The supplementary eye fields (SEFs) are located in dorsomedial frontal cortex and contribute to high-level control of eye movements. Recordings in the SEF reveal neural activity related to vision, saccades, and fixations, and electrical stimulation in the SEF evokes saccades and fixations. Inactivations and lesions of the SEF, however, cause minimal oculomotor deficits. The SEF thus processes information relevant to eye movements and influences critical oculomotor centers but seems unnecessary for generating action. Instead, the SEF has overarching, subtle functions that include limb-eye coordination, the timing and sequencing of actions, learning, monitoring conflict, prediction, supervising behavior, value-based decision making, and the m...
The analysis of saccades offers an opportunity to study a number of different cognitive processes, s...
Abstract Saccadic eye movements are controlled by a cortical network composed of several oculomotor ...
Two discrete areas in frontal cortex are involved in generating saccadic eye movements—the frontal e...
The supplementary eye fields (SEFs) are located in dorsomedial frontal cortex and contribute to high...
The supplementary eye fields (SEFs) are located in dorsomedial frontal cortex and contribute to high...
AbstractThe precise function of the supplementary eye field (SEF) is poorly understood. Although ele...
The precise function of the supplementary eye field (SEF) is poorly understood. Although electrophys...
Multiple lines of evidence indicate that an anatomically discrete region within the dorsal medial fr...
Multiple lines of evidence indicate that an anatomically discrete region within the dorsal medial fr...
International audienceTogether with the frontal and parietal eye fields, the supplementary eye field...
International audienceSmooth pursuit eye movements are influenced by both visual motion signals and ...
AbstractThe supplementary eye field (SEF) is a region within medial frontal cortex that integrates c...
The supplementary eye field (SEF) is a region of cortex located on the dorsomedial shoulder of the f...
How supplementary eye field (SEF) contributes to visual search is unknown. Inputs from cortical and ...
AbstractThe supplementary eye field has the biggest say in choosing what we look at, but has long be...
The analysis of saccades offers an opportunity to study a number of different cognitive processes, s...
Abstract Saccadic eye movements are controlled by a cortical network composed of several oculomotor ...
Two discrete areas in frontal cortex are involved in generating saccadic eye movements—the frontal e...
The supplementary eye fields (SEFs) are located in dorsomedial frontal cortex and contribute to high...
The supplementary eye fields (SEFs) are located in dorsomedial frontal cortex and contribute to high...
AbstractThe precise function of the supplementary eye field (SEF) is poorly understood. Although ele...
The precise function of the supplementary eye field (SEF) is poorly understood. Although electrophys...
Multiple lines of evidence indicate that an anatomically discrete region within the dorsal medial fr...
Multiple lines of evidence indicate that an anatomically discrete region within the dorsal medial fr...
International audienceTogether with the frontal and parietal eye fields, the supplementary eye field...
International audienceSmooth pursuit eye movements are influenced by both visual motion signals and ...
AbstractThe supplementary eye field (SEF) is a region within medial frontal cortex that integrates c...
The supplementary eye field (SEF) is a region of cortex located on the dorsomedial shoulder of the f...
How supplementary eye field (SEF) contributes to visual search is unknown. Inputs from cortical and ...
AbstractThe supplementary eye field has the biggest say in choosing what we look at, but has long be...
The analysis of saccades offers an opportunity to study a number of different cognitive processes, s...
Abstract Saccadic eye movements are controlled by a cortical network composed of several oculomotor ...
Two discrete areas in frontal cortex are involved in generating saccadic eye movements—the frontal e...