直到现在,海马体仍然被认为是与形成和唤醒记忆有关的最重要脑部区域,其他区域只起到次要作用。但是发表在国际学术期刊Science上的一项新研究发现脑部的内嗅皮质区域在其中发挥着新的独立作用。奥地利科学技术研究所的科学家们发现大鼠的内嗅皮质能够进行运动记忆的重放不需要经过海马体。当空间记忆形成,内嗅皮质区域的细胞特别是网格细胞会发挥导航系统一样的作用。它们为海马体提供位置信息并提供一些动物移动距离 Until now, the hippocampus was still considered the most important brain area associated with the formation and arousal of memory, with other regions playing only a secondary role. But a new study published in the international academic journal Science found that the brain’s entorhinal cortex plays a new, independent role. Scientists at the Austrian Institute of Science and Technology found that the rat’s entorhinal cortex can be recuperated for memory without going through the hippocampus. When spatial memory is formed, the cells of the entorhinal cortex, especially the cells of the grid, play the same role as the navigation system. They provide location information for the hippocampus and provide some animal movement distance