Cortical motorregions are considered to play a role in action related language.
2
Generators of the mu rhythm were found within central and associative motorregions.
3
These activations in motorregions may possibly reflect volitional effort to conduct compliant drinking in the face of regulatory mechanisms inhibiting intake.
4
In addition, preHD participants near to onset had lower functional connectivity of motorregions when compared with controls and preHD individuals far from onset.
1
However, the extent of speech-related activation of the motorcortex remains unclear.
2
Part of this motor area is known as the supplementary motorcortex.
3
In contrast, light to moderate NGF receptor-immunoreactivity was seen in sensory- motorcortex.
4
Not all parts of the motorcortex have the granular cell layer.
5
Results: Mapping of the motorcortex was successful in all patients.
Uso de motor area en inglés
1
Part of this motorarea is known as the supplementary motor cortex.
2
Hyperactivation in the face motorarea correlated positively with the improvement in performance.
3
Magnetic stimulation affected hand preference only when it was delivered to the motorarea.
4
It consists of the primary motor cortex, premotor cortex, and the supplementary motorarea.
5
Moreover, left striatal DAT binding and activity of left supplementary motorarea were negatively correlated.
6
The supplementary motorarea (SMA) is believed to contribute to higher order aspects of motor control.
7
We therefore suggest that the primary motorarea is subdivided on the basis of anatomy, neurochemistry and function.
8
In some cases this activation was at or superior to the ACC border, near the supplementary motorarea.
9
The whole motorarea seems affected.
10
The primary motorarea (M1) of mammals has long been considered to be structurally and functionally homogeneous.
11
An activation of the supplementary motorarea (SMA) was seen during both motor execution and motor imagery.
12
The power spectra of MRCPs revealed reduced peak frequency over the supplementary motorarea when the affected hand was moved.
13
The basal ganglia may be involved in bimanual coordination through their input to the supplementary motorarea (SMA).
14
Single magnetic stimuli were delivered to the prefrontal or motorarea, and in the control situation, away from the head.
15
The topographic abnormalities might reflect inadequate excitatory activity from the basal ganglia to the primary motor cortex and the supplementary motorarea.
16
In the fronto-parietal or parietal regions, signs of damage to the cortical motorarea were seldom absent, sometimes evanescent, at others prolonged.