【2h】

The diversity of viruses infecting humans

机译:感染人类的​​病毒的多样性

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摘要

Most human viruses have been discovered through the diseases they cause in animals, plants, bacteria or fungi. Recent finds include human bocaviruses, which now seem to have a global distribution, and cause respiratory tract disease in infants, and several new pathogenic human coronaviruses. The SARS coronavirus, genetically distinct from all previously known coronaviruses, caused a disease which was highly transmissible and very severe, eventually leading to 8000 cases worldwide with over 800 deaths. Many viruses which are transmitted to humans by invertebrates, such as insects or ticks, have the ability to infect and replicate in cells of both vertebrate and invertebrate origin. However human virology is a rapidly expanding field and recent technologies such as the polymerase chain reaction (PCR) amplification system have made it possible to look for previously unrecognized viruses which may or may not be involved in pathogenesis. For example viruses in the genus Anellovirus are found in 80% of human blood samples yet do not seem to cause any disease. This paper overviews known human vertebrate viruses, more recent discoveries, and recommends a systematic search for viruses which may already infect the human population but have so far remained undetected.
机译:大多数人类病毒是通过它们在动物,植物,细菌或真菌中引起的疾病而发现的。最近的发现包括人类博卡病毒(现在似乎已在全球分布并引起婴儿的呼吸道疾病)和几种新的致病性人类冠状病毒。从基因上讲,SARS冠状病毒与以前所有已知的冠状病毒在基因上都不同,它导致了一种高度传播和非常严重的疾病,最终导致全世界8000例死亡,超过800例死亡。许多由无脊椎动物传播到人类的病毒,例如昆虫或tick,都具有在脊椎动物和无脊椎动物起源的细胞中感染和复制的能力。但是,人类病毒学是一个快速发展的领域,诸如聚合酶链反应(PCR)扩增系统之类的最新技术已使寻找以前未发现的可能与发病机制有关或未涉及的病毒成为可能。例如,在80%的人类血液样本中发现了Anellovirus属病毒,但似乎并未引起任何疾病。本文概述了已知的人类脊椎动物病毒,以及最近的发现,并建议系统搜索可能已经感染人类但迄今仍未被发现的病毒。

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