1
Sham rTMS and stimulation of different cortical areas were used as controls.
2
We describe a new, observer-independent procedure for identifying boundaries between cortical areas.
3
Hemoglobin concentration changes were measured in bilateral frontal and temporal cortical areas.
4
Subsequently, cortical thickness was measured histologically in 5 systematically sampled cortical areas.
5
Spatial attention influences representations in visual cortical areas as well as perception.
6
Easy anomalies preferentially engaged lower-order cortical areas adjacent to the primary auditory cortex.
7
Variable hypoperfusion of further cortical areas was observed in five patients.
8
Further, concurrent functional connectivity was observed between POp and posterior auditory cortical areas.
9
How could it be that we don't have more cortical areas?
10
Borders of the two cortical areas were identified using image analysis and statistical features.
11
One SCI subject had significantly increased PIB retention in the cortical areas of interest.
12
A similar differentiation of effects was observed in cortical areas.
13
Likewise, an attenuation in processing from specific cortical areas to association cortex is concluded.
14
The projections to different cortical areas originate from distinct output channels within the cerebellar nuclei.
15
Multiple cortical areas contribute to visual processing in mice.
16
Interferences in reading were generally found in small cortical areas, with intervening areas evoking no reading interferences.
