Pure alexia (PA) has been associated with visual deficits or a failure to activate the visual word form area (VWFA). We report a patient with pure alexia due to posterior cortical atrophy, in whom event-related potentials revealed a delay in the P100 component and an absent N170 compared with controls. Furthermore, there was a tendency for a larger delay in P100 latencies associated with incorrectly read words. This suggests that some cases of PA might result from deficits in visual perception, signaled by the P100 early potential which could lead to an inability to consistently activate the VWFA, marked by the absent N170.info:eu-repo/semantics/publishedVersio
In this study we investigated two patients with pure alexia, F. C. and L. D. S., in order to make in...
International audienceFor over 150 years, the study of patients with acquired alexia has fueled rese...
A left occipital stroke may result in alexia for two reasons, which may coexist depending on the dis...
Whether normal word reading includes a stage of visual processing selectively dedicated to word or l...
Whether normal word reading includes a stage of visual processing selectively dedicated to word or l...
Pure alexia is a severe impairment of word reading which is usually accompanied by a right-sided vis...
The key feature of pure alexia is a dramatic dissociation between the ability to read and normal wri...
Pure alexia is an acquired reading disorder characterized by a disproportionate prolongation of read...
Pure alexia is an acquired reading disorder characterized by a disproportionate prolongation of read...
Acquired alexia is the inability to read in previously literate individuals despite adequate visual ...
Whether normal word reading includes a stage of visual processing selectively dedicated to word or l...
Progressive alexia is an acquired reading deficit caused by degeneration of brain regions that are e...
Individuals with pure alexia often have visual field defects such as right homonymous hemianopia. Re...
This study provides evidence that pure alexia, or letter-by-letter reading, may be attributed to a g...
In this study we investigated two patients with pure alexia, F.C. and L.D.S., in order to make infer...
In this study we investigated two patients with pure alexia, F. C. and L. D. S., in order to make in...
International audienceFor over 150 years, the study of patients with acquired alexia has fueled rese...
A left occipital stroke may result in alexia for two reasons, which may coexist depending on the dis...
Whether normal word reading includes a stage of visual processing selectively dedicated to word or l...
Whether normal word reading includes a stage of visual processing selectively dedicated to word or l...
Pure alexia is a severe impairment of word reading which is usually accompanied by a right-sided vis...
The key feature of pure alexia is a dramatic dissociation between the ability to read and normal wri...
Pure alexia is an acquired reading disorder characterized by a disproportionate prolongation of read...
Pure alexia is an acquired reading disorder characterized by a disproportionate prolongation of read...
Acquired alexia is the inability to read in previously literate individuals despite adequate visual ...
Whether normal word reading includes a stage of visual processing selectively dedicated to word or l...
Progressive alexia is an acquired reading deficit caused by degeneration of brain regions that are e...
Individuals with pure alexia often have visual field defects such as right homonymous hemianopia. Re...
This study provides evidence that pure alexia, or letter-by-letter reading, may be attributed to a g...
In this study we investigated two patients with pure alexia, F.C. and L.D.S., in order to make infer...
In this study we investigated two patients with pure alexia, F. C. and L. D. S., in order to make in...
International audienceFor over 150 years, the study of patients with acquired alexia has fueled rese...
A left occipital stroke may result in alexia for two reasons, which may coexist depending on the dis...