Fujio Kenta, Inomata Takenori, Fujisawa Kumiko, Sung Jaemyoung, Nakamura Masahiro, Iwagami Masao, Muto Kaori, Ebihara Nobuyuki, Nakamura Masahiro, Okano Mitsuhiro, Akasaki Yasutsugu, Okumura Yuichi, Ide Takuma, Nojiri Shuko, Nagao Masashi, Fujimoto Keiichi, Hirosawa Kunihiko, Murakami Akira
Department of Ophthalmology, Juntendo University Graduate School of Medicine, 2-1-1 Hongo, Tokyo, 113-0033, Japan.
Department of Digital Medicine, Juntendo University Graduate School of Medicine, Tokyo, Japan.
Res Involv Engagem. 2022 Sep 2;8(1):45. doi: 10.1186/s40900-022-00382-6.
Smartphones are being increasingly used for research owing to their multifunctionality and flexibility, and crowdsourced research using smartphone applications (apps) is effective in the early detection and management of chronic diseases. We developed the AllerSearch app to gather real-world data on individual subjective symptoms and lifestyle factors related to hay fever. This study established a foundation for interactive research by adopting novel, diverse perspectives accrued through implementing the principles of patient and public involvement (PPI) in the development of our app.
Patients and members of the public with a history or family history of hay fever were recruited from November 2019 to December 2021 through a dedicated website, social networking services, and web briefing according to the PPI Guidebook 2019 by the Japan Agency for Medical Research and Development. Nine opinion exchange meetings were held from February 2020 to December 2021 to collect opinions and suggestions for updating the app. After each meeting, interactive evaluations from PPI contributors and researchers were collected. The compiled suggestions were then incorporated into the app, establishing an active feedback loop fed by the consistently interactive infrastructure.
Four PPI contributors (one man and three women) were recruited, and 93 items were added/changed in the in-app survey questionnaire in accordance with discussions from the exchange meetings. The exchange meetings emphasized an atmosphere and opportunity for participants to speak up, ensuring frequent opportunities for them to contribute to the research. In March 2020, a public website was created to display real-time outcomes of the number of participants and users' hay-fever-preventative behaviors. In August 2020, a new PPI-implemented AllerSearch app was released.
This study marks the first research on clinical smartphone apps for hay fever in Japan that implements PPI throughout its timeline from research and development to the publication of research results. Taking advantage of the distinct perspectives offered by PPI contributors, a step was taken toward actualizing a foundation for an interactive research environment. These results should promote future PPI research and foster the establishment of a social construct that enables PPI efforts in various fields.
由于智能手机的多功能性和灵活性,其在研究中的应用越来越广泛,利用智能手机应用程序(app)进行众包研究对于慢性病的早期检测和管理很有效。我们开发了AllerSearch应用程序,以收集与花粉症相关的个人主观症状和生活方式因素的真实世界数据。本研究通过在应用程序开发中采用患者和公众参与(PPI)原则积累的新颖、多样的观点,为交互式研究奠定了基础。
2019年11月至2021年12月,根据日本医学研究与开发机构的《2019年PPI指南》,通过专门网站、社交网络服务和网络简报招募有花粉症病史或家族史的患者及公众。2020年2月至2021年12月共举行了9次意见交流会,收集关于更新应用程序的意见和建议。每次会议后,收集PPI贡献者和研究人员的交互式评估。然后将汇总的建议纳入应用程序,通过持续的交互式基础设施建立一个活跃的反馈循环。
招募了4名PPI贡献者(1名男性和3名女性),根据交流会的讨论,应用内调查问卷中增加/更改了93项内容。意见交流会强调了让参与者畅所欲言的氛围和机会,确保他们有频繁的机会为研究做出贡献。2020年3月,创建了一个公共网站,以展示参与者数量和用户预防花粉症行为的实时结果。2020年8月,发布了一个新的实施PPI的AllerSearch应用程序。
本研究是日本首例关于花粉症临床智能手机应用程序的研究,从研发到研究结果发表的整个过程都实施了PPI。利用PPI贡献者提供的独特视角,朝着实现交互式研究环境的基础迈出了一步。这些结果应能促进未来的PPI研究,并推动建立一种能够在各个领域开展PPI工作的社会架构。