Phonological ability and neural congruency: Phonological loop or more?

CONCLUSIONS: Neural congruency components capture the underlying neural mechanisms that drive the relationship between phonological deficits and dyslexia and provide insights into the phonological loop and visual-sketchpad dimensions in Baddeley's model at the neural level. They also confirm the unitary structure of phonological awareness with EEG data.SIGNIFICANCE: Our findings provide novel insights into the neural origins of the phonological processing differences in children with dyslexia, the unitary structure of phonological awareness, and further verify Baddeley's model as a theoretical framework for phonological processing and dyslexia.PMID:37988851 | DOI:10.1016/j.clinph.2023.10.015

Source: Clinical Neurophysiology - November 21, 2023 Category: Neurology Authors: Christoforos Christoforou Maria Theodorou Argyro Fella Timothy C Papadopoulos Source Type: research