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Association between attentional bias to experimentally induced pain and to pain-related words in healthy individuals: the moderating role of interpretation bias

Association between attentional bias to experimentally induced pain and to pain-related words in healthy individuals: the moderating role of interpretation bias
Association between attentional bias to experimentally induced pain and to pain-related words in healthy individuals: the moderating role of interpretation bias
Attentional bias to pain-related information may contribute to chronic pain maintenance. It is theoretically predicted that attentional bias to pain-related language derives from attentional bias to painful sensations; however, the complex interconnection between these types of attentional bias has not yet been tested. This study aimed to investigate the association between attentional bias to pain words and attentional bias to the location of pain, as well as the moderating role of pain-related interpretation bias in this association. Fifty-four healthy individuals performed a visual probe task with pain-related and neutral words, during which eye movements were tracked. In a subset of trials, participants were presented with a cold pain stimulus on one hand. Pain-related interpretation and memory biases were also assessed. Attentional bias to pain words and attentional bias to the pain location were not significantly correlated, although the association was significantly moderated by interpretation bias. A combination of pain-related interpretation bias and attentional bias to painful sensations was associated with avoidance of pain words. In addition, first fixation durations on pain words were longer when the pain word and cold pain stimulus were presented on the same side of the body, as compared to on opposite sides. This indicates that congruency between the locations of pain and pain-related information may strengthen attentional bias. Overall, these findings indicate that cognitive biases to pain-related information interact with cognitive biases to somatosensory information. The implications of these findings for attentional bias modification interventions are discussed.
0304-3959
Broadbent, Philippa
aec0fc9c-f7b5-43d9-bb37-5acca6088d9b
Schoth, Daniel
73f3036e-b8cb-40b2-9466-e8e0f341fdd5
Liossi, Christina
fd401ad6-581a-4a31-a60b-f8671ffd3558
Broadbent, Philippa
aec0fc9c-f7b5-43d9-bb37-5acca6088d9b
Schoth, Daniel
73f3036e-b8cb-40b2-9466-e8e0f341fdd5
Liossi, Christina
fd401ad6-581a-4a31-a60b-f8671ffd3558

Broadbent, Philippa, Schoth, Daniel and Liossi, Christina (2021) Association between attentional bias to experimentally induced pain and to pain-related words in healthy individuals: the moderating role of interpretation bias. Pain. (doi:10.1097/j.pain.0000000000002318).

Record type: Article

Abstract

Attentional bias to pain-related information may contribute to chronic pain maintenance. It is theoretically predicted that attentional bias to pain-related language derives from attentional bias to painful sensations; however, the complex interconnection between these types of attentional bias has not yet been tested. This study aimed to investigate the association between attentional bias to pain words and attentional bias to the location of pain, as well as the moderating role of pain-related interpretation bias in this association. Fifty-four healthy individuals performed a visual probe task with pain-related and neutral words, during which eye movements were tracked. In a subset of trials, participants were presented with a cold pain stimulus on one hand. Pain-related interpretation and memory biases were also assessed. Attentional bias to pain words and attentional bias to the pain location were not significantly correlated, although the association was significantly moderated by interpretation bias. A combination of pain-related interpretation bias and attentional bias to painful sensations was associated with avoidance of pain words. In addition, first fixation durations on pain words were longer when the pain word and cold pain stimulus were presented on the same side of the body, as compared to on opposite sides. This indicates that congruency between the locations of pain and pain-related information may strengthen attentional bias. Overall, these findings indicate that cognitive biases to pain-related information interact with cognitive biases to somatosensory information. The implications of these findings for attentional bias modification interventions are discussed.

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Accepted/In Press date: 13 April 2021
e-pub ahead of print date: 21 April 2021

Identifiers

Local EPrints ID: 453079
URI: http://eprints.soton.ac.uk/id/eprint/453079
ISSN: 0304-3959
PURE UUID: 5ea8b3d2-4cba-4159-98d8-ab8617db3a9b
ORCID for Christina Liossi: ORCID iD orcid.org/0000-0003-0627-6377

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Date deposited: 07 Jan 2022 17:51
Last modified: 17 Mar 2024 06:42

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