Background: The global rise in chronic conditions and aging is associated with increased disability. Rehabilitation self-management (SM) strategies assist people with chronic conditions adjust to and manage their daily function. Technological interventions have the potential to increase the accessibility, availability and affordability of rehabilitation SM supports. IAMABLE is an evidence- and web-based app developed and tested by rehabilitation researchers. This app needs to be tested within a community context with consideration of implementation factors. Goals: The primary aim of this study is to assess the feasibility of conducting a fully powered RCT to assess the reach and effectiveness of the IAMABLE app in community-dwelling persons (45-76 years) with at least one musculoskeletal, cardiovascular or neurological chronic condition. The secondary aim is to assess adoption, implementation, and maintenance of the app in a population-based context.
Methods: We will conduct a hybrid (type 1) pilot effectiveness-implementation design guided by the REAIM framework. Assessments will be completed at baseline, 4- and 8-months. Participants (N=50) will be recruited in London, Hamilton, Kingston, Halifax and Winnipeg. Participants will be randomly allocated to receive the IAMABLE intervention (including access to modules, goal setting, self-assessments, tailored recommendations, and the "Ask a Therapist" feature) or a comparison group (with access to web-based general health information). For the effectiveness pilot, we will assess feasibility of conducting a fully-powered RCT. We will examine whether participants accessing the IAMABLE app for 4 months with a 4-month follow-up show greater improvement in self-reported function compared to persons in the comparison group. Secondary outcomes include quality of life, self-reported mobility, participation, efficacy with self-management, pain, fatigue, falls and health service use. To identify implementation, we will use integrated knowledge translation (quantitative and qualitative data from participants, therapists and app experts) engaged in expert panels using deliberative dialogue methods to evaluate adoption, use, and sustainability, and to formulate recommendations to improve implementation.
Research Team: Letts (NPA) and Richardson (PA) have collaborated for over 20 years in chronic disease SM research, incorporating technological innovations such as electronic self-monitoring, and web-based apps. Letts has expertise in community engagement and knowledge mobilization. Richardson has run numerous randomized trials. Co-applicants MacDermid and Colquhoun have expertise in implementation research. Co-applicants at each site will support participant recruitment and intervention delivery. All are rehabilitation researchers with expertise in chronic disease management; the team includes trainees, early career researchers and senior mentors. Patient partners will support recruitment and implementation research components. The team includes an expert in mobile app development and a statistician with expertise in pilot studies and trial methodology. Expected Outcomes: This research will demonstrate feasibility to determine if IAMABLE improves function and well-being of people with chronic conditions. Recommendations emerging from the study will support optimization of implementation of the app. Results will inform a fully powered trial embedded within a hybrid type 2 effectiveness implementation trial.
