Sentence examples for finger execution from inspiring English sources

Importantly, the finger execution data used for this comparison (FingerExe) is not the same used in the definition of sVx (Hexe), which would have unduly biased the analysis.

We considered execution on the dominant side for this analysis (i.e., left foot and finger execution for the right hemisphere of the cerebrum and the left hemisphere of the cerebellum and vice versa for the right foot and finger).

Given that grasping a glass in the scanner is not feasible using ones mouth, a separate set of 3 motor conditions was used to assess motor somatotopy, including an additional finger execution condition.

This suggested a decline with age in the ability to activate the motor cortex during simple finger movement execution.

In both experiments participants performed a task requiring detection of varying amplitudes of attended vibrotactile (VibT) stimuli to the left index finger (D2) and execution of a pre-matched finger sequence with the right (contralateral) hand to specific VibT targets.

Results showed that multiple sessions of AO training induced a shift of the speed of execution of finger tapping movements toward the observed one and a change in motor resonance.

Manganotti and colleagues [ 40] analysed task-related power changes during the execution of finger movement sequences of increasing complexity and found that the magnitude and spatial extent of the task-related power decreases in the upper alpha band over the sensorimotor cortex were stronger for sequences with higher complexity compared to simple sequences.

In that job, I got to research murders, flip my dainty fingers through death penalty execution files and deal with stupid, stupid criminals.

"What the flash crash showed us was the need to have limits on fat fingers, limits on robot execution algorithms" like the one used by the mutual fund, he says.

Second, they highlight the crucial role played by the dPMC in monitoring the configuration of fingers during planning and execution of reach-to-grasp actions.

In this respect, we demonstrate using functional neuroimaging that the dPMC may play a crucial role in monitoring the configuration of fingers during planning and execution of specific grasping actions.