Leveraging Artificial Intelligence and Computer Vision to Deliver Surgery at Scale in a Post-COVID-19 World

利用人工智能和计算机视觉在后 COVID-19 世界中进行大规模手术

• 批准号: 53904
• 金额: $ 10.99万
• 依托单位: FUTURE HEALTH WORKS LTD
• 依托单位国家: 英国
• 项目类别: Feasibility Studies
• 财政年份: 2020
• 资助国家: 英国
• 起止时间: 2020 至 无数据
• 项目状态: 已结题
• 来源: https://gtr.ukri.org/projects?ref=53904
• 关键词: Leveraging; Artificial; Intelligence; Computer; Vision

COVID-19 has placed our healthcare services under extraordinary pressure. The decision to prioritise hospital capacity for COVID-19 and cancel planned surgery, to free up crucial resources, is the only option under these circumstances. However, this decision will have lasting consequences for both our society and healthcare system; 2.1+ million patients have had their surgery canceled, ([The Independent, 2020][0]), 33% of which are orthopaedic surgery (Royal College of Surgeons).With waiting lists already long (British Orthopaedic Association, 2020), these new, added cancellations will create an unprecedented burden, lasting years beyond the outbreak of COVID-19, with Patients potentially waiting years for treatment, with limited access to the support they need.When surgery returns, healthcare providers will need to continue to protect the "at risk age group" from COVID 19, avoiding unnecessary hospital appointments, and keeping inpatient admissions to a minimum.Technology can support the increased scale at which hospitals deliver orthopaedic surgery, freeing up healthcare professionals' time and reducing the cost of care. The introduction of remote monitoring can keep vulnerable patients safe, facilitate day case surgery and reduce complications and in-person appointments.Accurate clinical assessment of joint function (range of motion) is a key component to monitoring orthopaedic patients. This assessment supports decisions from rehabilitation to progress with recovery. Traditionally this assessment is delivered in-person by either a surgeon or physical therapist using a goniometer.We have developed technology using computer vision AI that can be remotely accessed through a smartphone camera. This independently-validated technology can provide clinical teams with the information they need to carry out assessments of joint function remotely.We propose to productise this technology through our mature, established digital orthopaedic patient engagement platform, that is already deployed within leading orthopaedic centres in the UK (NHS & Private), to deliver an end-to-end solution to remotely manage patients and enable widespread adoption.This proprietary, first-of-a-kind technology will provide immediate benefits to patients who are currently awaiting surgery without an operation date, whilst supporting healthcare providers deliver orthopaedic surgery at greater scale and protecting at-risk patients from COVID-19\.This technology will contribute to potential productivity gains of £120+ million per annum in the NHS by reducing the length of in-patient stay from 3 nights to 1 night for 40% of annual joint replacement procedures (200,000) and a further £12.5+ million by moving 10% of the 7.8 million of NHS trauma and orthopaedic outpatient clinics to virtual.[0]: https://www.independent.co.uk/news/uk/home-news/coronavirus-nhs-operations-cancelled-cases-deaths-hospital-a9464726.html

新冠肺炎给我们的医疗服务带来了巨大的压力。在这种情况下，决定优先考虑新冠肺炎的医院容量并取消计划中的手术，以释放关键资源，是唯一的选择。然而，这一决定将对我们的社会和医疗保健系统产生持久的影响；210多万患者取消了手术([独立报，2020][0])，其中33%是骨科手术(皇家外科学院)。等待名单已经很长(英国整形外科协会，2020)，这些新增加的取消手术将造成前所未有的负担，在新冠肺炎爆发后持续数年，患者可能等待数年治疗，获得所需支持的机会有限。当手术恢复时，医疗保健提供者将需要继续保护“高危年龄段”免受19型肺炎的影响，避免不必要的医院预约。将住院人数降至最低。技术可以支持医院提供整形外科手术的规模扩大，解放医疗专业人员的时间，并降低护理成本。引入远程监测可以保障脆弱患者的安全，方便日间手术，减少并发症和亲自预约。准确的关节功能(活动范围)临床评估是监测骨科患者的关键组成部分。这项评估支持从康复到恢复进展的决策。传统上，这种评估是由外科医生或物理治疗师使用测角器亲自进行的。我们开发了使用计算机视觉人工智能的技术，可以通过智能手机摄像头远程访问。这项经过独立验证的技术可以为临床团队提供远程评估关节功能所需的信息。我们建议通过我们成熟的、成熟的数字矫形外科患者参与平台来生产这项技术，该平台已经部署在英国领先的整形外科中心(NHS&Private)，以提供端到端的解决方案来远程管理患者并使其得到广泛采用。这项专有的、首创的技术将为目前正在等待手术但没有手术日期的患者提供即时好处。同时支持医疗保健提供商提供更大规模的整形外科手术，并保护高危患者免受新冠肺炎的伤害。这项技术将通过将国民保健系统每年40%的关节置换手术(200,000例)的住院时间从3晚减少到1晚，并将780万国民保健系统创伤和矫形门诊诊所中的10%转移到虚拟环境，从而为国民保健系统每年1.2亿GB的潜在生产率增加做出贡献。[0]：https://www.independent.co.uk/news/uk/home-news/coronavirus-nhs-operations-cancelled-cases-deaths-hospital-a9464726.html。