Total amount: € 0,00
Indexed/Abstracted in: CAB, EMBASE, PubMed/MEDLINE, Science Citation Index Expanded (SciSearch), Scopus
Impact Factor 0,532
Online ISSN 1827-1715
Pecini C., Spoglianti S., Michetti S., Bonetti S., Dilieto M. C., Gasperini F., Cristofani P., Bozza M., Brizzolara D., Casalini C., Mazzotti S., Salvadorini R., Bargagna S., Chilosi A. M.
Department of Developmental Neuroscience, IRCCS Stella Maris, Pisa
Developmental Dyslexia is a disorder, highly frequent in the school population, for which the recommended rehabilitation procedures are not well defined. This study aimed to automatize reading decoding skills by using an innovative system for rehabilitation, based on a tele- rehabilitation method. It requires an intensive home-exercise with the supervision, by web, of the clinician. The study had three main aims: to diffuse knowledge on new methods for rehabilitation of reading difficulties; to verify whether an intensive and simplified exercise, targeted to the automation of reading, is suitable for different subgroups of dyslexic children; to define the treatment effects on basic cognitive functions underlying reading.
METHODS: 25 children, grouped according to the neuropsychological and anamnestic profiles, took part to the treatment by the software Reading Trainer®.
RESULTS: Both speed and accuracy of reading decoding increased significantly after treatment, independently from the functional neuropsychological profile or the history of oral language delay. These changes were specific to decoding and not associated with improvements in reading comprehension or spelling skills. However, there was a "cascade effect" of the treatment efficacy on those basic cognitive functions considered precursors of the ability to read, with significant improvements in rapid lexical access, phonological processing and visual attention.
CONCLUSIONS: This study provides information on the efficacy of new tools for tele-rehabilitation of specific reading disorders.