Sentence examples for of motor interference from inspiring English sources

To assess the specificity of motor interference on visual discrimination, we manipulated two types of motor preferences.

The area of increased activation, i.e., right IFC, bordering superior temporal lobe and reaching into insula, is a key region of cognitive control, as demonstrated by meta-analyses of fMRI studies of motor, interference inhibition, and switching (43 46), transcranial magnetic stimulation (47 49), and lesion studies (50).

In many studies on motor interference there has been an assumption that early interference occurs because the motor output required for the second task interacts with the motor representation of the previously learned task i.e. retrograde interference.

An increasing interest in the potential benefits of cognitive motor interference (CMI) for stroke has recently been observed, but the efficacy of CMI for gait and balance is controversial.

This study investigated the neural processes of this motor interference effect.

This conclusion is consistent with behavioural experiments investigating motor resonance, that demonstrated that the observation of humanoid, but not industrial, non anthropomorphic, robotic gestures [85] cause a motor interference effect [86].

Recently, cognitive motor interference (CMI) has become more and more popular for improving gait and balance function in the area of sports and rehabilitation medicine [ 1, 2].

The changes incurred during simultaneous performance of motor and cognitive tasks are a result of cognitive-motor interference (CMI) and operationalized as dual task costs (DTC).

Therefore, the level of complexity within and between tasks in a dual task activity must be considered relative to the amount of cognitive-motor interference and thus performance.

These selective sleep-stage correlations indicate that it is not simply obtaining any period of behavioral quiescence (representing a passive time of minimal sensori-motor interference) that favours consolidation, since it was a specific stage of sleep that predicted offline memory enhancement, not total sleep (inactivity) time.

But the impact of task difficulty on cognitive-motor interference of the cognitive task is more equivocal [ 6, 47– 47].