首页> 外文期刊>Virus Research: An International Journal of Molecular and Cellular Virology >Host switching pathogens, infectious outbreaks and zoonosis: A Marie Sk?odowska-Curie innovative training network (HONOURs)
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Host switching pathogens, infectious outbreaks and zoonosis: A Marie Sk?odowska-Curie innovative training network (HONOURs)

机译:宿主转换病原体,传染病爆发和人畜共患病:玛丽斯克?Odowska-Curie创新培训网络(荣誉)

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摘要

The increase of the human population is accompanied by growing numbers of livestock to feed this population, as well as by an increase of human invasion into natural habitats of wild animals. As a result, both animals and humans are becoming progressively vulnerable to infections with known (zoonotic) pathogens, but are also increasingly exposed to novel viruses. Global trade as well as climate changes can contribute to pathogen transmission, e.g. through import of infected vectors or expansion of habitats for arthropod vectors such as mosquitoes and midges. Infectious disease outbreaks, especially those by novel viruses, are generally unexpected, and therefore we should be prepared with tools and abilities for immediate action, including the identification of the causative agent, the evaluation of its pathogenic potential for animals and humans, and the fast development of diagnostic assays to allow contact tracing and quarantine measures.HONOURs is a Marie Sk?odowska-Curie Actions Innovative Training Network (MSCA-ITN), teaching 15 talented young researchers to become “preparedness-experts”. HONOURs, initiated in April 2017, involves 11 laboratories from 6 different European countries, all at the forefront of novel virus investigations and characterizations. The network includes surveillance experts in both the veterinary and the human health sector, who have developed and utilize highly sensitive virus discovery techniques, e.g. next generation sequencing based genomics and universal primers based PCR, to allow identification and characterization of novel viruses. Production of pure viral proteins, providing high-resolution structures, aids in the design of novel, fast and easy-to-use diagnostics. Organotypicin vitrocell cultures systems (e.g. pseudostratified human airway epithelia) provide tools for virus replication, if needed via a reverse genetics platform, and the production of virus stocks permits inoculation in animal models to examine disease, evaluate candidate vaccines, and fulfilment of the Koch’s postulates. Scientists of the various institutes will provide training in the HONOURs network through specialized courses and workshops, combined with challenging research projects. The final aim of the network is to deliver 15 expert scientists, ready to act in case of the emergence of an epidemic.
机译:人口的增加伴随着养生牲畜的数量伴随着饲养了这种人群,以及增加人类侵袭野生动物的自然栖息地。结果,动物和人类都逐渐易受已知(从动物)病原体的感染,但也越来越地暴露于新的病毒。全球贸易以及气候变化可以有助于病原体传输,例如,通过进口感染的载体或扩张栖息地,例如蚊子和中床等节肢动物载体。传染病爆发,尤其是新病毒的爆发,通常是意外的,因此我们应该用工具和能力来准备立即行动,包括鉴定致病剂的鉴定,对动物和人类的致病潜力的评估以及快速的评估开发诊断测定以允许联系跟踪和检疫措施。HONURS是Marie SK?Odowska-Curie行动创新培训网络(MSCA-ITN),教授15个有才华的年轻研究人员成为“准备专家”。 2017年4月发起的荣誉涉及来自6个不同欧洲国家的11个实验室,所有人都在新的病毒调查和特色的最前沿。该网络包括兽医和人类卫生部门的监测专家,他们开发并利用了高敏感的病毒发现技术,例如,基于下一代的基于序列的基于基于PCC的基因组学和通用引物,以允许鉴定和表征新型病毒。生产纯病毒蛋白,提供高分辨率结构,有助于设计新颖,快速且易用的诊断。有机型蛋白vitrocell培养系统(例如假冒的人气通道上皮细胞培养物提供用于病毒复制的工具,如果需要,通过反向遗传平台,病毒股的生产允许在动物模型中接种以检查疾病,评估候选疫苗,并满足Koch的假设。 。各机构的科学家将通过专门的课程和研讨会在荣誉网络中提供培训,与挑战性的研究项目相结合。该网络的最终目标是提供15名专家科学家,随时致力于出现流行病。

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