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Virtala, Paula; Partanen, Eino; Kujala, Teija – Journal of Learning Disabilities, 2021
Rules and regularities of language are typically processed in an implicit and effortless way in the human brain. Individuals with developmental dyslexia have problems in implicit learning of regularities in sequential stimuli, but the neural basis of this deficit has not been studied. This study investigated extraction and utilization of a complex…
Descriptors: Developmental Disabilities, Dyslexia, Neurological Impairments, Standards
Diaz, Michele T.; Yalcinbas, Ege – International Journal of Behavioral Development, 2021
Although hearing often declines with age, prior research has shown that older adults may benefit from multisensory input to a greater extent when compared to younger adults, a concept known as inverse effectiveness. While there is behavioral evidence in support of this phenomenon, less is known about its neural basis. The present functional MRI…
Descriptors: Brain Hemisphere Functions, Older Adults, Sensory Integration, Diagnostic Tests
Jones, Manon W.; Snowling, Margaret J.; Moll, Kristina – Journal of Experimental Psychology: Learning, Memory, and Cognition, 2016
Reading fluency is often predicted by rapid automatized naming (RAN) speed, which as the name implies, measures the automaticity with which familiar stimuli (e.g., letters) can be retrieved and named. Readers with dyslexia are considered to have less "automatized" access to lexical information, reflected in longer RAN times compared with…
Descriptors: Reading Fluency, Dyslexia, Interference (Learning), Color