Witter Menno P
Kavli Institute for System Neuroscience and Centre for the Biology of Memory, Norwegian University of Science and Technology, Trondheim NO-7489, Norway.
Learn Mem. 2007 Nov 14;14(11):705-13. doi: 10.1101/lm.725207. Print 2007 Nov.
Within the framework of a special issue on CA3, it was deemed relevant to summarize what is known about the extrinsic and intrinsic wiring of CA3 as a basis for other contributions. Here, I have aimed to update already existing excellent reviews on the subject and to raise the issue whether or not the known architecture of the field supports the generally accepted notion that CA3 is particularly wired to function as an autoassociative network. The data reviewed strongly support this notion but in addition point to connectional heterogeneities that may point to functional specializations in CA3, on top of its role as an autoassociative network uniquely relevant to efficient encoding and recall of information.
在关于CA3的一期特刊框架内,总结关于CA3的外在和内在神经连接情况被认为是有意义的,以此作为其他研究贡献的基础。在此,我的目标是更新关于该主题已有的优秀综述,并提出一个问题,即该领域已知的结构是否支持普遍接受的观点,即CA3特别构建以作为一个自联想网络发挥作用。所回顾的数据有力地支持了这一观点,但同时也指出了连接的异质性,这可能表明CA3除了作为与信息的有效编码和回忆独特相关的自联想网络的作用之外,还存在功能特化。