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Dissociating the role of the parietal cortex and dorsal hippocampus for spatial information processing

机译:分离顶叶皮层和背侧海马在空间信息处理中的作用

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Dorsal hippocampus, parietal cortex, and control lesioned rats were tested on both a metric and topological task. The metric task consisted of 2 different objects placed 68 cm apart on a cheese board. After habituation, the objects were moved to a separation of 38 cm on Day 1 and to a separation of 98 cm on Day 2. The topological task consisted of 4 different objects placed in a square orientation. After habituation, the first 2 objects were switched, and after the rats habituated to that change, the back 2 objects were switched. This was repeated on a different day with 4 new objects. The data suggest that the hippocampus is necessary for metric representations, whereas the parietal cortex is necessary for topological representations.
机译:对背侧海马,顶叶皮层和对照病变大鼠进行了度量和拓扑任务测试。公制任务由2个不同的对象组成,这些对象在奶酪板上相距68厘米。适应后,在第1天将对象移到38厘米的距离,在第2天将对象移到98厘米。拓扑任务包括4个不同的对象以正方形放置。适应后,前两个对象被切换,而老鼠习惯了这种变化后,后两个对象被切换。在另一天用4个新对象重复此操作。数据表明,海马对于度量表示是必需的,而顶叶皮层对于拓扑表示是必需的。

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