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Traditionally, oscillations in the beta frequency range (≈13-30 Hz) are related to sensorimotor processing
But shockingly, there are very few data showing that brain structure is associated with oscillatory activity after a stroke
Stroke answering this question will greatly expand our conception of how brain structure affects cortical brain electrical activity
In the three key motor areas of the ipsilateral hemisphere, namely the primary motor cortex (M1), the ventral premotor area and the auxiliary motor area, the beta power at rest and the motion-related beta non-synchronization were evaluated
In this cohort , compared with the healthy control group, there was a statistically significant decrease in ipsilateral CST anisotropy, but the EEG indicators did not change
, Compared with the healthy control group, the ipsilateral CST anisotropy was statistically reduced, but the EEG indicators did not change
The ventral motor zone and auxiliary motor zone, especially the CST subcomponents derived from the pre-exercise cortex and auxiliary motor zone, have no similar structure-function relationship in stroke patients and the control group
These data indicate that there may be a link between the CST microstructure derived from M1 pyramidal neurons and β oscillation activity , and in previous reports, these indicators have been associated with dyskinesia in stroke patients
There may be a link between the CST microstructure derived from M1 pyramidal neurons and β oscillation activity
Corticospinal Tract Microstructure Correlates With Beta Oscillatory Activity in the Primary Motor Cortex After Stroke.
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