[HTML][HTML] Impaired oculomotor behavior of children with developmental dyslexia in antisaccades and predictive saccades tasks
K Lukasova, IP Silva, EC Macedo - Frontiers in psychology, 2016 - frontiersin.org
Analysis of eye movement patterns during tracking tasks represents a potential way to
identify differences in the cognitive processing and motor mechanisms underlying reading in …
identify differences in the cognitive processing and motor mechanisms underlying reading in …
[HTML][HTML] Impaired Oculomotor Behavior of Children with Developmental Dyslexia in Antisaccades and Predictive Saccades Tasks
K Lukasova, IP Silva, EC Macedo - Frontiers in Psychology, 2016 - frontiersin.org
Analysis of eye movement patterns during tracking tasks represents a potential way to
identify differences in the cognitive processing and motor mechanisms underlying reading in …
identify differences in the cognitive processing and motor mechanisms underlying reading in …
Impaired Oculomotor Behavior of Children with Developmental Dyslexia in Antisaccades and Predictive Saccades Tasks.
K Lukasova, IP Silva, EC Macedo - Frontiers in Psychology, 2016 - europepmc.org
Abstract Analysis of eye movement patterns during tracking tasks represents a potential way
to identify differences in the cognitive processing and motor mechanisms underlying reading …
to identify differences in the cognitive processing and motor mechanisms underlying reading …
[PDF][PDF] Impaired Oculomotor Behavior of Children with Developmental Dyslexia in Antisaccades and Predictive Saccades Tasks
K Lukasova, IP Silva, EC Macedo - Front. Psychol, 2016 - dislexia.org.br
DG= 25%, CC= 37%). Dyslexic children also made fewer saccades in predictive latency (p<
0.001, DG= 34%, CG= 46%, predictive latency within− 300–120 ms with target as 0 point) …
0.001, DG= 34%, CG= 46%, predictive latency within− 300–120 ms with target as 0 point) …
[PDF][PDF] Impaired Oculomotor Behavior of Children with Developmental Dyslexia in Antisaccades and Predictive Saccades Tasks
K Lukasova, IP Silva, EC Macedo - Front. Psychol, 2016 - core.ac.uk
DG= 25%, CC= 37%). Dyslexic children also made fewer saccades in predictive latency (p<
0.001, DG= 34%, CG= 46%, predictive latency within− 300–120 ms with target as 0 point) …
0.001, DG= 34%, CG= 46%, predictive latency within− 300–120 ms with target as 0 point) …
Impaired Oculomotor Behavior of Children with Developmental Dyslexia in Antisaccades and Predictive Saccades Tasks
K Lukasova, IP Silva… - Frontiers in …, 2016 - pubmed.ncbi.nlm.nih.gov
Analysis of eye movement patterns during tracking tasks represents a potential way to
identify differences in the cognitive processing and motor mechanisms underlying reading in …
identify differences in the cognitive processing and motor mechanisms underlying reading in …
Impaired Oculomotor Behavior of Children with Developmental Dyslexia in Antisaccades and Predictive Saccades Tasks
K LUKASOVA, IP SILVA… - Frontiers in …, 2016 - observatorio.fm.usp.br
Analysis of eye movement patterns during tracking tasks represents a potential way to
identify differences in the cognitive processing and motor mechanisms underlying reading in …
identify differences in the cognitive processing and motor mechanisms underlying reading in …
[HTML][HTML] Impaired Oculomotor Behavior of Children with Developmental Dyslexia in Antisaccades and Predictive Saccades Tasks
K Lukasova, IP Silva, EC Macedo - Frontiers in Psychology, 2016 - ncbi.nlm.nih.gov
Abstract Analysis of eye movement patterns during tracking tasks represents a potential way
to identify differences in the cognitive processing and motor mechanisms underlying reading …
to identify differences in the cognitive processing and motor mechanisms underlying reading …
Impaired oculomotor behavior of children with developmental dyslexia in antisaccades and predictive saccades tasks.
K Lukasova, IP Silva, EC Macedo - Frontiers in Psychology, 2016 - psycnet.apa.org
Abstract Analysis of eye movement patterns during tracking tasks represents a potential way
to identify differences in the cognitive processing and motor mechanisms underlying reading …
to identify differences in the cognitive processing and motor mechanisms underlying reading …