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The face-detection effect: configuration enhances detection.Attentional focus during learning impacts N170 ERP responses to an artificial script.Asymmetries of the human social brain in the visual, auditory and chemical modalitiesThe neural bases of spatial frequency processing during scene perceptionDissociation of sensitivity to spatial frequency in word and face preferential areas of the fusiform gyrusRight-lateralized alpha desynchronization during regularity discrimination: hemispheric specialization or directed spatial attention?A study of the effect of structural information and familiarity in form perception.Influence of physical and semantic information in a categorisation task of fragmented forms.Learning disabled readers' recall as a function of distinctive encoding, hemisphere processing and selective attention.Visual-field differences for a number--non-number classification of alphabetic and ideographic stimuli.Familiarity-and-liking relationship under conditions of induced lateral orientation.Lateralized recognition of incomplete figures in a prolonged display controlled by eye movements.Hemispheric differences are found in the identification, but not the detection, of low versus high spatial frequencies.Very late outcome after focal wartime brain wounds.Spatial frequencies and the cerebral hemispheres: contrast sensitivity, visible persistence, and letter classification.Lateralized brain processing of faces and facial expressions: level of blurring and specificity.Spatial processing and hemispheric asymmetry. Contributions of the transient/magnocellular visual system.The variety of relations between spatial frequency and reaction time.Cerebral lateralization of bilingual functions after handedness switch in childhood.The effects of visual field size on hemispheric asymmetry of pattern reversal visual evoked potentials.Asymmetrical visual deprivation: a technique to differentially influence lateral hemispheric function.Lateral asymmetry of impression formation.A TMS Investigation on the Role of Lateral Occipital Complex and Caudal Intraparietal Sulcus in the Perception of Object Form and Orientation.Inducing letter-by-letter dyslexia in normal readers.Hemispheric symmetry in contrast and orientation sensitivity.Stability from variation: the case of face recognition. The M.D. Vernon Memorial Lecture.Hemispheric processing of categorical and coordinate spatial relations in the absence of low spatial frequencies.Hemispheric asymmetry in temporal resolution: contribution of the magnocellular pathway.Effects of stimulus degradation on letter-matching performance of left and right hemispheric stroke patients.The role of high spatial frequencies in hemispheric processing of categorical and coordinate spatial relations.A novel contact-lens system to assess visual hemispheric asymmetries.Visual field effects in the discrimination of sine-wave gratings.Hemispheric asymmetries for different components of global/local attention occur in distinct temporo-parietal loci.Role of contrast, lettercase, and viewing conditions in a lateralized word-naming taskThe primary visual system does not care about Previc's near-far dichotomy. Why not?
P2860
Q29304482-2B4186F1-19F5-46CA-8E12-0DD2EAC42CD0Q30416429-DD6E768A-974F-4151-9240-7C70F574C7FDQ30482079-666C9578-2453-42B5-B1AF-59E1B39CACFBQ33605958-37010967-A0F8-48D0-A77A-D8069BC86F9CQ35204310-E85CF492-C6FF-4654-8F25-8FB8D23E92BEQ36377224-180A8870-761E-4A27-A152-7FF10634EAE7Q38476596-AD1D9B48-DE90-46A9-A6A1-36BD99C61976Q38477881-0C76F21F-0EE3-483D-851E-AAEC21BB5BDAQ38493251-C928971A-17C6-4495-9252-3CE9267390A9Q38493731-C93DEB41-40A8-4D5C-944D-01C86E6E4714Q38580917-E649FFEB-0298-48BA-9BA3-21425DD65AD5Q39799867-B81FDCEA-7540-4252-A606-1FEC5A70D487Q41211169-D4EFB0D4-D58E-4F3B-BD9B-6F31E5DF3569Q41222950-597AE527-EEC9-4A81-8EA7-A0D09E33E23AQ41330955-46047C00-7F63-425A-95FB-08EF431683F0Q41580367-D4AEFBF4-6FC1-4CE2-A719-8900F6DFDA21Q44457012-821D21FD-51F3-4FF2-93DB-F6E338FDBEA1Q46971537-5A107390-F41F-432C-88CE-C7D64B5BEBC3Q47317785-0380D253-C403-4461-B3EB-332F3B51F55EQ47449588-919590C1-7C54-4EA4-A42E-8218AC174202Q48276167-99A2696D-906A-4A49-8ADF-52625C500E37Q48313990-A1B7D48C-5A71-44AA-896A-92D6076333C5Q48336955-039B83EA-1EB4-4D77-994B-7ABCF1DC594CQ48416499-653D38AE-4DD5-4BA0-809F-19EE4DDF1357Q48489173-6B463B8D-AA17-4909-886F-9C28350E5FC2Q48512173-0D52C2E8-B734-4326-8A30-E1F979C42E86Q48624243-166F2B44-D44C-4B45-AF2E-1236FCB92633Q48667255-20E8D463-8F79-4C0A-BB9F-C2C0A73222A4Q49066226-2AAC68C9-5F8D-4B7A-AA97-A711BBDE4DD4Q51934693-AC06C046-E99C-4966-BA0C-BA11AF31B704Q52231948-777B4383-9F24-41E1-9ECE-8DE254F2EDCBQ52236384-3D6E4729-9144-4053-BC9C-6C3C3856F13EQ52968073-D1972FF8-E494-447E-BC43-F10855CD5705Q57482683-6BA9E7F8-9E70-4EEE-B700-9BFF7D8A3DB5Q57982732-F676B81D-5025-4FB0-8BCE-0C8E6C630540
P2860
description
im Januar 1983 veröffentlichter wissenschaftlicher Artikel
@de
wetenschappelijk artikel
@nl
наукова стаття, опублікована в 1983
@uk
name
Role of the input in visual hemispheric asymmetries
@en
Role of the input in visual hemispheric asymmetries
@nl
type
label
Role of the input in visual hemispheric asymmetries
@en
Role of the input in visual hemispheric asymmetries
@nl
prefLabel
Role of the input in visual hemispheric asymmetries
@en
Role of the input in visual hemispheric asymmetries
@nl
P1476
Role of the input in visual hemispheric asymmetries
@en
P2093
Justine Sergent
P304
P356
10.1037/0033-2909.93.3.481
P577
1983-01-01T00:00:00Z