Sentence examples for processing of hand from inspiring English sources

What we show here is that this automatic target processing can be facilitated by the allocation of visual attention whereas the processing of hand information cannot.

Although considerable research has been done on the brain networks specialized for visual processing of tools and bodies and the visual-motor processing of hand actions, these topics have largely been studied in isolation.

First, areas previously linked to the processing of hand movements and the human body were found to represent actions of the hand alone (and not those of the tool), whereas areas previously linked to the processing of tools and tool-related actions represented actions of the tool alone (and not those of the hand).

Moreover, at these latencies, MEP amplitude following the semantic and the syllabic processing of hand-action verbs did not differ (p>0.3).

A difference was observed in the MEP amplitude between the semantic and syllabic processing of hand-action verbs (p = 0.001): M1 activity significantly increased and decreased depending on whether the same verbs were processed semantically and syllabically, respectively.

Moreover, we chose to use the pp-TMS procedure also on the basis of a previous study showing that pp-TMS (and not sp-TMS) was able to detect modulations of the cortico-spinal system contingent upon processing of hand-action related nouns and verbs [35].

Post-hoc analyses showed that the semantic processing of hand-action verbs elicited greater motor activation compared with non action verbs (p = 0.03), whereas the MEP amplitude for non-hand action did not differ from that for non-action verbs (p>0.1).

These were the Sequential Processing subtests of Hand Movements (visual memory span), Number Recall (auditory memory span), and Word Order (both visual and auditory).

The same has been shown for processing of visual hand information [ 1, 20].

Importantly, deficits were more present during the mental transformation in outward rotation angles, thus suggesting that the mental imagery for hands and letters relies on different processing mechanisms which suggest a module that is more complex for the processing of human hands than for letters during mental rotation tasks.

"Consistent with previous functional MRI studies of pain empathy with adults, the perception of other people in pain in children was associated with increased hemodymamic activity in the neural circuits involved in the processing of first-hand experience of pain, including the insula, somatosensory cortex, anterior midcigulate cortex, periaqueductal gray and supplementary motor area," Decety wrote.