Abstract

BackgroundMobile health (mHealth) apps are increasingly used postoperatively to monitor, educate, and rehabilitate. The usability of mHealth apps is critical to their implementation.ObjectiveThis systematic review evaluates the (1) methodology of usability analyses, (2) domains of usability being assessed, and (3) results of usability analyses.MethodsThe A Measurement Tool to Assess Systematic Reviews checklist was consulted. The Preferred Reporting Items for Systematic Reviews and Meta-Analyses reporting guideline was adhered to. Screening was undertaken by 2 independent reviewers. All included studies were assessed for risk of bias. Domains of usability were compared with the gold-standard mHealth App Usability Questionnaire (MAUQ).ResultsA total of 33 of 720 identified studies were included for data extraction. Of the 5 included randomized controlled trials (RCTs), usability was never the primary end point. Methodology of usability analyses included interview (10/33), self-created questionnaire (18/33), and validated questionnaire (9/33). Of the 3 domains of usability proposed in the MAUQ, satisfaction was assessed in 28 of the 33 studies, system information arrangement was assessed in 11 of the 33 studies, and usefulness was assessed in 18 of the 33 studies. Usability of mHealth apps was above industry average, with median System Usability Scale scores ranging from 76 to 95 out of 100.ConclusionsCurrent analyses of mHealth app usability are substandard. RCTs are rare, and validated questionnaires are infrequently consulted. Of the 3 domains of usability, only satisfaction is regularly assessed. There is significant bias throughout the literature, particularly with regards to conflicts of interest. Future studies should adhere to the MAUQ to assess usability and improve the utility of mHealth apps.

Highlights

  • Industry experts have forecasted significant growth in mobile app users [1]

  • Mobile health apps offer a unique and readily accessible platform to the patient, surgeon, and innovator. mHealth apps are being integrated into various sectors of health care, with over 318,000 [2] apps currently helping to track, educate, and diagnose [3]

  • The usability of mHealth apps is important [10,11] because those with poor usability will be less commonly used [12,13]. This is significant in the postoperative period, given the focus of mHealth apps on rehabilitation, for which patient engagement is critical

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Summary

Introduction

Industry experts have forecasted significant growth in mobile app users [1]. Given this projected surge, mobile health (mHealth) apps offer a unique and readily accessible platform to the patient, surgeon, and innovator. mHealth apps are being integrated into various sectors of health care, with over 318,000 [2] apps currently helping to track, educate, and diagnose [3].One area of particular growth is the use of mHealth apps as a means of monitoring patients in the important postoperative period. Industry experts have forecasted significant growth in mobile app users [1]. Given this projected surge, mobile health (mHealth) apps offer a unique and readily accessible platform to the patient, surgeon, and innovator. One area of particular growth is the use of mHealth apps as a means of monitoring patients in the important postoperative period. The usability of mHealth apps is important [10,11] because those with poor usability will be less commonly used [12,13] This is significant in the postoperative period, given the focus of mHealth apps on rehabilitation, for which patient engagement is critical. Mobile health (mHealth) apps are increasingly used postoperatively to monitor, educate, and rehabilitate. The usability of mHealth apps is critical to their implementation

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