… (ERD) or event-related synchronization (ERS). Both phenomena are time-locked but not
phase-locked to the event and they are highly frequency-band specific. The ERD is … of ERD/ERS …

… induced by somatosensory stimulation, reflects aspects of the functional state of the primary
motor cortex. More specifically, these central 20-Hz oscillations have been interpreted to …

… Many studies are on going with equipments such as magnetoencephalography (MEG),
Functional magnetic resonance imaging (FMRI), and so on. However, MEG and FMRI do not fit …

… their functioning in relation to underlying neural networks. The frequency of brain oscillations
… Two such pattern types are observed, the event-related desynchronization, or ERD, in fonn …

… beta ERD/ERS patterns are elicited during imagined hand movements and (2) that movement
duration affects ERS and does not affect ERD … on mu and beta ERD; continuous movement …

… Hence, there is correspondence between modern brain imaging methods like fMRI and
conventional EEG techniques. In addition, selectively inhibiting the sensorimotor cortex …

… Functional magnetic resonance imaging (fMRI) is widely used as the primary method for
localising brain function. … means of obtaining a functional neuroimaging measure of neuronal …

… This means ERD and ERS can be observed at nearly the same time; both form a … Characteristic
of a normal functioning brain is a bilaterally symmetrical movement-related ERD with a …

… ERS often appear to be more specific to the putative timing and localization of functional
brain activation than alpha or beta ERD/ERS. … Likewise, post-operative 3-D MRI scans can …

… In contrast to BP, ERD, and ERS frequently occurred in … brain activation for self-paced
repetitive movements, ie, writing simple dots, was studied using event-related functional MRI (fMRI) …