Sentence examples for planning of motor from inspiring English sources

The aim of the present study was to study brain areas involved in the planning of motor sequence complexity in PD patients, through a multiple task with increasing difficulty.

Analysis of the brain scans revealed that autistic boys had different brain patterns in regions associated with motor function and planning of motor activities.

The previous studies collectively indicate what the specializations of the separate manipulation factor locations might be, such the planning of motor movements, motor imagery of interaction with objects, abstract representation of motion, and lexical knowledge related to tools.

If this is the case, then one would expect to see the same adaptation pattern in areas responsible for strategic planning of motor actions, such as the dorsolateral prefrontal cortex (DLPFC).

Behavioral evidence has shown that the left cerebral hemisphere is dominant for the planning of motor actions in both right-handers and left-handers (Janssen et al. 2011).

Finally, the putamen is also involved in motor preparation and may reflect the planning of motor responses (e.g., changing others' payoff) in unfair conditions [Jankowski et al., 2009].

By extension, it can be suggested that D1 cells facilitate drug reinforcement and addiction (Lee et al., 2006), similar to the general plan of motor behaviour regulation by the DLS.

The planning of speech motor events is similar across covert and overt conditions.

The putamen could also be involved in the planning of aggressive motor acts within the context of romantic love – for example, when a rival presents a danger.

The observed relationship between the N2 wave amplitude and the response time of a subsequent defensive movement suggests that some of the neural generators of the vertex potential might overlap with neural circuitry mediating the planning of defensive motor actions.

Relationship to parietal lobule and motor planning areas gray matter volume may be associated to some difficulty in recognizing disgust expressions; because of that, allocation of attention, supported by the inferior parietal lobule and planning of a motor response (Rushworth et al. 2005), supported by medial frontal gyrus are more in demand than during recognition of fearful expression.