Visual processing and dyslexia

J Everatt, MF Bradshaw, PB Hibbard - Perception, 1999 - journals.sagepub.com
Magnocellular-pathway deficits have been hypothesised to be responsible for the problems
experienced by dyslexic individuals in reading. However, research has yet to provide a …

Visual processing and dyslexia

J Everatt, MF Bradshaw, PB Hibbard - Perception, 1999 - research-portal.st-andrews.ac.uk
Magnocellular-pathway deficits have been hypothesised to be responsible for the problems
experienced by dyslexic individuals in reading. However, research has yet to provide a …

Visual Processing and Dyslexia

J Everatt, MF Bradshaw, PB Hibbard - Perception, 1999 - repository.essex.ac.uk
Magnocellular-pathway deficits have been hypothesised to be responsible for the problems
experienced by dyslexic individuals in reading. However, research has yet to provide a …

Visual processing and dyslexia.

J Everatt, MF Bradshaw, PB Hibbard - Perception, 1999 - europepmc.org
Magnocellular-pathway deficits have been hypothesized to be responsible for the problems
experienced by dyslexic individuals in reading. However, research has yet to provide a …

Visual processing and dyslexia.

J Everatt, MF Bradshaw, PB Hibbard - Perception, 1999 - psycnet.apa.org
Examined the potential consequences of magnocellular-pathway deficits for dyslexics in a
comprehensive range of visual tasks. 16 dyslexics (aged 18–36 yrs) and 16 nondyslexics …

[PDF][PDF] Visual processing and dyslexia

J Everatt, MF Bradshaw, PB Hibbard - Perception, 1999 - core.ac.uk
Magnocellular-pathway deficits have been hypothesised to be responsible for the problems
experienced by dyslexic individuals in reading. However, research has yet to provide a …

Visual processing and dyslexia

J Everatt, MF Bradshaw, PB Hibbard - Perception, 1999 - pubmed.ncbi.nlm.nih.gov
Magnocellular-pathway deficits have been hypothesized to be responsible for the problems
experienced by dyslexic individuals in reading. However, research has yet to provide a …