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Church, Jessica A.; Grigorenko, Elena L.; Fletcher, Jack M. – Reading Research Quarterly, 2023
To learn to read, the brain must repurpose neural systems for oral language and visual processing to mediate written language. We begin with a description of computational models for how alphabetic written language is processed. Next, we explain the roles of a dorsal sublexical system in the brain that relates print and speech, a ventral lexical…
Descriptors: Genetics, Brain Hemisphere Functions, Reading Processes, Oral Language
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Kweldju, Siusana – PASAA: Journal of Language Teaching and Learning in Thailand, 2015
In the past, neurobiology for reading was identical with neuropathology. Today, however, the advancement of modern neuroimaging techniques has contributed to the understanding of the reading processes of normal individuals. Neurobiology findings today have uncovered and illuminated the fundamental neural mechanism of reading. The findings have…
Descriptors: Reading Processes, Neurology, Biology, Neurosciences
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Ellis, Andrew W.; Brysbaert, Marc – Neuropsychologia, 2010
Split fovea theory proposes that when the eyes are fixated within a written word, visual information about the letters falling to the left of fixation is projected initially to the right cerebral hemisphere while visual information about the letters falling to the right of fixation is projected to the left cerebral hemisphere. The two parts of the…
Descriptors: Brain Hemisphere Functions, Eye Movements, Reading Processes, Word Recognition
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Rickelman, Robert J.; Henk, William A. – Reading Teacher, 1990
Shares information about the latest technology which offers expanded insights into the reading process and how the brain operates. (MG)
Descriptors: Brain Hemisphere Functions, Dyslexia, Elementary Secondary Education, Reading Processes
Iaccino, James F. – 1989
A study examined laterality effects observed in previous studies in which men as well as right-handers show a right-visual field (RVF) advantage for letter recall and a left-visual field (LVF) advantage for letter position recall, suggesting asymmetrical brain organization for these groups. Subjects, 96 undergraduates equally divided by sex and…
Descriptors: Brain, Brain Hemisphere Functions, Higher Education, Lateral Dominance
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Underwood, Geoffrey; Boot, Daphne – Journal of Reading Behavior, 1986
Investigates visual processing asymmetries in normal and dyslexic readers to determine whether differences between dyslexics and normals were due to structural hemispherical differences or to strategical processing differences. Results indicate dyslexics behave as normal readers if they are unable to predict whether the stimulus will be verbal or…
Descriptors: Attention, Brain Hemisphere Functions, Dyslexia, Elementary Secondary Education
Weaver, Constance – 1986
Those to whom teachers are accountable--administrators, parents, and the public--seem to be inclined to ignore the findings of more than 20 years of research into the process of efficient and proficient reading in favor of dehumanized instruction that reduces reading to bits and pieces of skills instruction. They cling to the metaphor of mind as…
Descriptors: Brain Hemisphere Functions, Dyslexia, Elementary Secondary Education, Holistic Approach
MacRae-Campbell, Linda – 1989
New views of intelligence and cognitive learning styles highlight ways to increase educational effectiveness by improving instructional methods. Research shows that both hemispheres of the brain play a role in learning, but evidence indicates that one hemisphere may be more aroused than the other in the case of a particular child. Individuals with…
Descriptors: Brain, Brain Hemisphere Functions, Cognitive Style, Elementary Education