Hyperreal Organlike Models for Enhanced Surgical-Training during and post-COVID-19 (HOMES-Training)

用于在 COVID-19 期间和之后增强手术训练的超真实类器官模型（HOMES-Training）

• 批准号: 79175
• 金额: $ 19.62万
• 依托单位: ORGANLIKE LIMITED
• 依托单位国家: 英国
• 项目类别: Collaborative R&D
• 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=79175
• 关键词: Hyperreal; Organlike; Models; Enhanced; Surgical

Due to the current COVID-19 pandemic, the provision of surgical training has been severely disrupted with most training activities (in hospitals, medical schools, training centres and medical device companies) either postponed or cancelled. This will have a profound effect on long term healthcare provision.OrganLike is developing "hyper-realistic" synthetic models of human organs and blood vessels and working with the Royal College of Surgeons of Edinburgh (RCSEd) and NHS Highland to use this technology in routine surgical training. These models are an alternative to using human cadavers or animal tissues - which has been the normal means for training surgeons for centuries. Training has been invariably conducted in hospitals, medical schools, facilities of medical device companies - all of which have the necessary facilities and authorisation for the storage and use of human tissues and body parts.The project will accelerate the development of remote training of surgeons using synthetic models which do not require any of the complex facilities needed to work with human tissue. The physical materials can be delivered by post to the trainee wherever they are in the world, while the teaching component of the training delivered on-line. As the physical materials are standardised, they can be readily integrated with existing Augmented Reality technologies to enhance the training experience.In the project, materials will be evaluated by surgeons training with RCSEd in the UK and also evaluated by trainee surgeons in Kenya, Malawi and Zimbabwe.The project will demonstrate* the central role for OrganLike's hyper-realistic synthetic models from surgical training.* the "doability" of remote training for surgeons,* the capacity to introduce enhanced training techniques previously developed for other training application, such as AR,* the capacity to increase training internationally.The project represents a very clear example of how the Covid-19 pandemic can lead to accelerated adoption of new techniques -- in this case for a teaching approach which has changed little since the development of modern surgery. The need for traditional training will remain, but this technology will reduce the need for travel to centralised facilities, make training more accessible in Low and Middle Income Countries and provide the platform for more advanced training in the future.It will also enable the RCSEd to continue to be at the forefront of surgical development, which it has been doing since it was founded in 1505\.

由于当前的 COVID-19 大流行，外科培训的提供受到严重干扰，大多数培训活动（在医院、医学院、培训中心和医疗器械公司）被推迟或取消。这将对长期医疗保健服务产生深远影响。OrganLike 正在开发“超现实”的人体器官和血管合成模型，并与爱丁堡皇家外科医生学院 (RCSEd) 和 NHS Highland 合作，在常规手术培训中使用该技术。这些模型是使用人体尸体或动物组织的替代方案——几个世纪以来，人体尸体或动物组织一直是培训外科医生的正常手段。培训总是在医院、医学院、医疗器械公司的设施中进行——所有这些地方都拥有储存和使用人体组织和身体部位所需的设施和授权。该项目将加速外科医生使用合成模型进行远程培训的发展，这种模型不需要任何处理人体组织所需的复杂设施。实体材料可以通过邮寄方式发送给世界各地的学员，而培训的教学部分则在线提供。由于物理材料是标准化的，它们可以很容易地与现有的增强现​​实技术集成，以增强培训体验。在该项目中，材料将由在英国接受过 RCSEd 培训的外科医生进行评估，并由肯尼亚、马拉维和津巴布韦的见习外科医生进行评估。该项目将展示* OrganLike 的超现实合成模型在手术培训中的核心作用。* 外科医生远程培训的“可行性”，* 引入先前为其他培训应用开发的增强培训技术的能力，例如 AR，* 增加国际培训的能力。该项目是一个非常明显的例子，说明 Covid-19 大流行如何导致新技术的加速采用——在这种情况下，教学方法自现代外科发展以来几乎没有改变。对传统培训的需求仍然存在，但这项技术将减少前往集中设施的需要，使低收入和中等收入国家更容易接受培训，并为未来提供更高级的培训平台。 它还将使 RCSed 能够继续走在外科发展的最前沿，自 1505 年成立以来，它一直在这样做。