Results 211 to 220 of about 2,236,064 (241)
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Ophthalmic and Physiological Optics, 1981
Abstract A case is made for using an objective method of recording eye movements in routine practice. Accordingly a simple way of monitoring eye movement behaviour using a photo‐electric device is described, Records may he displayed permanently or alternatively it is possible to hear the eye movements if the ...
R V, Abadi, D, Carden, J, Simpson
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Abstract A case is made for using an objective method of recording eye movements in routine practice. Accordingly a simple way of monitoring eye movement behaviour using a photo‐electric device is described, Records may he displayed permanently or alternatively it is possible to hear the eye movements if the ...
R V, Abadi, D, Carden, J, Simpson
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Progress in Neurobiology, 1997
Monkeys and humans are able to perform different types of slow eye movements. The analysis of the eye movement parameters, as well as the investigation of the neuronal activity underlying the execution of slow eye movements, offer an excellent opportunity to study higher brain functions such as motion processing, sensorimotor integration, and ...
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Monkeys and humans are able to perform different types of slow eye movements. The analysis of the eye movement parameters, as well as the investigation of the neuronal activity underlying the execution of slow eye movements, offer an excellent opportunity to study higher brain functions such as motion processing, sensorimotor integration, and ...
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2012
Generation and control of eye movements requires the participation of the cortex, basal ganglia, cerebellum and brainstem. The signals of this complex neural network finally converge on the ocular motoneurons of the brainstem. Infarct or hemorrhage at any level of the oculomotor system (though more frequent in the brain-stem) may give rise to a broad ...
Jorge, Moncayo, Julien, Bogousslavsky
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Generation and control of eye movements requires the participation of the cortex, basal ganglia, cerebellum and brainstem. The signals of this complex neural network finally converge on the ocular motoneurons of the brainstem. Infarct or hemorrhage at any level of the oculomotor system (though more frequent in the brain-stem) may give rise to a broad ...
Jorge, Moncayo, Julien, Bogousslavsky
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Practical Neurology, 2007
As with all aspects of the neurological examination, important clues come from a thorough and appropriate history. In relation to eye movement disorders the patients may be complaining of double vision, in which case they should be asked whether it is constant or intermittent; does it occur, or is it maximal, in certain directions of gaze; what is the ...
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As with all aspects of the neurological examination, important clues come from a thorough and appropriate history. In relation to eye movement disorders the patients may be complaining of double vision, in which case they should be asked whether it is constant or intermittent; does it occur, or is it maximal, in certain directions of gaze; what is the ...
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The Mathematical Intelligencer, 2016
zbMATH Open Web Interface contents unavailable due to conflicting licenses.
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zbMATH Open Web Interface contents unavailable due to conflicting licenses.
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Documenta Ophthalmologica, 1974
The extensive and scattered literature on vergence eye movements is reviewed. Topics covered include the neural innervation to vergence, active versus passive divergence, muscular control, the accuracy of vergence, the interaction from vergence to accommodation, the independence of vergence and version, the sharing of responsibility with other eye ...
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The extensive and scattered literature on vergence eye movements is reviewed. Topics covered include the neural innervation to vergence, active versus passive divergence, muscular control, the accuracy of vergence, the interaction from vergence to accommodation, the independence of vergence and version, the sharing of responsibility with other eye ...
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Functional Use of Eye Movements for an Acting System
Trends in Cognitive Sciences, 2021Anouk J de Brouwer +2 more
exaly
2003
Vergence eye movements refer to the binocular, nonconjugate, disjunctive ('fusional') movement of the eyes used to track objects moving in depth to maintain bifoveation and fused/single vision. They can be horizontal, vertical, and/or cyclorotary in nature.
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Vergence eye movements refer to the binocular, nonconjugate, disjunctive ('fusional') movement of the eyes used to track objects moving in depth to maintain bifoveation and fused/single vision. They can be horizontal, vertical, and/or cyclorotary in nature.
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APPARENT MOVEMENT AND EYE MOVEMENTS
British Journal of Psychology. General Section, 1953openaire +2 more sources