Exploring the usefulness of real-time digitally supported fatigue monitoring for fatigue management: perspectives from Occupational Therapists and Brain Injury Survivors
Exploring the usefulness of real-time digitally supported fatigue monitoring for fatigue management: perspectives from Occupational Therapists and Brain Injury Survivors
Fatigue persists after acquired brain injury (ABI) requires long-term self-management. Self-monitoring supports self-management and informs the use of fatigue management strategies. Using ecological momentary assessment (EMA) to monitor fatigue offers a data driven approach to managing fatigue.
Aims: to explore the usefulness of self-monitoring fatigue in real-time, using EMA to support self-management, from the perspective of people with ABI and occupational therapists.
Methods: people with ABI participated in EMA monitoring by wearing a Fitbit and completing six surveys a day on their phone for six days. Think aloud and semi-structured interviews elicited views on self-monitoring and the data generated. Transcripts were analysed using reflexive thematic analysis.
Results: four themes were developed from people with ABI (n=9): 1) Attending to experience, 2) making sense of data, 3) the relationship between fatigue and activity, 4) Implications for daily life. Three themes from occupational therapists (n=5): 1) Challenges of using of data, 2) Perceived benefits of Self-monitoring , 3) viewing data in relation to their understanding of fatigue.
Conclusion: data generated in real-time challenged perspectives on fatigue and fatigue management. These insights may help people with ABI and their clinicians to plan personalised strategies for fatigue management and evaluate its impact on daily living.
Brain injury, Digital health, ecological momentary assessment, patent- generated, occupational therapy
Ezekiel, Leisle
aee53f24-cd28-400e-85c1-95c8a9b21f2a
Wilding, Harriet
99aa990c-f433-4c9f-aef1-ea8927f6b567
Dearling, Jeremy
d47f4788-b5ee-484e-8779-7c8fdaa71f18
Collett, Johnny
302ee18b-6516-4994-9c4e-9976b4d6fc22
Dawes, Helen
34ca6121-9340-4cf3-8d8d-41e0f521ddb1
Ezekiel, Leisle
aee53f24-cd28-400e-85c1-95c8a9b21f2a
Wilding, Harriet
99aa990c-f433-4c9f-aef1-ea8927f6b567
Dearling, Jeremy
d47f4788-b5ee-484e-8779-7c8fdaa71f18
Collett, Johnny
302ee18b-6516-4994-9c4e-9976b4d6fc22
Dawes, Helen
34ca6121-9340-4cf3-8d8d-41e0f521ddb1
Ezekiel, Leisle, Wilding, Harriet, Dearling, Jeremy, Collett, Johnny and Dawes, Helen
(2024)
Exploring the usefulness of real-time digitally supported fatigue monitoring for fatigue management: perspectives from Occupational Therapists and Brain Injury Survivors.
British Journal of Occupational Therapy.
(In Press)
Abstract
Fatigue persists after acquired brain injury (ABI) requires long-term self-management. Self-monitoring supports self-management and informs the use of fatigue management strategies. Using ecological momentary assessment (EMA) to monitor fatigue offers a data driven approach to managing fatigue.
Aims: to explore the usefulness of self-monitoring fatigue in real-time, using EMA to support self-management, from the perspective of people with ABI and occupational therapists.
Methods: people with ABI participated in EMA monitoring by wearing a Fitbit and completing six surveys a day on their phone for six days. Think aloud and semi-structured interviews elicited views on self-monitoring and the data generated. Transcripts were analysed using reflexive thematic analysis.
Results: four themes were developed from people with ABI (n=9): 1) Attending to experience, 2) making sense of data, 3) the relationship between fatigue and activity, 4) Implications for daily life. Three themes from occupational therapists (n=5): 1) Challenges of using of data, 2) Perceived benefits of Self-monitoring , 3) viewing data in relation to their understanding of fatigue.
Conclusion: data generated in real-time challenged perspectives on fatigue and fatigue management. These insights may help people with ABI and their clinicians to plan personalised strategies for fatigue management and evaluate its impact on daily living.
Text
Ezekiel et al 2023 preprint
- Accepted Manuscript
More information
Accepted/In Press date: 3 July 2024
Keywords:
Brain injury, Digital health, ecological momentary assessment, patent- generated, occupational therapy
Identifiers
Local EPrints ID: 492819
URI: http://eprints.soton.ac.uk/id/eprint/492819
ISSN: 0308-0226
PURE UUID: 3852c32a-e669-4daa-a8c0-7e910c648a00
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Date deposited: 15 Aug 2024 16:42
Last modified: 16 Aug 2024 02:05
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Contributors
Author:
Leisle Ezekiel
Author:
Harriet Wilding
Author:
Jeremy Dearling
Author:
Johnny Collett
Author:
Helen Dawes
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