Controlled human infection studies accelerate vaccine development

Matthew B Laurens
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Abstract

Clinical trials that employ human challenge, also known as controlled human infection models (CHIM), have rapidly advanced vaccine development for multiple pathogens, including at least 30 disease models to date. CHIM studies, championed by networks of researchers, regulators, ethicists, technical experts, and other stakeholders, limit exposure of individuals to an investigational product, de-risk product investments, identify correlates of protection, and most importantly provide a prompt readout of vaccine efficacy. While CHIM studies provide multiple advantages, important challenges exist, including strengthening the relevance and comparability of CHIM study results to efficacy trials in endemic areas, particularly in resource-limited settings.
控制人类感染的研究加速了疫苗的开发
采用人体挑战的临床试验,也称为受控人类感染模型(CHIM),已迅速推进了针对多种病原体的疫苗开发,迄今为止包括至少30种疾病模型。CHIM研究得到了研究人员、监管机构、伦理学家、技术专家和其他利益攸关方网络的支持,限制了个人对研究产品的暴露,降低了产品投资的风险,确定了保护的相关性,最重要的是提供了疫苗功效的及时数据。虽然CHIM研究提供了多种优势,但也存在重大挑战,包括加强CHIM研究结果与流行地区,特别是资源有限地区疗效试验的相关性和可比性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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