P90 Acceptability and feasibility pilot of co-designed telehealth physiotherapy interventions for children with asthma and dysfunctional breathing

C. Wells, N. Wilkinson, S. Makhecha, P. Hall, A. Jamalzadeh, S. Sonnappa, L. Fleming, A. Bush, S. Saglani
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Abstract

IntroductionRespiratory physiotherapists aim to identify and treat contributory causes of poor asthma control, including dysfunctional breathing which impacts quality-of-life and symptoms. In the post-COVID-19 era new technologies are needed to deliver telemedicine. Before embedding health delivery transformations, it is essential to involve children and young people (CYP) and their carers to gain insight into their priorities in engaging with healthcare.ObjectivesTo co-design tele-physiotherapy services and online resources in partnership with CYP with asthma;to pilot the acceptability and feasibility of these interventions.MethodsCYP were recruited from a severe asthma clinic. Phase I: Co-design online resources and hybrid physiotherapy clinics. Phase II: Pilot tele-physiotherapy clinics via Attend Anywhere video platform and novel resources. Acceptability was assessed using electronic questionnaires and semi-structured interviews to service users and providers. Operational feasibility was analysed using website traffic data and hybrid clinic attendance.ResultsPhase I: Eight CYP and their families and 11 team members were recruited to co-design prototype solutions including seven educational online videos and downloadable resources (https://bit.ly/3udKqFU), the development of a new webpage, ‘Asthma Kids’ on the platform www.beamfeelgood.com including patient and parent blogs, and a live online 12-week program.Phase II: 25 CYP aged 7–16 were recruited into the pilot. All completed the course with no adverse events. 18/25 (72%) created profiles on Asthma Kids to join live group classes, watch on-demand videos or pre-set physiotherapy programmes. RBHT website videos had 296 views.Across 32 clinics, 94 physiotherapy consultations took place – 27 in-hospital and 67 virtual. 42% of CYP were not brought to virtual appointments compared to 20% for in-hospital ones. Of those who attended virtually, half experienced technical difficulties on the Attend Anywhere platform. Problems included poor signal, difficulties logging in and difficulty seeing patients using mobiles. Questionnaires showed service users and providers all recommended Asthma Kids and RBHT website resources, found hybrid tele-physiotherapy clinics accessible and flexible, however wanted the choice of in-hospital appointments.ConclusionCo-designed novel telehealth physiotherapy resources are easy for service users and providers to use. Hybrid tele-physiotherapy clinics offer choice, but experiences frequent technical issues and in-hospital appointments remain better attended.Please refer to page A214 for declarations of interest related to this .
P90共同设计的哮喘和呼吸功能障碍儿童远程卫生物理治疗干预措施的可接受性和可行性试点
呼吸物理治疗师的目标是识别和治疗哮喘控制不良的原因,包括影响生活质量和症状的呼吸功能障碍。在后新冠肺炎时代,远程医疗需要新技术。在实施卫生服务变革之前,必须让儿童和青年及其照顾者参与进来,了解他们参与卫生保健的优先事项。目的与慢性哮喘患者联合设计远程物理治疗服务和在线资源,探讨这些干预措施的可接受性和可行性。方法从某重症哮喘门诊招募慢性哮喘患者。第一阶段:共同设计在线资源和混合理疗诊所。第二阶段:通过“出席任何地方”视频平台和新资源试点远程物理治疗诊所。使用电子问卷和对服务用户和提供者的半结构化访谈来评估可接受性。使用网站流量数据和混合诊所出勤率分析操作可行性。结果第一阶段:招募了8名CYP及其家属和11名团队成员共同设计原型解决方案,包括7个教育在线视频和可下载资源(https://bit.ly/3udKqFU),在www.beamfeelgood.com平台上开发一个新的网页“哮喘儿童”,包括患者和家长博客,以及一个为期12周的在线直播节目。第二阶段:招募25名年龄在7-16岁的青少年进入试点。所有患者均完成疗程,无不良事件发生。18/25(72%)的儿童在Asthma Kids上创建了个人资料,以加入现场小组课程、观看点播视频或预先设置的物理治疗项目。RBHT网站视频播放量为296次。在32家诊所中,进行了94次物理治疗咨询——27次在医院,67次在网上。42%的CYP没有接受虚拟预约,而住院预约的比例为20%。在那些虚拟参加的人中,有一半的人在参加任何地方的平台上遇到了技术困难。问题包括信号差、登录困难和使用手机看病困难。问卷调查显示,服务用户和提供者都推荐Asthma Kids和RBHT网站资源,发现混合远程物理治疗诊所可访问且灵活,但希望选择住院预约。结论共同设计的新型远程医疗物理治疗资源便于服务使用者和服务提供者使用。混合远程物理治疗诊所提供了选择,但经历了频繁的技术问题和住院预约仍然更好。有关的利益声明,请参阅A214页。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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