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队列简介:HERCULES项目(使用线性检查系统从COVID-19中康复的医疗保健范例)的设计与方法:英国国家医疗服务体系眼科护理服务中异步复诊诊所的多学科实施与评估

Cohort profile: Design and methods for Project HERCULES (Healthcare Exemplar for Recovery from COVID 19 Using Linear Examination Systems): Multi-disciplinary implementation and evaluation of an asynchronous review clinic in NHS eye-care services.

作者信息

Muhundhakumar Dhakshi, Clarke Caroline S, Mills Grant, Ramsay Angus I G, Sailer Kerstin, Scully Peter, Wilson Duncan, Fu Dun Jack, Ndwandwe Siyabonga, Pachilova Rosica, Symons Anne, Napier Steve, Adesanya Joy, Gazzard Gus, Hamilton Robin, Wilson Jonathan, Webster Paul, Khaw Peng Tee, Sivaprasad Sobha, Jayaram Hari, Foster Paul J

机构信息

NIHR Biomedical Research Centre at Moorfields Eye Hospital NHS Foundation Trust and Institute of Ophthalmology University College London, London, United Kingdom.

Research Department of Primary Care and Population Health, University College London, London, United Kingdom.

出版信息

PLoS One. 2025 Sep 10;20(9):e0330863. doi: 10.1371/journal.pone.0330863. eCollection 2025.

Abstract

OBJECTIVES

To describe the research principles and cohort characteristics of the multi-disciplinary Project HERCULES, an innovative model of safe high-volume outpatient eye-care service for patients with stable chronic eye diseases. Results and analyses of the workstreams within Project HERCULES will be reported elsewhere. The rationale was to improve eye-care capacity in the National Health Service (NHS) in England through the creation of technician-delivered monitoring in a large retail-unit in a London shopping-centre, with remote asynchronous review of results by clinicians (named Eye-Testing and Review through Asynchronous Clinic (Eye-TRAC)). UCL's Bartlett School of Sustainable Construction developed the RIBA (Royal Institute of British Architects) Stage 1 briefing requirements for optimal design specifications for this model of care from first principles research, by analysing ergonomic data from multiple iterations.

METHODS

Patients aged 18 years or above being monitored in secondary care in Moorfields Eye Hospital NHS Trust for stable glaucoma or retinal conditions were given appointments at Eye-TRAC at Brent Cross, London. Patients were also recruited at City Road and Hoxton Eye-TRACs, as comparators for the motion tracking study. Willing participants were recruited when attending Eye-TRAC from 11th October 2021-1st December 2023, during this time four spatial "iterations," with different configurations of equipment were investigated in succession. Recruited participants provided information on their eye health and quality of life via a questionnaire, as well as agreeing to wear a tracking device. The tracking device was worn for the duration of their clinic visit and along with directly observed timings built a picture of patient and staff flow through the clinic. Rapid qualitative and ethnographic analyses were conducted, drawing on staff, manager and patient interviews and observation of service delivery and challenges. Separately, anonymised data from across the Trust informed an analysis of the impact of opening the Eye-TRACs on Trust-wide waiting times. A nationwide discrete choice experiment was also conducted to assess patients', healthcare providers', and the public's preferences for key service features..

FINDINGS TO DATE AND CONCLUSION

41,567 patients attended the Brent Cross Eye-TRAC between 11th October 2021 and 1st December 2023. 5,539 patients were recruited to Project HERCULES. Spatial configurations promoting independently parallel patient journeys with limited queuing, and direct line of sight between diagnostic stations, supported efficient patient flow. The latter iteration incorporated cataract clinics. Although it added more system complexity, it enabled the evaluation of a further indication for use of Eye-TRAC.

FUTURE PLANS

The analysis of trust-wide data on the impact of the Eye-TRACs on waiting times and a nationwide evaluation of stakeholders' preferences regarding diagnostic and monitoring services for stable disease are underway. We will also identify and enumerate limitations in information technology that create bottlenecks in the review process. Qualitative analysis of patient and staff feedback alongside rapid ethnographic work to streamline services is also under way. We seek to develop a framework to help inform NHS guidance and future service planning for ophthalmology and other outpatient diagnostic services. Our data will be analysed to identify enhancements to further streamline operational efficiency.

摘要

目标

描述多学科项目“大力神”(HERCULES)的研究原则和队列特征,该项目是为患有稳定慢性眼病的患者提供安全、大容量门诊眼科护理服务的创新模式。“大力神”项目工作流程的结果和分析将在其他地方报告。其基本原理是通过在伦敦一个购物中心的大型零售单元中创建由技术人员提供的监测,并由临床医生进行远程异步结果审查(称为“通过异步诊所进行眼科检查和审查”(Eye-TRAC)),来提高英国国民医疗服务体系(NHS)的眼科护理能力。伦敦大学学院巴特利特可持续建筑学院通过对多个迭代的人体工程学数据进行分析,从第一原理研究出发,为这种护理模式制定了英国皇家建筑师学会(RIBA)第一阶段的最佳设计规范简报要求。

方法

在摩尔菲尔德眼科医院NHS信托基金接受二级护理监测的18岁及以上患有稳定青光眼或视网膜疾病的患者,被安排在伦敦布伦特十字的Eye-TRAC就诊。患者也在城市路和霍克斯顿的Eye-TRAC招募,作为运动跟踪研究的对照。2021年10月11日至2023年12月1日期间,愿意参与的患者在前往Eye-TRAC就诊时被招募,在此期间,依次研究了四种不同设备配置的空间“迭代”。招募的参与者通过问卷提供有关其眼部健康和生活质量的信息,并同意佩戴跟踪设备。跟踪设备在他们就诊期间佩戴,并结合直接观察到的时间,描绘出患者和工作人员在诊所的流动情况。通过对工作人员、经理和患者的访谈以及对服务提供和挑战的观察,进行了快速定性和人种学分析。此外,来自整个信托基金的匿名数据用于分析开设Eye-TRAC对全信托范围内等待时间的影响。还进行了一项全国性的离散选择实验,以评估患者、医疗服务提供者和公众对关键服务特征的偏好。

迄今的发现与结论

2021年10月11日至2023年12月1日期间,41567名患者前往布伦特十字Eye-TRAC就诊。5539名患者被纳入“大力神”项目。促进患者独立并行就诊且排队有限、诊断站之间视线直接的空间配置,支持了高效的患者流动。最后一次迭代纳入了白内障诊所。虽然这增加了系统的复杂性,但它使得能够评估Eye-TRAC的另一种使用指征。

未来计划

正在分析全信托范围内关于Eye-TRAC对等待时间影响的数据,并在全国范围内评估利益相关者对稳定疾病诊断和监测服务的偏好。我们还将识别并列举在信息技术中造成审查过程瓶颈的局限性。同时也在对患者和工作人员的反馈进行定性分析,并开展快速人种学工作以简化服务。我们寻求制定一个框架,以帮助为NHS的指导以及眼科和其他门诊诊断服务的未来服务规划提供信息。我们将分析数据以确定改进措施,进一步提高运营效率。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/a273/12422467/0f787af492f3/pone.0330863.g001.jpg

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