A Theory-Based Approach to Adapting a Task-Oriented Community Exercise Programme for Virtual Delivery for People With Balance and Mobility Limitations

Purpose: Despite the health benefits for people with mobility limitations of participating in community-based exercise programmes (CBEPs), accessing and implementing in-person CBEPs can be challenging. We describe a theory-based approach to adapting a group task-oriented, in-person CBEP targeting balance and mobility to a virtual format. Method: We used the Knowledge-to-Action and Medical Research Council frameworks to guide adaptation of an established CBEP for virtual delivery. We undertook consultations with knowledge users (i.e., CBEP providers, health care professionals, managers, policy-makers) and researchers on adapting programme components to optimize the feasibility of virtual delivery and retain benefits of the in-person CBEP. Concurrently, we conducted three feasibility studies involving post-programme participant surveys to evaluate and refine programme components. Results: Programme components, including a pre-programme safety video and use of trained facilitators to stream exercise videos via videoconferencing and facilitate social times, met safety, feasibility, and acceptability benchmarks. In studies 1, 2, and 3, the majority of participants described benefit to physical function (59%, 64%, and 79%, respectively) and emotional well-being (64%, 62%, and 75%, respectively). Conclusions: Theoretical frameworks were useful to guide adaptation of an established in-person CBEP to a virtual format. This theoretical approach may inform virtual programme development for other populations and targeted outcomes.

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Publication Details

Journal
Physiotherapy Canada
Published
2025-09-03
DOI
https://doi.org/10.3138/ptc-2024-0030
Primary Topic
Stroke Rehabilitation and Recovery
Type
article
Field-Weighted Citation Impact
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article

A Theory-Based Approach to Adapting a Task-Oriented Community Exercise Programme for Virtual Delivery for People With Balance and Mobility Limitations

C Allyson Jones, Heidi Sveistrup, Gayatri Aravind, Navaldeep Kaur et al.
Physiotherapy Canada
Stroke Rehabilitation and Recovery
article

A Theory-Based Approach to Adapting a Task-Oriented Community Exercise Programme for Virtual Delivery for People With Balance and Mobility Limitations

C Allyson Jones, Heidi Sveistrup, Gayatri Aravind, Navaldeep Kaur, Jennifer O’Neil, Margot Catizzone, Elizabeth L. Inness, Lisa Sheehy, Diane Tse, Joyce Fung, Nancy M. Salbach, Anessa Koussiouris
article en

Abstract

Purpose: Despite the health benefits for people with mobility limitations of participating in community-based exercise programmes (CBEPs), accessing and implementing in-person CBEPs can be challenging. We describe a theory-based approach to adapting a group task-oriented, in-person CBEP targeting balance and mobility to a virtual format. Method: We used the Knowledge-to-Action and Medical Research Council frameworks to guide adaptation of an established CBEP for virtual delivery. We undertook consultations with knowledge users (i.e., CBEP providers, health care professionals, managers, policy-makers) and researchers on adapting programme components to optimize the feasibility of virtual delivery and retain benefits of the in-person CBEP. Concurrently, we conducted three feasibility studies involving post-programme participant surveys to evaluate and refine programme components. Results: Programme components, including a pre-programme safety video and use of trained facilitators to stream exercise videos via videoconferencing and facilitate social times, met safety, feasibility, and acceptability benchmarks. In studies 1, 2, and 3, the majority of participants described benefit to physical function (59%, 64%, and 79%, respectively) and emotional well-being (64%, 62%, and 75%, respectively). Conclusions: Theoretical frameworks were useful to guide adaptation of an established in-person CBEP to a virtual format. This theoretical approach may inform virtual programme development for other populations and targeted outcomes.

Physiotherapy Canada
University Health Network (CA), University of Ottawa (CA), University of Alberta (CA), University of Toronto (CA), Toronto Rehabilitation Institute (CA), Bruyère (CA), McGill University (CA)
Openalex Percentile: Top 71%
Stroke Rehabilitation and Recovery
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