Auditory processing disorders contribute to communication difficulties in children with language-based learning impairments and in older adults who have trouble hearing in background noise. Therefore, deficits in auditory processing are widespread among these diverse populations. For this reason, it behooves both scientific and clinical communities to consider optimum techniques for assessing a...

Background: Central auditory processing disorders (CAPDs) tend to affect an individual’s ability understand speech, especially in difficult listening conditions.Objective: To study speech-in-noise (SIN) cases of central subjectively by Arabic Hearing Noise Test (A-HINT) and objectively Speech-evoked brainstem response (S-ABR) with ipsilateral noise.Patients Methods: Subjects included this will ...

Purpose: The purpose of this article is to review the literature that pertains to ongoing concerns regarding the central auditory processing construct among school-aged children and to assess whether the degree of uncertainty surrounding central auditory processing disorder (CAPD) warrants a change in current protocols. Method: Methodology on this topic included a review of relevant and recent ...

background: this study assessed the relationship between working memory capacity and auditory stream segregation by using the concurrent minimum audible angle in children with a diagnosed auditory processing disorder (apd). methods: the participants in this cross-sectional, comparative study were 20 typically developing children and 15 children with a diagnosed apd (age, 9–11 years) according t...

Background: In this study, the question of whether auditory training for children with a reading and spelling disorder and a central auditory processing disorder (CAPD) can improve spelling performance is investigated. The training apparatus was the Audiva Company‘s DichoTrainer. Method: Dichotic discrimination, auditory/kinaesthetic perception and behavioral strengths and peculiarities as well...

Speech recognition is improved when complementary visual information is available, especially under noisy acoustic conditions. Functional neuroimaging studies have suggested that the superior temporal sulcus (STS) plays an important role for this improvement. The spectrotemporal dynamics underlying audiovisual speech processing in the STS, and how these dynamics are affected by auditory noise, ...