Feasibility of the "Heart-track" Rehabilitative Device Prototype Designed for Exercise Training Post Coronary Revascularisation
Feasibility of the "Heart-track" Rehabilitative Device Prototype Designed for Exercise Training Post Coronary Revascularisation
Abstract Title: "Heart-track" cardiac rehabilitation device prototype designed for exercise training post coronary revascularisation: A usability study Background: Percutaneous Coronary Intervention (PCI) is a common surgical procedure for heart attack patients. International guidelines recommend that all patients complete phase two (outpatient) cardiac rehabilitation (CR) after PCI, as it plays a critical role in reducing five-year cardiovascular mortality and the risk of cardiovascular-related hospital admission. Patients in our institution have suboptimal exercise compliance and effectiveness during cardiac rehabilitation. Root cause analysis identified 'lack of commitment', 'lack of care monitoring and continuity' and 'lack of motivation and engagement' to be key contributing factors. Yet, healthcare resource limitations necessitate innovation for care continuity and patient engagement. "Heart-track", a novel, app-based innovation was created. By 'game-ifying' cardiac rehabilitative exercise training program, "Heart-track" guides and tracks cardiac rehabilitation at home at patient's comfort.
Purpose: To explore experiences of app usability in terms of content, functionality and design of the prototype "Heart-track" app to improve user experience.
Methods: Twelve community-dwelling adults who are also active member of cardiac rehab support group, aged above 50, and undergone coronary revascularisation for acute myocardial infarction at least 1 year before were recruited. Participants were introduced to "Heart-Track" mobile app system and its navigational characteristics with standardised instructions. Each participant then performed a self-directed Cardiac rehabilitation session using the app. Participants rated their experience with the hardware and software components of "Heart Track", and their acceptance of it as a cardiac rehabilitation tool. Descriptive analysis of quantitative responses were analysed using IBM SPSS software version 19.0 (Armonk, NY: IBM Corp).
Abstract Title: "Heart-track" cardiac rehabilitation device prototype designed for exercise training post coronary revascularisation: A usability study Background: Percutaneous Coronary Intervention (PCI) is a common surgical procedure for heart attack patients. International guidelines recommend that all patients complete phase two (outpatient) cardiac rehabilitation (CR) after PCI, as it plays a critical role in reducing five-year cardiovascular mortality and the risk of cardiovascular-related hospital admission. Patients in our institution have suboptimal exercise compliance and effectiveness during cardiac rehabilitation. Root cause analysis identified 'lack of commitment', 'lack of care monitoring and continuity' and 'lack of motivation and engagement' to be key contributing factors. Yet, healthcare resource limitations necessitate innovation for care continuity and patient engagement. "Heart-track", a novel, app-based innovation was created. By 'game-ifying' cardiac rehabilitative exercise training program, "Heart-track" guides and tracks cardiac rehabilitation at home at patient's comfort.
Purpose: To explore experiences of app usability in terms of content, functionality and design of the prototype "Heart-track" app to improve user experience.
Methods: Twelve community-dwelling adults who are also active member of cardiac rehab support group, aged above 50, and undergone coronary revascularisation for acute myocardial infarction at least 1 year before were recruited. Participants were introduced to "Heart-Track" mobile app system and its navigational characteristics with standardised instructions. Each participant then performed a self-directed Cardiac rehabilitation session using the app. Participants rated their experience with the hardware and software components of "Heart Track", and their acceptance of it as a cardiac rehabilitation tool. Descriptive analysis of quantitative responses were analysed using IBM SPSS software version 19.0 (Armonk, NY: IBM Corp).
Inclusion Criteria:
Exclusion Criteria:
-Abnormal physiological response during exercise