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HCV genetic variability: from quasispecies evolution to genotype classification

机译:HCV遗传变异:从准种演变到基因型分类

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HCV is a ssRNA virus belonging to the Flaviviruses and is found worldwide worldwide in humans. Following primary infection, persistent infection develops in more than 85% of cases, which in up to 30% of cases, may progress to liver disease, cirrhosis and hepatocellular carcinoma. The virus presents a high degree of genetic variability owing to the combination of a lack of proofreading by the RNA-dependent RNA polymerase and a high level of viral replication. This genetic variability allows the classification of genotypes, subtypes, isolates and quasispecies to which epidemiological and pathogenetic significance may be associated. The features and biological implications of HCV variability and of quasispecies dynamics in infection transmission, mechanisms of chronicity and resistance to antiviral therapy are discussed.
机译:HCV是属于黄病毒的ssRNA病毒,在世界范围内在人类中都发现。初次感染后,持续感染在超过85%的病例中发展,在高达30%的病例中,可能发展为肝病,肝硬化和肝细胞癌。由于缺乏RNA依赖性RNA聚合酶的校对能力和高水平的病毒复制相结合,该病毒具有高度的遗传变异性。这种遗传变异性可以对可能与流行病学和致病意义相关的基因型,亚型,分离株和准种进行分类。讨论了HCV变异性的特征和生物学意义以及感染传播中的准种动态,慢性和抗病毒治疗的耐药性。

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