Agonist-antagonist coordination is essential to ensure the accuracy and stability of voluntary
movement, which can be presented by time-varying coupling between agonist-antagonist …

Motor dysfunction is a major consequence after stroke and it is generally believed that the
loss of motor ability is caused by the impairments in neural network that controls movement …

The correlation between brain and muscles is an important aspect in the research of motor
control. In our study, corticomuscular coherence is used as a method of estimating this …

To better evaluate neuromuscular function of patients with stroke related motor dysfunction,
we proposed an effective corticomuscular coherence analysis and coherent significant …

For the questions of deeply researching abnormal neuromuscular coupling and better
evaluating motor function of stroke patients with motor dysfunction, an effective …

Recently, functional corticomuscular coupling (FCMC) between the cortex and the
contralateral muscle has been used to evaluate motor function after stroke. As we know, the …

The functional coupling of the cerebral cortex and muscle contraction indicates that
electroencephalogram (EEG) and surface electromyogram (sEMG) signals are coherent …

Background Stroke alters muscle co-activation and notably leads to exaggerated antagonist
co-contraction responsible for impaired motor function. However, the mechanisms …

Intermuscular coupling reflects the corticospinal interaction associated with the control of
muscles. Nevertheless, the deterioration of intermuscular coupling caused by stroke has not …

Background: Proximal compensation to the distal movements is commonly observed in the
affected upper extremity (UE) of patients with chronic stroke. However, the cortical origin of …