The University of Southampton
University of Southampton Institutional Repository

Establishing a novel digital platform supporting physical and emotional wellbeing for people living with kidney disease– the Kidney Beam pilot

Establishing a novel digital platform supporting physical and emotional wellbeing for people living with kidney disease– the Kidney Beam pilot
Establishing a novel digital platform supporting physical and emotional wellbeing for people living with kidney disease– the Kidney Beam pilot
Purpose: to establish and evaluate a novel digital intervention to provide people living with chronic kidney disease (CKD) across the UK a means to manage their physical health and emotional wellbeing through the Coronavirus-19 (COVID-19) pandemic and beyond. There is a significant association between CKD and more severe COVID-19 infection and a greater mortality rate than the general population. People living with end-stage CKD were classified as ‘extremely clinically vulnerable’ and asked to shield at home. Since people living with CKD do not receive routine physical and emotional wellbeing support as part of routine NHS care, a home-based solution was developed to fill this urgent need.

Methods: we partnered with online exercise platform Beam to co-design Kidney Beam (https://beamfeelgood.com/home), a kidney-specific digital health platform, which aimed to offer people living with CKD a way to improve physical and mental health through live and on demand movement classes and educational videos from multidisciplinary experts, all from their own home. The platform was free at point of access for all adults with CKD. A voluntary survey collecting demographic data was completed by participants on sign-up and upon completion of the 6-month pilot to establish whether participants were meeting current physical activity guidelines, to investigate perceptions of health, and collect usability feedback about the platform.

Results: a total of 959 participants aged > 18 years from across the UK signed up to the platform within the 6-month time period. Of these, 71% were female, 50% were pre-dialysis and 32% had received a kidney transplant. A total of 1,105 on-demand classes and 829 live classes were completed. The pre-pilot survey was completed by 276 participants (29%), with 76 completing the post-pilot survey. The sample was representative of the baseline sign-ups. Responders to the survey had an 8% improvement in general health (change from perception of poor or fair health to good or very good health) by the end of the pilot. Additionally, 6% of responders reported an improvement in the perception of their emotional health. The pre-pilot survey revealed that only 31% of responders were achieving the recommended physical activity levels of > 150 minutes weekly moderate intensity activity, which had increased to 50% of post-pilot responders. Strength training on 2 days of the week was reported by 31% of responders pre-pilot, compared with 42% post-pilot. 96% of participants would recommend Kidney Beam to a friend, with the biggest reported benefits being that it was kidney-specific and delivered by specialist kidney healthcare professionals.

Conclusion(s): the Kidney Beam pilot was a pragmatic programme of care, rapidly evolved to deliver vital physical activity and emotional wellbeing support to people living with CKD at a time of crisis. This platform has been funded for a further 12 months, whilst a randomised controlled trial to evaluate clinical efficacy and cost effectiveness is undertaken to help inform NHS commissioning of the programme.
0031-9406
e7
Mayes, J.
cf6876e1-3f58-4dfa-961d-8d9537f1bb79
Billany, R.E.
0a4a773b-8d2e-4309-91cc-c352537b8a37
Vadaszy, N.
0f6fdbdc-6e10-45ac-84d3-519321d8958f
Young, H.M.
10ba70b2-da4a-4eaf-9b5e-343b66073bf6
Castle, E.
ebcabfad-a0ed-44d9-bf18-cde9dca2203a
Bishop, N.C.
f786797f-b4d6-4758-9d04-2b36ffccff13
Bramham, K.
195dd9af-e91c-4fb2-8ee8-37bfb80e83a3
Nixon, A.
07193a95-dc56-45f1-8929-29fe3de70cc8
Wilkinson, T.J.
ad3b6612-1e59-45e1-b526-a98a5ba680bf
Hamilton, A.
479bec89-827c-4ed3-8569-12501d6d6162
Saynor, Z.
a4357c7d-db59-4fa5-b24f-58d2f7e74e39
Chilcot, J.
8629be02-350f-4ad4-afaf-11879b2c38a2
Picariello, F.
1035c544-75f7-41e8-97f0-08bedb7d950c
Macdonald, J.
c1a229e3-285c-4df2-b46b-24e90283a209
Greenwood, S.A.
25fd2bbb-2b8f-4a45-9773-18f45136847a
Mayes, J.
cf6876e1-3f58-4dfa-961d-8d9537f1bb79
Billany, R.E.
0a4a773b-8d2e-4309-91cc-c352537b8a37
Vadaszy, N.
0f6fdbdc-6e10-45ac-84d3-519321d8958f
Young, H.M.
10ba70b2-da4a-4eaf-9b5e-343b66073bf6
Castle, E.
ebcabfad-a0ed-44d9-bf18-cde9dca2203a
Bishop, N.C.
f786797f-b4d6-4758-9d04-2b36ffccff13
Bramham, K.
195dd9af-e91c-4fb2-8ee8-37bfb80e83a3
Nixon, A.
07193a95-dc56-45f1-8929-29fe3de70cc8
Wilkinson, T.J.
ad3b6612-1e59-45e1-b526-a98a5ba680bf
Hamilton, A.
479bec89-827c-4ed3-8569-12501d6d6162
Saynor, Z.
a4357c7d-db59-4fa5-b24f-58d2f7e74e39
Chilcot, J.
8629be02-350f-4ad4-afaf-11879b2c38a2
Picariello, F.
1035c544-75f7-41e8-97f0-08bedb7d950c
Macdonald, J.
c1a229e3-285c-4df2-b46b-24e90283a209
Greenwood, S.A.
25fd2bbb-2b8f-4a45-9773-18f45136847a

