Highly expressed genes within hippocampal sector CA1: implications for the physiology of memory

Abstract

As the CA1 sector has been implicated to play a key role in memory formation, a dedicated search for highly expressed genes within this region was made from an on-line atlas of gene expression within the mouse brain (GENSAT). From a data base of 1013 genes, 16 were identified that had selective localization of gene expression within the CA1 region, and included Angpt2, ARHGEF6, CCK, Cntnap1, DRD3, EMP1, Epha2, Itm2b, Lrrtm2, Mdk, PNMT, Ppm1e, Ppp2r2d, RASGRP1, Slitrk5, and Sstr4. Of the 16 identified, the most selective and intense localization for both adult and post-natal day 7 was noted for ARHGEF6, which is known to be linked to non-syndromic mental retardation, and has also been localized to dendritic spines. Further research on the role played by ARHGEF6 in memory formation is strongly advocated.

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Published
2014-06-16
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Articles
Keywords:
memory, hippocampus, CA1, gene, atlas
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How to Cite
Meyer, M. A. (2014). Highly expressed genes within hippocampal sector CA1: implications for the physiology of memory. Neurology International, 6(2). https://doi.org/10.4081/ni.2014.5388