Using orthographic neighborhood size manipulations to investigate memory deficits in aging memory

In three previous studies, manipulations of orthographic neighborhood size and orienting task were used to differentiate between item-specific and relational processing in young adults (aged 18–35) in standard recognition tasks. The current study attempts to investigate memory deficits in older adul...

Full description

Bibliographic Details
Main Authors: Gina A. Glanc, Jessica M. Logan, Megan Grime, Antonette Anuwe, Janelle Thompson
Format: Article
Language:English
Published: Taylor & Francis Group 2016-12-01
Series:Cogent Psychology
Subjects:
Online Access:http://dx.doi.org/10.1080/23311908.2016.1220445
id doaj-bbdf1592be204cb2a806638733b86e6b
record_format Article
spelling doaj-bbdf1592be204cb2a806638733b86e6b2021-03-18T16:21:44ZengTaylor & Francis GroupCogent Psychology2331-19082016-12-013110.1080/23311908.2016.12204451220445Using orthographic neighborhood size manipulations to investigate memory deficits in aging memoryGina A. Glanc0Jessica M. Logan1Megan Grime2Antonette Anuwe3Janelle Thompson4Texas A&M University Corpus ChristiRice UniversityTexas A&M University Corpus ChristiTexas A&M University Corpus ChristiTexas A&M University Corpus ChristiIn three previous studies, manipulations of orthographic neighborhood size and orienting task were used to differentiate between item-specific and relational processing in young adults (aged 18–35) in standard recognition tasks. The current study attempts to investigate memory deficits in older adults (aged 65+) using similar manipulations. Experiment 1 manipulated orthographic neighborhood size within an item recognition task. Young adults demonstrated a standard mirror effect, showing more accurate performance for low-N words. No such effect was found in older adults, possibly indicating a deficit in item-specific processing. Experiment 2 included an orienting task during study to emphasize a specific type of processing. While younger adults’ performance was influenced by orienting task, older adults showed consistently better performance for High-N words. These results suggest that older adults show a deficit in item-specific processing, relying more on relational processing regardless of task.http://dx.doi.org/10.1080/23311908.2016.1220445recognition memoryrelational processingitem-specific processingorthographic neighborhood sizeorienting taskaging memorymemory deficits
collection DOAJ
language English
format Article
sources DOAJ
author Gina A. Glanc
Jessica M. Logan
Megan Grime
Antonette Anuwe
Janelle Thompson
spellingShingle Gina A. Glanc
Jessica M. Logan
Megan Grime
Antonette Anuwe
Janelle Thompson
Using orthographic neighborhood size manipulations to investigate memory deficits in aging memory
Cogent Psychology
recognition memory
relational processing
item-specific processing
orthographic neighborhood size
orienting task
aging memory
memory deficits
author_facet Gina A. Glanc
Jessica M. Logan
Megan Grime
Antonette Anuwe
Janelle Thompson
author_sort Gina A. Glanc
title Using orthographic neighborhood size manipulations to investigate memory deficits in aging memory
title_short Using orthographic neighborhood size manipulations to investigate memory deficits in aging memory
title_full Using orthographic neighborhood size manipulations to investigate memory deficits in aging memory
title_fullStr Using orthographic neighborhood size manipulations to investigate memory deficits in aging memory
title_full_unstemmed Using orthographic neighborhood size manipulations to investigate memory deficits in aging memory
title_sort using orthographic neighborhood size manipulations to investigate memory deficits in aging memory
publisher Taylor & Francis Group
series Cogent Psychology
issn 2331-1908
publishDate 2016-12-01
description In three previous studies, manipulations of orthographic neighborhood size and orienting task were used to differentiate between item-specific and relational processing in young adults (aged 18–35) in standard recognition tasks. The current study attempts to investigate memory deficits in older adults (aged 65+) using similar manipulations. Experiment 1 manipulated orthographic neighborhood size within an item recognition task. Young adults demonstrated a standard mirror effect, showing more accurate performance for low-N words. No such effect was found in older adults, possibly indicating a deficit in item-specific processing. Experiment 2 included an orienting task during study to emphasize a specific type of processing. While younger adults’ performance was influenced by orienting task, older adults showed consistently better performance for High-N words. These results suggest that older adults show a deficit in item-specific processing, relying more on relational processing regardless of task.
topic recognition memory
relational processing
item-specific processing
orthographic neighborhood size
orienting task
aging memory
memory deficits
url http://dx.doi.org/10.1080/23311908.2016.1220445
work_keys_str_mv AT ginaaglanc usingorthographicneighborhoodsizemanipulationstoinvestigatememorydeficitsinagingmemory
AT jessicamlogan usingorthographicneighborhoodsizemanipulationstoinvestigatememorydeficitsinagingmemory
AT megangrime usingorthographicneighborhoodsizemanipulationstoinvestigatememorydeficitsinagingmemory
AT antonetteanuwe usingorthographicneighborhoodsizemanipulationstoinvestigatememorydeficitsinagingmemory
AT janellethompson usingorthographicneighborhoodsizemanipulationstoinvestigatememorydeficitsinagingmemory
_version_ 1724215394734964736