Sentence examples for direct auditory from inspiring English sources

Mafb's ability to direct auditory synaptogenesis even in pathological situations opens up the exciting possibility of harnessing this power to repair the damaged cochlea.

These findings suggest that top-down, dimension-specific attention can direct auditory learning, even when this learning is not reflected in conventional performance measures of threshold change.

Because the authors have previously show that LMAN receives direct auditory input from the VTA, they suggest that this circuit might be a possible candidate for auditory feedback processing, but they do not show any evidence for this.

By presenting two types of direct cues (auditory and visual), Blumstein et al. (2000) found that tammar wallabies (Macropus eugenii) were unresponsive to direct auditory cues but foraged less and looked more when exposed to direct visual cues.

First, they suggest that dimension-specific attention can direct auditory learning, whether this is reflected in increased performance measures or not, adding to a growing body of evidence from the visual literature that learning is guided by the top-down orienting of attention to task-relevant properties.

This study shows initial evidence of the efficacy of directed auditory training for improving auditory processing in a population of children with ASD.

The early sensory mechanisms at play when directing auditory attention based on spatial and nonspatial cues have also been mapped (recently reviewed in Fritz et al. 2007).

An ever-evolving sculpture structurally directed by auditory frequencies, this demonstration derives directly from the ingenious thought of Swiss medical doctor Hans Jenny, father of cymatics the study of visible sound and vibration.

In this sense, the overall deactivation of extrastriate visual cortex when attention is directed to auditory signals requiring demanding judgments and the lack of differential deactivation in the default network during equally challenging tasks are not surprising.

As the direct target of auditory nerve fiber, the changes in the auditory responses of CN neurons should reflect the changes in the cochlear microphonic potential.

These findings suggest there exist direct interactions between auditory and visual motion signals, and that there might be common neural substrates for auditory and visual motion processing.