Favourite Chairs - And the space in front- Pose a significant challenge for people at high risk of falling, therapists, designers and engineers
Favourite Chairs - And the space in front- Pose a significant challenge for people at high risk of falling, therapists, designers and engineers
Introduction: People at high risk of falling, including people with Parkinson’s (PwP), tend to fall most frequently within their own homes, despite being highly sedentary. Unobtrusive sensors may soon be able to help people at risk, health professionals and researchers to understand more about where and how their home environment challenges people’s balance, to personalise fall risk reduction. We aimed to identify where PwP at high risk of falling most frequently lost their balance along the habitual route from their favourite chair to the staircase, to generate new data and guide future sensor studies.
Methods: We video-recorded PwP at high risk of falling moving from their favourite chairs to their stairs at home, then two researchers collaboratively identified unstable transfers, walks, turns and stair ascents (near-misses) using ELAN annotation software.
Results: We observed 13 PwP (median age 79 years; median 7 years post-diagnosis; Hoehn & Yahr 2.5 to 4) perform 82 chair-to-stair trials at home (median 5), a total of 575 actions (mean 7 actions per chair-to-stair trial). Fifty-four actions (9%) contained near-misses: 15/82 transfers (18%), 16/167 walks (10%), 19/244 turns (8%) and 4/82 stair ascents (5%). Two-thirds of near-misses (37/54, 69%) were in the living room, rather than the hall; half (28/54, 52%) happened rising or turning away from the chair. Ten of the twelve PwP who appeared unsteady anywhere (83%) nearly fell exiting their favourite chair.
Conclusions: The concentration of near-misses around the favourite chair has implications for PwP, therapists, designers and engineers. As well as choosing a suitable chair (potentially one that rotates), the area directly in front of the chair needs to be kept clear to negate the need to turn during, or immediately on, rising. Exiting the favourite chair may be the most hazardous routine activity of someone sedentary or at high fall risk: clinical assessment elsewhere (using a standard chair) may be misleading, and using sensors to monitor genuine chair transfers far more informative.
Stack, Emma
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Agarwal, Veena
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Tahavori, Fatemehsadat
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Burnett, Malcolm
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Halstead, Anna
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Abdul Rahim, Shafinaz
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Ashburn, Ann
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Stack, Emma
a6c29a03-e851-4598-a565-6a92bb581e70
Agarwal, Veena
a9136686-fe91-4945-a02f-4d129e387197
Tahavori, Fatemehsadat
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Burnett, Malcolm
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Halstead, Anna
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Abdul Rahim, Shafinaz
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Ashburn, Ann
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Stack, Emma, Agarwal, Veena, Tahavori, Fatemehsadat, Burnett, Malcolm, Halstead, Anna, Abdul Rahim, Shafinaz and Ashburn, Ann
(2018)
Favourite Chairs - And the space in front- Pose a significant challenge for people at high risk of falling, therapists, designers and engineers.
Age and Ageing.
Record type:
Meeting abstract
Abstract
Introduction: People at high risk of falling, including people with Parkinson’s (PwP), tend to fall most frequently within their own homes, despite being highly sedentary. Unobtrusive sensors may soon be able to help people at risk, health professionals and researchers to understand more about where and how their home environment challenges people’s balance, to personalise fall risk reduction. We aimed to identify where PwP at high risk of falling most frequently lost their balance along the habitual route from their favourite chair to the staircase, to generate new data and guide future sensor studies.
Methods: We video-recorded PwP at high risk of falling moving from their favourite chairs to their stairs at home, then two researchers collaboratively identified unstable transfers, walks, turns and stair ascents (near-misses) using ELAN annotation software.
Results: We observed 13 PwP (median age 79 years; median 7 years post-diagnosis; Hoehn & Yahr 2.5 to 4) perform 82 chair-to-stair trials at home (median 5), a total of 575 actions (mean 7 actions per chair-to-stair trial). Fifty-four actions (9%) contained near-misses: 15/82 transfers (18%), 16/167 walks (10%), 19/244 turns (8%) and 4/82 stair ascents (5%). Two-thirds of near-misses (37/54, 69%) were in the living room, rather than the hall; half (28/54, 52%) happened rising or turning away from the chair. Ten of the twelve PwP who appeared unsteady anywhere (83%) nearly fell exiting their favourite chair.
Conclusions: The concentration of near-misses around the favourite chair has implications for PwP, therapists, designers and engineers. As well as choosing a suitable chair (potentially one that rotates), the area directly in front of the chair needs to be kept clear to negate the need to turn during, or immediately on, rising. Exiting the favourite chair may be the most hazardous routine activity of someone sedentary or at high fall risk: clinical assessment elsewhere (using a standard chair) may be misleading, and using sensors to monitor genuine chair transfers far more informative.
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More information
In preparation date: 2018
Venue - Dates:
British Geriatrics Society: Autumn Meeting 2017, , London, United Kingdom, 2017-11-22 - 2017-11-24
Identifiers
Local EPrints ID: 417908
URI: http://eprints.soton.ac.uk/id/eprint/417908
ISSN: 0002-0729
PURE UUID: e591dacf-1520-454a-b6a8-390a6bc3fffd
Catalogue record
Date deposited: 16 Feb 2018 17:30
Last modified: 19 Jul 2022 01:57
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Contributors
Author:
Emma Stack
Author:
Veena Agarwal
Author:
Fatemehsadat Tahavori
Author:
Anna Halstead
Author:
Shafinaz Abdul Rahim
Author:
Ann Ashburn
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