Functional MRI in Stroke Following TDCS and Brain-Computer Interface-Assisted Motor Imagery Rehabilitation

Keywords

acceptable acknowledge activation activations active affected agreement allowed assisted bilateral block blocks brain bulb cerebral chew chronic clock collected combined complementary compliance comprising computer connectivity consisted contact contra contraction corrected cortex cortical council counts cued developed direct double extremity facilities findings flow former function functional funding good gradient grip hand health hemisphere horizontal imagery impairment improvement indicated induced inform inhibitory interface investigate involved isotropic lack limb ling manually matrix mechanisms middle minimal minutes modulating motions motor movement movements national novel operator overall page paradigm paradigms parietal passive patients peak placed plasticity pneumatic post posterior preliminary pressure processing randomized rapidly readings recent recovery reduction refer regional rehabilitation release repair respectively rest resting robotic rotation rubber scanned scanner separate sessions seven shot slice specified star stimulation stimulus strength stroke structural studies subject subjects supplementary supports system table target task taxing therapy threshold trained translation treatment typically unaffected underscore underwent upper visual voluntary weeks