scholarly journals A Mobile Web App to Improve Health Screening Uptake in Men (ScreenMen): Utility and Usability Evaluation Study

10.2196/10216 ◽  
2019 ◽  
Vol 7 (4) ◽  
pp. e10216
Author(s):  
Chin Hai Teo ◽  
Chirk Jenn Ng ◽  
Sin Kuang Lo ◽  
Chip Dong Lim ◽  
Alan White
2018 ◽  
Author(s):  
Chin Hai Teo ◽  
Chirk Jenn Ng ◽  
Sin Kuang Lo ◽  
Chip Dong Lim ◽  
Alan White

BACKGROUND Globally, the uptake of health screening is suboptimal, especially in men and those of younger age. In view of the increasing internet access and mobile phone ownership, ScreenMen, a mobile Web app, was developed to improve health screening uptake in men. OBJECTIVE This study aimed to evaluate the utility and usability of ScreenMen. METHODS This study used both qualitative and quantitative methods. Healthy men working in a banking institution were recruited to participate in this study. They were purposively sampled according to job position, age, education level, and screening status. Men were asked to use ScreenMen independently while the screen activities were being recorded. Once completed, retrospective think aloud with playback was conducted with men to obtain their feedback. They were asked to answer the System Usability Scale (SUS). Intention to undergo screening pre- and postintervention was also measured. Qualitative data were analyzed using a framework approach followed by thematic analysis. For quantitative data, the mean SUS score was calculated and change in intention to screening was analyzed using McNemar test. RESULTS In total, 24 men participated in this study. On the basis of the qualitative data, men found ScreenMen useful as they could learn more about their health risks and screening. They found ScreenMen convenient to use, which might trigger men to undergo screening. In terms of usability, men thought that ScreenMen was user-friendly and easy to understand. The key revision done on utility was the addition of a reminder function, whereas for usability, the revisions done were in terms of attracting and gaining users’ trust, improving learnability, and making ScreenMen usable to all types of users. To attract men to use it, ScreenMen was introduced to users in terms of improving health instead of going for screening. Another important revision made was emphasizing the screening tests the users do not need, instead of just informing them about the screening tests they need. A Quick Assessment Mode was also added for users with limited attention span. The quantitative data showed that 8 out of 23 men (35%) planned to attend screening earlier than intended after using the ScreenMen. Furthermore, 4 out of 12 (33%) men who were in the precontemplation stage changed to either contemplation or preparation stage after using ScreenMen with P=.13. In terms of usability, the mean SUS score of 76.4 (SD 7.72) indicated that ScreenMen had good usability. CONCLUSIONS This study showed that ScreenMen was acceptable to men in terms of its utility and usability. The preliminary data suggested that ScreenMen might increase men’s intention to undergo screening. This paper also presented key lessons learned from the beta testing, which is useful for public health experts and researchers when developing a user-centered mobile Web app.


2017 ◽  
Vol 100 (2) ◽  
pp. 190-198 ◽  
Author(s):  
Sarah J. Miller ◽  
Kelly Foran-Tuller ◽  
Jessica Ledergerber ◽  
Lina Jandorf

2014 ◽  
Vol 33 (3) ◽  
pp. 45 ◽  
Author(s):  
David Ward ◽  
James Hahn ◽  
Lori Mestre

<p>This article presents a case study exploring the use of a student Coding Camp as a bottom-up mobile design process to generate library mobile apps. A code camp sources student programmer talent and ideas for designing software services and features.  This case study reviews process, outcomes, and next steps in mobile web app coding camps. It concludes by offering implications for services design beyond the local camp presented in this study. By understanding how patrons expect to integrate library services and resources into their use of mobile devices, librarians can better design the user experience for this environment.</p>


2021 ◽  
Vol 10 (2) ◽  
pp. 61-67
Author(s):  
Kelly Canham ◽  
Claire Newcomb

Introduction/Study Objectives: Etanercept is a tumour necrosis factor inhibitor indicated for the treatment of several inflammatory disorders. Patients with these diseases may experience manual dexterity challenges. Autoinjectors may improve dose accuracy, treatment adherence and quality of life; and reduce injection-site reactions. Studies have indicated patients prefer autoinjectors to other injection methods, however, patients must be able to demonstrate safe and effective use of an autoinjector for it to be a viable option. The YLB113 etanercept autoinjector may be a substitutable biosimilar to reference etanercept (Pfizer Manufacturing, Puurs, Belgium). This study sought to confirm intended users of the YLB113 etanercept autoinjector could demonstrate safe and effective use. Methods: The evaluation was performed among 79 participants representative of intended YLB113 etanercept autoinjector users; and included patients, caregivers and healthcare providers (HCPs). Results: All participants successfully delivered two simulated doses of etanercept into the foam pad using the autoinjector. Some participants experienced user errors, use difficulties, or close calls while simulating injection or answering knowledge questions. Discussion: In this usability evaluation, study patients, caregivers and HCPs demonstrated a high rate of injection success using the YLB113 etanercept autoinjector. Conclusions: The study results support demonstration of safe and effective use of the YLB113 etanercept autoinjector, a substitutable biosimilar to reference etanercept.


Author(s):  
Marianna Obrist ◽  
Regina Bernhaupt ◽  
Elke Beck ◽  
Manfred Tscheligi

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