Late breaking abstract - a randomised control trial using inspiratory muscle training in post-COVID-19 rehabilitation
Late breaking abstract - a randomised control trial using inspiratory muscle training in post-COVID-19 rehabilitation
Introduction: one in ten people recovering from COVID-19 experience prolonged symptoms (>12 weeks), with many reporting breathlessness more than a year after acute infection. There is an urgent need to understand the recovery from COVID-19 and to identify safe, effective rehabilitative strategies.
Aims: to investigate the recovery from COVID-19 and the potential rehabilitative role of inspiratory muscle training (IMT).
Methods: 250 adults (48±16 yrs; 84% female) recovering from self-reported COVID-19, with a primary symptom of shortness of breath, were randomised 4:1 to an 8-week IMT or control arm, respectively. Breathlessness (King’s Brief Interstitial Lung Disease (KBILD) Questionnaire), respiratory muscle strength, fitness (Chester Step Test) and device-based physical activity (PA) were assessed at baseline and post-intervention.
Results: in the first 87 participants (68 IMT) completed to date, IMT improved all domains of the KBILD, with breathlessness reduced by 33% (P<.001) - twice the minimal clinically important difference. Furthermore, IMT improved maximal inspiratory pressure (MIP; baseline 75±32 vs. post 117±58 cmH2O; P<.001), sustained MIP (420±204 vs. 575±265 PTUs; P<.001), fatigue index (17±12 vs. 23±16 au; P<.001) and fitness (36±13 vs. 44±19 ml·kg-1·min-1; P<.001). PA was unchanged. Time was associated with non-significant improvements in all parameters, but the magnitude of improvement was 2–14 times greater with IMT.
Conclusions: IMT significantly accelerated the rate of recovery from COVID-19 and represents an acceptable and feasible home-based rehabilitation tool that should be considered for wider implementation as part of COVID-19 recovery strategies.
OA169
McNarry, Melitta
e99f3e7f-fc21-4afd-a779-73ec07e06275
Shelley, James
0d467abf-a396-40a1-b7e4-9976413e47a0
Hudson, Joanne
dda8c59b-1bc5-4113-b583-444fd76d5e21
Saynor, Zoe
a4357c7d-db59-4fa5-b24f-58d2f7e74e39
Duckers, Jamie
5fd637d6-b2bd-448f-9646-884064a0727c
Lewis, Keir
85dc5ef3-2137-4a7f-bda3-14b124b89fe2
Davies, Gwyneth
842455c0-70d8-4ea7-a87f-004f55e4a1bc
Williams, Mark
133a8e30-16a4-4f0d-81b9-345753f8b0b2
Berg, Ronan
63dd6c1c-2cd2-4acd-9a02-05ac0654a562
Mackintosh, Kelly
8f43d18a-f667-444e-a0f6-64c28196e19b
McNarry, Melitta
e99f3e7f-fc21-4afd-a779-73ec07e06275
Shelley, James
0d467abf-a396-40a1-b7e4-9976413e47a0
Hudson, Joanne
dda8c59b-1bc5-4113-b583-444fd76d5e21
Saynor, Zoe
a4357c7d-db59-4fa5-b24f-58d2f7e74e39
Duckers, Jamie
5fd637d6-b2bd-448f-9646-884064a0727c
Lewis, Keir
85dc5ef3-2137-4a7f-bda3-14b124b89fe2
Davies, Gwyneth
842455c0-70d8-4ea7-a87f-004f55e4a1bc
Williams, Mark
133a8e30-16a4-4f0d-81b9-345753f8b0b2
Berg, Ronan
63dd6c1c-2cd2-4acd-9a02-05ac0654a562
Mackintosh, Kelly
8f43d18a-f667-444e-a0f6-64c28196e19b
McNarry, Melitta, Shelley, James, Hudson, Joanne, Saynor, Zoe, Duckers, Jamie, Lewis, Keir, Davies, Gwyneth, Williams, Mark, Berg, Ronan and Mackintosh, Kelly
(2021)
Late breaking abstract - a randomised control trial using inspiratory muscle training in post-COVID-19 rehabilitation.
European Respiratory Journal, 58 (Suppl. 65), .
(doi:10.1183/13993003.congress-2021.OA169).
Record type:
Meeting abstract
Abstract
Introduction: one in ten people recovering from COVID-19 experience prolonged symptoms (>12 weeks), with many reporting breathlessness more than a year after acute infection. There is an urgent need to understand the recovery from COVID-19 and to identify safe, effective rehabilitative strategies.
Aims: to investigate the recovery from COVID-19 and the potential rehabilitative role of inspiratory muscle training (IMT).
Methods: 250 adults (48±16 yrs; 84% female) recovering from self-reported COVID-19, with a primary symptom of shortness of breath, were randomised 4:1 to an 8-week IMT or control arm, respectively. Breathlessness (King’s Brief Interstitial Lung Disease (KBILD) Questionnaire), respiratory muscle strength, fitness (Chester Step Test) and device-based physical activity (PA) were assessed at baseline and post-intervention.
Results: in the first 87 participants (68 IMT) completed to date, IMT improved all domains of the KBILD, with breathlessness reduced by 33% (P<.001) - twice the minimal clinically important difference. Furthermore, IMT improved maximal inspiratory pressure (MIP; baseline 75±32 vs. post 117±58 cmH2O; P<.001), sustained MIP (420±204 vs. 575±265 PTUs; P<.001), fatigue index (17±12 vs. 23±16 au; P<.001) and fitness (36±13 vs. 44±19 ml·kg-1·min-1; P<.001). PA was unchanged. Time was associated with non-significant improvements in all parameters, but the magnitude of improvement was 2–14 times greater with IMT.
Conclusions: IMT significantly accelerated the rate of recovery from COVID-19 and represents an acceptable and feasible home-based rehabilitation tool that should be considered for wider implementation as part of COVID-19 recovery strategies.
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e-pub ahead of print date: 25 November 2021
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Local EPrints ID: 493878
URI: http://eprints.soton.ac.uk/id/eprint/493878
ISSN: 0903-1936
PURE UUID: b5f30c66-f2f8-4a5c-a6d5-e7a68449022a
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Date deposited: 16 Sep 2024 16:49
Last modified: 17 Sep 2024 02:09
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Author:
Melitta McNarry
Author:
James Shelley
Author:
Joanne Hudson
Author:
Zoe Saynor
Author:
Jamie Duckers
Author:
Keir Lewis
Author:
Gwyneth Davies
Author:
Mark Williams
Author:
Ronan Berg
Author:
Kelly Mackintosh
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