Use of context in updating affective representations of words in older adults

Older adults (OAs) often prioritize positive over negative information during word processing, termed as positivity bias. However, it is unclear how OAs update the affective representation of a word in contexts. The present study examined whether age-related positivity bias influences the update of the affective representation of a word in different emotional contexts. In Experiment 1 (web-based), younger and older participants read positive and negative target words in positive and negative contexts and rated the valence of the target words. Negative contexts biased the ratings more than positive ones, reflecting a negativity bias during offline valence evaluation in both age groups. In Experiment 2 (EEG), another group of participants read positive and negative target words in positive and negative contexts first, and then the same target words again, and made valence judgment on the target words. OAs showed a larger P2 (180-300 ms) difference before and after contexts for positive target words than younger adults (YAs). This suggests OAs' early attention to positive features of words in contexts. YAs showed a larger late positive complex (LPC) difference for target words before and after negative contexts than before and after positive contexts, while older adults showed comparable LPC effects across all the conditions. This suggests that YAs use negative contexts to update the affective representation of a word, whereas OAs do so in both positive and negative contexts. Our findings supported a reduced negativity bias in OAs in using (emotional) contexts to update the affective neural representation of a word.

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Publication Details

Journal
Biological Psychology
Published
2025-02-01
DOI
https://doi.org/10.1016/j.biopsycho.2025.109003
Citations
1
Primary Topic
Dementia and Cognitive Impairment Research
Type
article
Field-Weighted Citation Impact
1.47

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article

Use of context in updating affective representations of words in older adults

Li-Chuan Ku, Vicky T Lai
1 citations
Biological Psychology
Dementia and Cognitive Impairment Research
1.47
article

Use of context in updating affective representations of words in older adults

Li-Chuan Ku, Vicky T Lai
article en
1 citations

Abstract

Older adults (OAs) often prioritize positive over negative information during word processing, termed as positivity bias. However, it is unclear how OAs update the affective representation of a word in contexts. The present study examined whether age-related positivity bias influences the update of the affective representation of a word in different emotional contexts. In Experiment 1 (web-based), younger and older participants read positive and negative target words in positive and negative contexts and rated the valence of the target words. Negative contexts biased the ratings more than positive ones, reflecting a negativity bias during offline valence evaluation in both age groups. In Experiment 2 (EEG), another group of participants read positive and negative target words in positive and negative contexts first, and then the same target words again, and made valence judgment on the target words. OAs showed a larger P2 (180-300 ms) difference before and after contexts for positive target words than younger adults (YAs). This suggests OAs' early attention to positive features of words in contexts. YAs showed a larger late positive complex (LPC) difference for target words before and after negative contexts than before and after positive contexts, while older adults showed comparable LPC effects across all the conditions. This suggests that YAs use negative contexts to update the affective representation of a word, whereas OAs do so in both positive and negative contexts. Our findings supported a reduced negativity bias in OAs in using (emotional) contexts to update the affective neural representation of a word.

Biological PsychologyVol. 195
University of Arizona (US), Basque Center on Cognition, Brain and Language (ES)
National Science Foundation, University of Arizona, National Science and Technology Council
Quality Education
Openalex Percentile: Top 22%
Dementia and Cognitive Impairment Research
1.47
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