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Social and Behavioral Sciences Commons™
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Articles 1 - 4 of 4
Full-Text Articles in Social and Behavioral Sciences
Parkinson’S Disease Disrupts Both Automatic And Controlled Processing Of Action Verbs, L. Fernandino, L. Conant, J. Binder, K. Blindauer, B. Hiner, K. Spangler, Rutvik Desai
Parkinson’S Disease Disrupts Both Automatic And Controlled Processing Of Action Verbs, L. Fernandino, L. Conant, J. Binder, K. Blindauer, B. Hiner, K. Spangler, Rutvik Desai
Rutvik Desai
No abstract provided.
Anatomy Is Strategy: Skilled Reading Differences Associated With Structural Connectivity Differences In The Reading Network, W. Graves, J. Binder, Rutvik Desai, C. Humphries, B. Stengel, M. Seidenberg
Anatomy Is Strategy: Skilled Reading Differences Associated With Structural Connectivity Differences In The Reading Network, W. Graves, J. Binder, Rutvik Desai, C. Humphries, B. Stengel, M. Seidenberg
Rutvik Desai
No abstract provided.
Where Is The Semantic System? A Critical Review And Meta-Analysis Of 120 Functional Neuroimaging Studies, J. Binder, Rutvik Desai, W. Graves, L. Conant
Where Is The Semantic System? A Critical Review And Meta-Analysis Of 120 Functional Neuroimaging Studies, J. Binder, Rutvik Desai, W. Graves, L. Conant
Rutvik Desai
No abstract provided.
Detecting Structure In Glass Patterns: An Interocular Transfer Study, Dawn Vreven, Jarrod Berge
Detecting Structure In Glass Patterns: An Interocular Transfer Study, Dawn Vreven, Jarrod Berge
Dawn L Vreven
Glass patterns are visual stimuli used here to study how local orientation signals are spatially integrated into global pattern perception. We measured a form aftereffect from adaptation to both static and dynamic Glass patterns and calculated the amount of interocular transfer to determine the binocularity of the detectors responsible for the perception of global structure. Both static and dynamic adaptation produced significant form aftereffects and showed a very high degree of interocular transfer, suggesting that Glass-pattern perception involves cortical processing beyond primary visual cortex. Surprisingly, dynamic adaptation produced significantly greater interocular transfer than static adaptation. Our results suggest a functional …