Abstract

This study delves into the investigation and examination of the contralateral acoustic reflex (CAR) in children diagnosed with phonological disorders. Phonological disorders are characterized by difficulties in producing and perceiving speech sounds accurately, often resulting in communication challenges. While previous research has predominantly focused on linguistic and articulatory aspects of phonological disorders, this study explores the auditory processing component through the lens of the CAR. The CAR is a vital mechanism involved in auditory processing, serving to protect the auditory system from intense stimuli. By measuring CAR thresholds and latencies in response to loud sounds presented to the contralateral ear, this study aims to elucidate potential auditory processing deficits in children with phonological disorders. Understanding the relationship between the CAR and phonological disorders has significant implications for clinical practice, as it may inform the development of targeted interventions aimed at improving auditory processing skills and ultimately enhancing speech production and communication abilities in affected children.