landmarks. The most lateral point of the main body (HiL) is a landmark for the medio-lateral dimension. Ventriculography and ventricular landmarks should always be used for stereotaxy in primate species.

摘要

在灵长类动物中,最可靠的立体定向方法依靠脑室而非骨性标志。通常的CA - CP系统对杏仁核和前海马体的立体定向似乎并不令人满意。对脑室造影进行变异研究,并根据组织学材料进行重建,以找到更可靠的系统。用于杏仁核制图和立体定向的最精确坐标系统基于“杏仁核切迹”,这是一个脑室憩室,形成侧脑室颞角下缘和前缘之间的夹角,位于杏仁核下缘下方。AN点,即切迹在矢状方向上的顶点,在前后和上下方向上是一个可靠的脑室标志。憩室的内侧顶点ANm,在内外方向上是一个脑室标志。“AN坐标系统”是杏仁核立体定向的可靠系统。前海马体的立体定向将受益于其他脑室标志。主体的最外侧点(HiL)是内外维度的一个标志。在灵长类物种的立体定向中,应始终使用脑室造影和脑室标志。

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