We studied a group of 24 children with dyslexia in second to fifth primary school grades by using a discrete-trial computerized version of the Stroop Color-Word Test. Since the classic Stroop effect depends on the interference of reading with color naming, one would expect these children to show no interference or, at least, less interference than normal readers. Children with dyslexia showed, however, a Stroop effect larger than normal readers of the same age. This suggests that reading, although difficult and slow, is an inescapable step that precedes naming both in poor and in normal readers
Reading involves the correct and rapid identification of visual stimuli with letters and words. The ...
International audienceReading is known to be primarily a linguistic task and a large body of data sh...
The present study used the tip-of-the-tongue (TOT) experimental paradigm in a picture naming task to...
We studied 241 nursery and primary school 3- to 10-year old children with a discrete-trial version o...
The purpose of this experiment was to test the relationship between grade level and the Stroop effec...
Introduction. High-lexical quality implies fully specified and well-connected orthographic, phonolog...
A Stroop color naming paradigm was used to examine the level of semantic processing in retarded adul...
The study presented here investigated the performance of children with learning, psychiatric, and at...
Specific Reading Difficulty (SRD), also known as developmental dyslexia, affects approximately 5-10%...
First-letter naming was used to investigate the role of phonology in printed word perception in chil...
The influence of a secondary task on concurrent postural control was explored in twenty-one dyslexic...
The severe deficits in rapid automatized naming demonstrated by children with developmental dyslexia...
We tested the hypothesis that crowding effects are responsible for the reading slowness characterist...
Children with dyslexia face persistent difficulties in acquiring reading skills, often making guessi...
In orthographic reading, the transposed-letter effect (TLE) is the perception of a transposed-letter...
Reading involves the correct and rapid identification of visual stimuli with letters and words. The ...
International audienceReading is known to be primarily a linguistic task and a large body of data sh...
The present study used the tip-of-the-tongue (TOT) experimental paradigm in a picture naming task to...
We studied 241 nursery and primary school 3- to 10-year old children with a discrete-trial version o...
The purpose of this experiment was to test the relationship between grade level and the Stroop effec...
Introduction. High-lexical quality implies fully specified and well-connected orthographic, phonolog...
A Stroop color naming paradigm was used to examine the level of semantic processing in retarded adul...
The study presented here investigated the performance of children with learning, psychiatric, and at...
Specific Reading Difficulty (SRD), also known as developmental dyslexia, affects approximately 5-10%...
First-letter naming was used to investigate the role of phonology in printed word perception in chil...
The influence of a secondary task on concurrent postural control was explored in twenty-one dyslexic...
The severe deficits in rapid automatized naming demonstrated by children with developmental dyslexia...
We tested the hypothesis that crowding effects are responsible for the reading slowness characterist...
Children with dyslexia face persistent difficulties in acquiring reading skills, often making guessi...
In orthographic reading, the transposed-letter effect (TLE) is the perception of a transposed-letter...
Reading involves the correct and rapid identification of visual stimuli with letters and words. The ...
International audienceReading is known to be primarily a linguistic task and a large body of data sh...
The present study used the tip-of-the-tongue (TOT) experimental paradigm in a picture naming task to...