Horzinek M C
Institute of Virology, Veterinary Faculty, Utrecht, The Netherlands.
Experientia. 1987 Dec 1;43(11-12):1193-6. doi: 10.1007/BF01945522.
Although a very wide range of viral diseases exists in vertebrates, certain generalizations can be made regarding pathogenetic pathways on the molecular level. The presentation will focus on interactions of virions and their components with target cells. Using coronaviruses as examples the changes in virulence have been traced back to single mutational events; recombination, however, is likely to be an alternative mechanism by which virus-host interactions (e.g. the cell-, organ- or animal species-spectrum) can dramatically change. Receptor molecules are essential for the early interactions during infection and some of these have been identified. Events in the target cell and the host organism are discussed, and wherever possible, aspects of virus evolution and cooperation between infectious agents are highlighted.
尽管脊椎动物中存在种类繁多的病毒性疾病,但在分子水平上关于致病途径仍可进行某些概括。本报告将聚焦于病毒粒子及其组分与靶细胞的相互作用。以冠状病毒为例,毒力的变化可追溯至单个突变事件;然而,重组可能是病毒与宿主相互作用(如细胞、器官或动物物种谱)发生显著变化的另一种机制。受体分子对于感染早期的相互作用至关重要,其中一些已被识别。将讨论靶细胞和宿主生物体中的事件,并尽可能突出病毒进化以及感染因子之间合作的各个方面。