Ly Angelica, Herse Sarita, Williams Mary-Anne, Stapleton Fiona
School of Optometry and Vision Science, UNSW Sydney, Sydney, New South Wales, Australia.
School of Management and Governance, UNSW Business School, Sydney, New South Wales, Australia.
Ophthalmic Physiol Opt. 2025 Sep;45(6):1282-1292. doi: 10.1111/opo.13542. Epub 2025 Jun 14.
Artificial intelligence (AI) systems for age-related macular degeneration (AMD) diagnosis abound but are not yet widely implemented. AI implementation is complex, requiring the involvement of multiple, diverse stakeholders including technology developers, clinicians, patients, health networks, public hospitals, private providers and payers. There is a pressing need to investigate how AI might be adopted to improve patient outcomes. The purpose of this first study of its kind was to use the AI translation extended version of the non-adoption, abandonment, scale-up, spread and sustainability of healthcare technologies framework to explore stakeholder experiences, attitudes, enablers, barriers and possible futures of digital diagnosis using AI for AMD and eyecare in Australia.
Semi-structured, online interviews were conducted with 37 stakeholders (12 clinicians, 10 healthcare leaders, 8 patients and 7 developers) from September 2022 to March 2023. The interviews were audio-recorded, transcribed and analysed using directed and summative content analysis.
Technological features influencing implementation were most frequently discussed, followed by the context or wider system, value proposition, adopters, organisations, the condition and finally embedding the adaptation. Patients preferred to focus on the condition, while healthcare leaders elaborated on organisation factors. Overall, stakeholders supported a portable, device-independent clinical decision support tool that could be integrated with existing diagnostic equipment and patient management systems. Opportunities for AI to drive new models of healthcare, patient education and outreach, and the importance of maintaining equity across population groups were consistently emphasised.
This is the first investigation to report numerous, interacting perspectives on the adoption of digital diagnosis for AMD in Australia, incorporating an intentionally diverse stakeholder group and the patient voice. It provides a series of practical considerations for the implementation of AI and digital diagnosis into existing care for people with AMD.
用于年龄相关性黄斑变性(AMD)诊断的人工智能(AI)系统众多,但尚未得到广泛应用。AI的应用很复杂,需要多个不同的利益相关者参与,包括技术开发者、临床医生、患者、健康网络、公立医院、私立医疗服务提供者和支付方。迫切需要研究如何采用AI来改善患者的治疗效果。此类的第一项研究旨在使用医疗技术框架的非采用、放弃、扩大规模、传播和可持续性的AI翻译扩展版本,以探索澳大利亚使用AI进行AMD和眼科护理数字诊断的利益相关者的经验、态度、推动因素、障碍和可能的未来。
2022年9月至2023年3月,对37名利益相关者(12名临床医生、10名医疗保健领导者、8名患者和7名开发者)进行了半结构化在线访谈。访谈进行了录音、转录,并使用定向和总结性内容分析进行了分析。
讨论最多的是影响实施的技术特征,其次是背景或更广泛的系统、价值主张、采用者、组织、疾病,最后是融入适应性。患者更喜欢关注疾病,而医疗保健领导者则详细阐述了组织因素。总体而言,利益相关者支持一种便携式、独立于设备的临床决策支持工具,该工具可以与现有的诊断设备和患者管理系统集成。人们一直强调AI推动新的医疗保健模式、患者教育和外展的机会,以及在不同人群中保持公平的重要性。
这是第一项调查,报告了澳大利亚在采用AMD数字诊断方面的众多相互作用的观点,纳入了有意多样化的利益相关者群体和患者的声音。它为在现有AMD患者护理中实施AI和数字诊断提供了一系列实际考虑因素。