Sentence examples for monitoring of auditory from inspiring English sources

Problem: To investigate the utility of cochlear microphonics (CM) measured directly from the cerebello-pontine angle region (CPA) in intraoperative monitoring of auditory function during reversible episodes of cochlear ischemia.

However, their extensive usage in developing countries recent years have resulted in significantly higher incidences of drug toxicity, which could be a result of increased application in multidrug-resistant tuberculosis requiring long-term therapy, over the counter availability and poor monitoring of auditory function following over-course treatment [1].

The finding regarding hearing difficulty adds more evidence to the need for adequate assessment of sensory impairments at the time of assessment for nursing home placement [ 14] and ongoing monitoring of auditory acuity.

As averred by the AAP [ 50] and endorsed by the JCIH [ 28], EHDI should include a surveillance phase in which infants up to 30 months of age undergo monitoring for auditory skills, middle-ear status, and developmental milestones.

Other fascinating lines of research are the effect of tinnitus on auditory fields [98], and monitoring the awakening of auditory cortex cochleotopic responses following cochlear implants at different ages and various types of deafness [99].

To clarify the efficiency of intraoperative CNAP monitoring, we designed an intracranial electrode for CNAP monitoring and performed the simultaneous monitoring of CNAP and auditory brainstem response (ABR) in 10 patients undergoing CPA tumour removal in an attempt to preserve hearing.

Two loudspeakers were positioned on either side of the monitor for the presentation of auditory stimuli.

A speculative explanation, requiring future investigation, is that skilled readers engage in more somatosensory (or auditory) monitoring of their speech output during reading than object naming, to reduce errors when speech production is rapid or subject to conflicting phonological codes from lexical and sublexical processing.

New treatments that specifically modulate neuroplasticity promise improved future outcomes in WS, 60 and the use of auditory ERPs may permit monitoring of temporal lobe maturation following such treatments.

Anatomically, analysis of incoming auditory signals, speech output and monitoring of own voice are linked via the dorsal auditory cortical pathway(s) between frontal, parietal and posterior superior temporal cortices (Warren et al., 2005 b ).

An excellent tool for monitoring progress in young children is the Clinical Red Flag Procedure [ 50], which is a matrix of auditory benchmarks that has been established for identifying children who are progressing at a slower-than-expected rate.