Mayes, J., Billany, R.E., Vadaszy, N., Young, H.M., Castle, E., Bishop, N.C., Bramham, K., Nixon, A., Wilkinson, T.J., Hamilton, A., Saynor, Z., Chilcot, J., Picariello, F., Macdonald, J. and Greenwood, S.A. (2022) Establishing a novel digital platform supporting physical and emotional wellbeing for people living with kidney disease– the Kidney Beam pilot. Physiotherapy, 114 (Suppl. 1), e7. (doi:10.1016/j.physio.2021.12.247).

Record type: Article

Abstract

Purpose: to establish and evaluate a novel digital intervention to provide people living with chronic kidney disease (CKD) across the UK a means to manage their physical health and emotional wellbeing through the Coronavirus-19 (COVID-19) pandemic and beyond. There is a significant association between CKD and more severe COVID-19 infection and a greater mortality rate than the general population. People living with end-stage CKD were classified as ‘extremely clinically vulnerable’ and asked to shield at home. Since people living with CKD do not receive routine physical and emotional wellbeing support as part of routine NHS care, a home-based solution was developed to fill this urgent need.

Methods: we partnered with online exercise platform Beam to co-design Kidney Beam (https://beamfeelgood.com/home), a kidney-specific digital health platform, which aimed to offer people living with CKD a way to improve physical and mental health through live and on demand movement classes and educational videos from multidisciplinary experts, all from their own home. The platform was free at point of access for all adults with CKD. A voluntary survey collecting demographic data was completed by participants on sign-up and upon completion of the 6-month pilot to establish whether participants were meeting current physical activity guidelines, to investigate perceptions of health, and collect usability feedback about the platform.

Results: a total of 959 participants aged > 18 years from across the UK signed up to the platform within the 6-month time period. Of these, 71% were female, 50% were pre-dialysis and 32% had received a kidney transplant. A total of 1,105 on-demand classes and 829 live classes were completed. The pre-pilot survey was completed by 276 participants (29%), with 76 completing the post-pilot survey. The sample was representative of the baseline sign-ups. Responders to the survey had an 8% improvement in general health (change from perception of poor or fair health to good or very good health) by the end of the pilot. Additionally, 6% of responders reported an improvement in the perception of their emotional health. The pre-pilot survey revealed that only 31% of responders were achieving the recommended physical activity levels of > 150 minutes weekly moderate intensity activity, which had increased to 50% of post-pilot responders. Strength training on 2 days of the week was reported by 31% of responders pre-pilot, compared with 42% post-pilot. 96% of participants would recommend Kidney Beam to a friend, with the biggest reported benefits being that it was kidney-specific and delivered by specialist kidney healthcare professionals.

Conclusion(s): the Kidney Beam pilot was a pragmatic programme of care, rapidly evolved to deliver vital physical activity and emotional wellbeing support to people living with CKD at a time of crisis. This platform has been funded for a further 12 months, whilst a randomised controlled trial to evaluate clinical efficacy and cost effectiveness is undertaken to help inform NHS commissioning of the programme.

This record has no associated files available for download.

More information

e-pub ahead of print date: 16 February 2022
Published date: 16 February 2022
Venue - Dates: UK Physiotherapy Conference 2021, , Virtual, 2021-11-05 - 2021-11-06

Identifiers

Local EPrints ID: 493882
URI: http://eprints.soton.ac.uk/id/eprint/493882
ISSN: 0031-9406
PURE UUID: 7c9c83b5-7df1-43f1-94b8-e6c2d2754649
ORCID for Z. Saynor: ORCID iD orcid.org/0000-0003-0674-8477

Catalogue record

Date deposited: 16 Sep 2024 16:50
Last modified: 17 Sep 2024 02:09

Export record

Altmetrics

Contributors

Author: J. Mayes
Author: R.E. Billany
Author: N. Vadaszy
Author: H.M. Young
Author: E. Castle
Author: N.C. Bishop
Author: K. Bramham
Author: A. Nixon
Author: T.J. Wilkinson
Author: A. Hamilton
Author: Z. Saynor ORCID iD
Author: J. Chilcot
Author: F. Picariello
Author: J. Macdonald
Author: S.A. Greenwood

Download statistics

Downloads from ePrints over the past year. Other digital versions may also be available to download e.g. from the publisher's website.

View more statistics

Atom RSS 1.0 RSS 2.0

Contact ePrints Soton: eprints@soton.ac.uk

ePrints Soton supports OAI 2.0 with a base URL of http://eprints.soton.ac.uk/cgi/oai2

This repository has been built using EPrints software, developed at the University of Southampton, but available to everyone to use.

We use cookies to ensure that we give you the best experience on our website. If you continue without changing your settings, we will assume that you are happy to receive cookies on the University of Southampton website.

×