University of Birmingham, College of Medical and Dental Sciences, Vincent Drive, Birmingham B15 2TT, UK.
Home Office, 2 Marsham Street, London, SW1P 4DF, UK.
Vaccine. 2019 Apr 17;37(17):2415-2421. doi: 10.1016/j.vaccine.2019.01.050. Epub 2019 Mar 22.
Vaccination remains the most successful and effective mechanism of pathogen control. However, their development and deployment in epidemic settings have been limited, and the 2015 Ebola outbreak in West Africa identified several bottlenecks linked to a lack of investment in pathogen research, infrastructure or regulation. Shortly after this outbreak, the UK Government established the UK Vaccine Network to ensure the UK is better prepared to respond to pathogens outbreaks of epidemic potential. As part of their work, the network commissioned the creation of a Vaccine Development Tool (http://www.vaccinedevelopment.org.uk/) to serve as a guide to the key stages in vaccine development. The tool also set out to capture the key, rate-limiting bottlenecks in the development of vaccines against emerging infectious disease such that corrective action could be taken, be it through research, funding, infrastructure and policy, both in the UK and internationally. The main research bottlenecks were related to understanding pathogen biology, identification of appropriate animal models and investment in the manufacturing sciences, especially into process development. Infrastructure gaps in GMP manufacturing and fill-finish were also identified and limitations in GMO regulation and regulatory and ethical approvals, especially for outbreak pathogens required new policy initiatives. The UK Vaccine Network has since begun work to correct for these limitations with a series of funding calls and development programmes. This paper seeks to summarise the Vaccine Development Tool and its key findings.
疫苗接种仍然是控制病原体最成功和最有效的机制。然而,它们在流行环境中的开发和部署受到限制,2015 年西非埃博拉疫情暴露出与病原体研究、基础设施或监管缺乏投资相关的几个瓶颈。疫情发生后不久,英国政府成立了英国疫苗网络,以确保英国更好地准备应对具有流行潜力的病原体疫情。作为其工作的一部分,该网络委托创建了疫苗开发工具(http://www.vaccinedevelopment.org.uk/),作为疫苗开发关键阶段的指南。该工具还旨在确定新兴传染病疫苗开发中的关键、限速瓶颈,以便采取纠正措施,无论是在英国还是在国际上,都可以通过研究、资金、基础设施和政策来实现。主要的研究瓶颈与了解病原体生物学、确定合适的动物模型以及对制造科学(特别是工艺开发)的投资有关。GMP 制造和灌装-完成方面的基础设施差距也已被确定,对 GMO 监管以及监管和伦理审批的限制,特别是对爆发病原体的限制,需要新的政策举措。此后,英国疫苗网络已开始通过一系列资助呼吁和开发计划来纠正这些限制。本文旨在总结疫苗开发工具及其主要发现。