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Exact(7)
Later on, a C1 modulation by visual attention has been also reported for the selection of competing stimulus attributes.
The difference spectral plot was used to identify the individual α-generator (in the 5 15 Hz range) that showed strongest modulation by visual spatial attention.
These data suggest that auditory ERP modulation by visual speech represents separable underlying cognitive processes, some of which show earlier maturation than others over the course of development.
The effect of amplitude modulation by visual cues emerged over development, while the effect of latency modulation was stable over the child sample.
It is interesting to consider that the C1 modulation by visual attention has been also reported for the selection of the affective or the linguistic content of visual stimuli.
Experiment 1 employed an adult sample to validate a child-friendly stimulus set and paradigm by replicating previously observed effects of N1/P2 amplitude and latency modulation by visual speech cues; it also revealed greater attenuation of component amplitude given incongruent audio-visual stimuli, pointing to a new interpretation of the amplitude modulation effect.
Similar(53)
Given the findings of this latter study, and the task effects that we observed, we are inclined to consider our data in the context of top-down modulation by higher visual areas.
It is not known whether a similar modulation of walking by visual perception occurred in old A30P flies.
Our results demonstrated that the modulation of visual by auditory temporal intervals was established even in infants around 5 8 months of age.
The aim of this study was to chart the trajectory of the modulation of auditory ERP components by visual speech cues over developmental time.
We have shown that the modulation of auditory ERP components by visual speech cues gradually emerges over developmental time, maturing at around the age when behavioural studies have revealed a use of visual cues in speech perception tasks.
Related(16)
alignment by visual
diversity by visual
alteration by visual
modulation by selective
modulation by lysosomal
modulation by vertical
modulation by late
modulation by other
modulation by w
modulation by down-regulating
modulation by exogenous
modulation by several
modulation by semantic
modulation by small
modulation by toll-like
modulation by external
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