Abstract

Orthokeratology (OK) lens wear is an effective modality to inhibit axial elongation in myopic children. Willingness for commitment from both parents and children contributes to the success of OK treatment. We aimed to develop and assess the usability of a mobile application on OK lens wear by quantitatively and qualitatively evaluating parents with myopic children and eye care professionals (ECPs). Moreover, the preliminary outcome was also evaluated in this study. The app was developed and tested using a co-design approach involving key stakeholders. Two prototype tests were conducted during the feasibility and utility assessment. The app features include self-reported compliance documentation, analytics, and personalized and generalized messages for compliance behaviors of OK lenses. After the trial period, the full usage of app functions ranged from 40% to 60% among the enrolled parents. After app implementation, the compliance with follow-up visits substantially improved. Qualitative data show that the high-satisfaction app functions reported by parents were the app’s reminder and axial length recording, although it was recommended that the number of compliance questions should be reduced to minimize the survey completion time. Additionally, who should complete the recording of the axial length data as well as the management and reminder for the follow-up visit remained controversial. This is the first app developed to improve parents of myopic children’s compliance with OK lens wear and to assist ECPs and parents in collaboratively monitoring and managing the use and care of OK lenses among myopic children. This study highlights the importance of interdisciplinary collaboration in the design, development, and validation of such an app.

Highlights

  • Myopia is an underappreciated but profound public health problem that affects almost30% of the world’s population

  • Excessive axial elongation is associated with myopia, and this leads to structural changes in the posterior segment of the eye that may culminate in loss of best-corrected visual acuity in adulthood [2]

  • The results show that the features of the reminder and axial length record gained the highest satisfaction scores by parents and eye care professionals (ECPs)

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Summary

Introduction

Myopia is an underappreciated but profound public health problem that affects almost30% of the world’s population. Of the ever-growing global myopic population, 312 million people are under the age of 19 years [1]. Excessive axial elongation is associated with myopia, and this leads to structural changes in the posterior segment of the eye (including posterior staphyloma, myopic maculopathy, and high myopia-associated optic neuropathy) that may culminate in loss of best-corrected visual acuity in adulthood [2]. Aging and the high utilization of touchscreen technology might increase the risk of eye diseases [3]. Countries with a high myopia prevalence would face significant medical costs and compromised population productivity [3,4]. A systemic review indicated that a young age of onset and a fast progression rate during childhood are important risk

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