Abstract

To verify the effect of the multiple exemplar instruction at the acquisition and integration of listening and speaking behaviors, with substantives and substantive-adjective combinations, in children with Auditory Neuropathy Spectrum Disorder (ANSD) and cochlear implant (CI). Participants were two children with ANSD that were users of CI. We adopted dictated stimulus and pictures that corresponded to words (substantive) and substantive-adjective syntactic units. The study was arranged in teaching steps that were intercalated with listening and speaking behaviors probes, with all stimuli. The multiple exemplar instruction presented oral imitation (echoic), auditory recognition (listening) and pictures naming (touch) tasks, on a rotating way; the substantives were taught first and, after that, the substantive-adjective combinations. In the pre-test, the participants showed variability and discrepancy in the correct responses percentages of listening and speaking. All achieved firstly 100% correct responses in the listening task and the speaking performances were close to listening after the teaching. All extended substantive learning to substantive-adjective syntactic units. Children with ANSD and CI can learn and integrate listening and speaking behaviors by multiple exemplar instruction, from words to syntactic units.

Highlights

  • Language covers a complex set of abilities that can be classified as receptive and expressive(1)

  • The objective of this study was to verify the effects of MEI (Multiple Exemplar Instruction) teaching on the learning and integration of listener and speaker’s behavior, in children with Auditory Neuropathy Spectrum Disorder (ANSD) and cochlear implant (CI)

  • The results showed that the participants’ percentages of correct responses in listener, tact and echoic increased after MEI teaching and became more similar among themselves, highlighting the integration between listening and speaking

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Summary

Introduction

Language covers a complex set of abilities that can be classified as receptive and expressive(1) These abilities can be functionally described as listening and speaking behaviors, as they occur under some conditions and produce consequences. In the comprehensive framework of hearing losses, the Auditory Neuropathy Spectrum Disorder (ANSD) is characterized by the function of the preserved outer hair cells; the afferent neural transmission has been altered. This alteration generates a neural dyssynchrony and significantly affects the speech perception and comprehension, mainly in the presence of noise(5) and, as a result, the speech production(6). The neural synchrony improvement by means of CI can deeply contribute to the learning of the listening and speaking abilities of children with ANSD(8)

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