Investigating the triple code model in numerical cognition using stereotactic electroencephalography

HIGHLIGHTS

• What: The sEEG electrodes used currently, which are around 2 mm in diameter, measure brain activity much more locally than scalp electroencephalography (EEG); most of the activity is concentrated less than 1 cm away from the recording contact compared to large spread across cortical areas for EEG . The authors used sEEG to replicate the triple code involvement of the ventral temporal lobe, perisylvian region, and intraparietal sulcus and characterize the involvement structures outside these areas in numerical cognition. The authors provide both neuroanatomical and electrophysiologic targets of interest that can be leveraged in future number cognition investigations . . .
  

   

  

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