An oscillopathic approach to developmental dyslexia: From genes to speech processing.
Developmental dyslexia is a heterogeneous condition entailing problems with reading and spelling. Several genes have been linked or associated to the disease, many of which contribute to the development and function of brain areas important for auditory and phonological processing. Nonetheless, a clear link between genes, the brain, and the symptoms of dyslexia is still pending. The goal of this paper is contributing to bridge this gap. With this aim, we have focused on how the dyslexic brain fails to process speech sounds and reading cues. We have adopted an oscillatory perspective, according to which dyslexia may result from a deficient integration of different brain rhythms during reading/spellings tasks. Moreover, we show that some candidate genes for this condition are related to brain rhythms. This fresh approach is expected to provide a better understanding of the aetiology and the clinical presentation of developmental dyslexia, but also to achieve an earlier and more accurate diagnosis of the disease.
['Jiménez-Bravo|Miguel|M|', 'Marrero|Victoria|V|', 'Benítez-Burraco|Antonio|A|']
D001921:Brain D002940:Circadian Rhythm D004410:Dyslexia D006801:Humans D021641:Recognition, Psychology D013060:Speech
Developmental dyslexia Reading Spelling Speech sounds Brain rhythms Candidate genes