Neuropsychological evidence for a spatial bias in visual short-term memory after left posterior ventral damage.

For the first time, we report a spatial bias in visual short-term memory (VSTM) after left medial and inferior occipito-temporal damage. Our patient D.M. showed a spatial bias in report from VSTM, being more accurate at reporting stimuli presented in her left than her right visual field (Experiment...

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Main Authors: Gillebert, C, Humphreys, G
Format: Journal article
Language:English
Published: 2008
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author Gillebert, C
Humphreys, G
author_facet Gillebert, C
Humphreys, G
author_sort Gillebert, C
collection OXFORD
description For the first time, we report a spatial bias in visual short-term memory (VSTM) after left medial and inferior occipito-temporal damage. Our patient D.M. showed a spatial bias in report from VSTM, being more accurate at reporting stimuli presented in her left than her right visual field (Experiment 1). This spatial bias could not be attributed to a visual field deficit (Experiment 2) and was based on the relative rather than the absolute locations of the stimuli (Experiment 3). It was reduced when the transfer of items to VSTM was facilitated-for example, by grouping stimuli (Experiment 4) or by reducing the number of items to be remembered (Experiment 5). The spatial bias was attenuated when items moved from right to centre or left to centre, and D.M. was cued to report the item that would have been on the right or left, had the movement continued (Experiment 6). We conclude that posterior ventral damage can impair both the consolidation of new information in VSTM and the explicit report of consolidated information from VSTM.
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spelling oxford-uuid:971193ac-7480-4f61-a0bb-07452d9ce9dc2022-03-26T23:56:59ZNeuropsychological evidence for a spatial bias in visual short-term memory after left posterior ventral damage.Journal articlehttp://purl.org/coar/resource_type/c_dcae04bcuuid:971193ac-7480-4f61-a0bb-07452d9ce9dcEnglishSymplectic Elements at Oxford2008Gillebert, CHumphreys, GFor the first time, we report a spatial bias in visual short-term memory (VSTM) after left medial and inferior occipito-temporal damage. Our patient D.M. showed a spatial bias in report from VSTM, being more accurate at reporting stimuli presented in her left than her right visual field (Experiment 1). This spatial bias could not be attributed to a visual field deficit (Experiment 2) and was based on the relative rather than the absolute locations of the stimuli (Experiment 3). It was reduced when the transfer of items to VSTM was facilitated-for example, by grouping stimuli (Experiment 4) or by reducing the number of items to be remembered (Experiment 5). The spatial bias was attenuated when items moved from right to centre or left to centre, and D.M. was cued to report the item that would have been on the right or left, had the movement continued (Experiment 6). We conclude that posterior ventral damage can impair both the consolidation of new information in VSTM and the explicit report of consolidated information from VSTM.
spellingShingle Gillebert, C
Humphreys, G
Neuropsychological evidence for a spatial bias in visual short-term memory after left posterior ventral damage.
title Neuropsychological evidence for a spatial bias in visual short-term memory after left posterior ventral damage.
title_full Neuropsychological evidence for a spatial bias in visual short-term memory after left posterior ventral damage.
title_fullStr Neuropsychological evidence for a spatial bias in visual short-term memory after left posterior ventral damage.
title_full_unstemmed Neuropsychological evidence for a spatial bias in visual short-term memory after left posterior ventral damage.
title_short Neuropsychological evidence for a spatial bias in visual short-term memory after left posterior ventral damage.
title_sort neuropsychological evidence for a spatial bias in visual short term memory after left posterior ventral damage
work_keys_str_mv AT gillebertc neuropsychologicalevidenceforaspatialbiasinvisualshorttermmemoryafterleftposteriorventraldamage
AT humphreysg neuropsychologicalevidenceforaspatialbiasinvisualshorttermmemoryafterleftposteriorventraldamage