Dear Editor,Electrophysiological studies have found that the entorhinal cortex(EC)contains grid cells that fire at the vertices of equilateral triangles tiling the entire environment[1-3].Theoretical models[4]and empi...Dear Editor,Electrophysiological studies have found that the entorhinal cortex(EC)contains grid cells that fire at the vertices of equilateral triangles tiling the entire environment[1-3].Theoretical models[4]and empirical studies[5]suggest that they are a key neural substrate for spatial navigation.In humans,grid cells can be indirectly measured by gridlike representations(GLRs)at the level of fMRI BOLD responses[6]and local field potentials[7].展开更多
基金supported by STI2030-Major Projects(2022ZD0205000)the National Natural Science Foundation of China(32020103009 and 32200861)+1 种基金a Ministry Key Project(GW0890006)NA acknowledges funding via DFG grant Project number 429281110.
文摘Dear Editor,Electrophysiological studies have found that the entorhinal cortex(EC)contains grid cells that fire at the vertices of equilateral triangles tiling the entire environment[1-3].Theoretical models[4]and empirical studies[5]suggest that they are a key neural substrate for spatial navigation.In humans,grid cells can be indirectly measured by gridlike representations(GLRs)at the level of fMRI BOLD responses[6]and local field potentials[7].
