Sentence examples for motor errors were from inspiring English sources

Among subjects who received the MTT in reverse order, motor errors were more common than among subjects who received the MTT in order of increasing complexity (F 1,7)=5.90, P<0.05), particularly during the two most difficult tasks.

With static orientation perturbation of the visual scene, motor errors were found to differ as a function of the perturbation magnitude and appear to be maximal at 90 degrees [29] [33], which represents a limit case for adaptation.

The sensory consequences of motor error were retinal slip, delivered as climbing fiber input to the flocculus.

However, since motor error is the difference between the actual motor command and what the command should have been, it is a signal unavailable to the organism in principle.

Motor axon pathfinding errors were only found in somites that exhibited corresponding slow muscle patterning defects, which strongly suggests motor axon pathfinding errors are not direct effects of the oil but rather indirect phenotypes in response to inappropriate guidance cues derived from earlier problems with somitogenesis and slow muscle patterning.

Decision time, motor time and errors were the main parameters of the experiment.

Unaware errors were incorrect responses (i.e. overt motor response on Nogo stimulus) that were not signalled as errors by the participant.

This difference in the frequency of actions between patients and controls was not ascribable to performance differences in the motor task, since no significant group differences of motor error rates were detected in the CC [controls 1.51% (SD 1.15) vs patients 2.63% (SD 2.73), F 1, 28) = 2.12, P = 0.157].

As antisaccades require active inhibition of an already initiated motor response, more direction errors are made and SRTs are longer compared to prosaccade tasks [ 3- 8].

As mentioned in Introduction, when we lose our footing (i.e. make a motor error), we are able to attribute this motor error to a self-prediction error caused by our misperception of the external world (exogenous event) or by misgeneration of the motor program (endogenous event).

However, the relation between instantaneous firing rate and dynamic motor error, which is nearly linear in control saccades (Waitzman et al. 1990), broke down in perturbed trials (Goossens and Van Opstal 2000b; Keller and Edelman 1994; Munoz et al. 1996).