Sentence examples for motor cortex generates from inspiring English sources

The motor cortex generates strong descending motor pathways (e.g., the corticospinal tract), but BA 44/45 are both truly prefrontal, and clearly functionally distinct from motor regions.

Until now, scientists have focused on the brain's motor cortex, which generates the electrical signals that are sent down the spinal cord and control the contractions of every muscular movement.

The motor cortex maps generated by both techniques were analyzed by a neuroradiologist and a neurosurgeon.

This inadequate neural drive could be the result from a combination of three factors: the conscious and unconscious will of the subject to reduce the exercise intensity; an inability of the motor cortex to generate sufficient output to maximally activate the muscle; and/or a decreased transmission of the supraspinal input to the muscle by the spinal motor axons.

This latter result is highly consistent with the coding of differences in the hand kinematics required to operate the tool versus hand alone and accords with the presumed role of motor cortex in generating muscle-related activity (Kalaska, 2009; Churchland et al., 2012; Lillicrap and Scott, 2013).

This latter result is highly consistent with the coding of differences in the hand kinematics required to operate the tool vs hand alone and accords with the presumed role of motor cortex in generating muscle-related activity (Kalaska, 2009; Churchland et al., 2012; Lillicrap and Scott, 2013).

Composed of an estimated 30 billion neurons, the cerebral cortex generates a tremendous amount of electrical activity during sensory, motor or cognitive events.

Cortex generates an algorithm of lights, and this pattern is triggered by the instruments.

We used recordings from a multi-electrode array chronically implanted in the primary motor cortex (M1) to generate real-time predictions of intended muscle activation.

According to sLORETA the sensory mismatch component was generated in the left and right temporal areas, the action suppression component was generated in the supplementary motor cortex, and the conflict monitoring component was generated in the anterior cingulate cortex.

At the same time, cortico-cortical and thalamocortical networks are implicated in generation of alpha rhythms (8 12 Hz) [9], while beta rhythms are mostly generated in motor cortex.