Zilles K
Anat Embryol (Berl). 1978 Jun 2;153(2):195-212. doi: 10.1007/BF00343374.
The cortical map of Tupaia belangeri, evaluated with an automatic quantitative procedure using the Micro-Videomat (Zeiss), shows a well differentiated allocortex and periallocortex with 19 areas, and proisocortex and isocortex with 20 areas. The boundaries of the different areas are based on quantitative differences and the areal pattern of the cortex is, in most cases, compatible with physiological results found in the literature. Tupaia belangeri has a cortex which is largely dominated by primary and secondary sensory areas in its iscortical part and by the impressive visual system. The well differentiated allo- and isocortex show conditions more similar to prosimians than to insectivores, especially when considering the occurrence of primary and supplementary regions. Quantitative analyses of the separate areas with a higher resolution (Zilles et al., in prep.) are necessary in order to provide a basis for further comparative investigations of the Tupaia cortex.
通过使用蔡司显微视频仪的自动定量程序评估，笔尾树鼩的皮质图谱显示出一个分化良好的异皮质和近异皮质，共19个区域，以及原同皮质和同皮质，共20个区域。不同区域的边界基于定量差异，并且皮质的区域模式在大多数情况下与文献中发现的生理学结果相符。笔尾树鼩的皮质在其同皮质部分主要由初级和次级感觉区域主导，并且视觉系统令人印象深刻。分化良好的异皮质和同皮质显示出与原猴类比与食虫类更相似的情况，特别是考虑到初级和辅助区域的存在时。为了为笔尾树鼩皮质的进一步比较研究提供基础，有必要对各个区域进行更高分辨率的定量分析（齐勒斯等人，正在准备中）。
