The phrase "auditory recovery" is correct and usable in written English.
It can be used in contexts related to hearing, rehabilitation, or recovery of auditory functions after an injury or condition.
Example: "After the treatment, the patient showed significant auditory recovery, allowing them to hear sounds they had previously missed."
Alternatives: "hearing recovery" or "auditory rehabilitation".
On the basis of our analysis of neuroimaging literature and considering our own studies, we indicate that auditory recovery in deaf patients after cochlear implantation partly relies on visual cues.
We have shown that in post-lingual CI recipient, patients maintain the high skill in lip-reading acquired during the prolonged period of deafness, even after several years of auditory recovery [81], [82].
10.7554/eLife.03564.013 Figure 8. Ntf3 overexpression from adult supporting cells after acoustic trauma promotes auditory function recovery and synaptic regeneration.
Our results are complementary to previous studies showing that CI users maintain a high level of speechreading, even after several years of recovery of auditory speech comprehension.
This improvement could be an indirect consequence of the recovery of auditory information.
This could be related to the recovery of auditory information, which may participate in spatial orientation through interactions with the visual signals [ 36, 37].
This is consistent with other studies demonstrating partial recovery of auditory thresholds in the first 24 hours after exposure to traumatic noise after administration of antioxidants [ 32– 34] or antiapoptotic agents [ 35].
The recovery of auditory function in environmental perception and orientation references after cochlear implantation could initiate motor learning and, in this way, allow the implementation of new neural networks, leading to new sensorimotor and behavioral strategies.
In addition, the recovery of auditory information which is the consequence of cochlear implantation could lead to an extended exploration of the environment possibly favoring the development of new balance strategies.
Semantic processing of written words in Wernicke's aphasia was additionally supported by recruitment of the right anterior superior temporal lobe, a region previously associated with recovery from auditory-verbal comprehension impairments.
This study was designed to investigate the impact of bispectral index (BIS) or A-line AAI index (based on middle-latency auditory evoked potential) monitoring on recovery times and drug consumption when compared with standard anaesthetic practice during desflurane-remifentanil anaesthesia.
