Patient@home Ecosystem

Uffe Kock Wiil
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Abstract

Patient@home was the largest Danish project within health and welfare technology. The aim was to support the health and care sector with innovative technologies to meet the increasing demands of an aging and more chronically ill population. The underlying hypothesis was that the increased use of technology could help minimize hospital admissions in both number and duration. New technologies enable carefully selected groups of patients to stay longer in their own homes to the benefit of both patients (and their relatives) and the health and care sectors. A unique ecosystem for the development, assessment, and testing of health and welfare technology was developed, refined and matured from 2012 to 2018. The ecosystem covered the entire value chain from research to implementation; it had a broad national cov-erage and an international outreach with more than 100 partners (including 66 private companies). The ecosystem provided a set of services that supported knowledge and evidence based development and assessment. Numerous contributing partners were aligned to each focus on what they do best. A “best practice” method for successful product and service development was established based on examination of successful projects in the portfolio. The ecosystem deployed specialized methods for technology assessment and smart innovation management.
Patient@home生态系统
Patient@home是丹麦保健和福利技术领域最大的项目。其目的是用创新技术支持卫生和保健部门,以满足老龄化和慢性病患者增多的人口日益增长的需求。潜在的假设是,技术使用的增加可以帮助减少住院人数和持续时间。新技术使精心挑选的患者群体能够在自己的家中呆更长时间,从而使患者(及其亲属)以及卫生和护理部门受益。从2012年到2018年,形成了一个独特的健康福利技术开发、评估和测试生态系统,并不断完善和成熟。该生态系统涵盖了从研究到实施的整个价值链;它具有广泛的全国覆盖面,并与100多个合作伙伴(包括66家私营公司)建立了国际联系。生态系统提供了一系列服务,支持基于知识和证据的开发和评估。许多有贡献的合作伙伴都集中在各自最擅长的领域。成功的产品和服务开发的“最佳实践”方法建立在对投资组合中成功项目的检查的基础上。该生态系统部署了专门的技术评估和智能创新管理方法。
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CiteScore
1.20
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0.00%
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