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首页> 美国政府科技报告 >Human Immunodeficiency Virus Type 1 (HIV-1) Viral Protein R (Vpr)- Mediated Cell Cycle Arrest: An Analysis of Current Mechanistic Models
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Human Immunodeficiency Virus Type 1 (HIV-1) Viral Protein R (Vpr)- Mediated Cell Cycle Arrest: An Analysis of Current Mechanistic Models

机译：人类免疫缺陷病毒1型（HIV-1）病毒蛋白R（Vpr） - 介导的细胞周期逮捕：当前机制模型的分析

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Human immunodeficiency virus type I (HIV-1) infection causes acquired immunodeficiency syndrome (AIDS), the most globally devastating viral disease of the past 25 years. Development of effective HIV-1 preventative and therapeutic regimens have proven exceedingly difficult, as the virus has evolved sophisticated mechanisms for thwarting control efforts. A detailed understanding of HIV-1 molecular biology is therefore necessary in order to generate the effective and inexpensive prevention and treatment strategies required for AIDS pandemic curtailment. HIV-1 optimizes its transmissibility and propagation through continual change and coordination of its components' functions and life cycle processes with one another and with those of cellular components and processes. Comprehending the molecular bases for HIV-1's abilities to manipulate host cell components and processes is key to the identification of the virus's vulnerabilities. This thesis focuses on one identified effect, G2/M cell cycle arrest induction (1-5), of one highly conserved HIV-1 component, viral protein R (Vpr) (6, 7). A mechanistic understanding of this function is important because arrest at this cell cycle stage provides a selective advantage for the virus: transcription from the viral promoter more active during G2, allowing for increased viral replication (8-14). Other reasons for the selective advantage of G2/M arrest, e.g. prevention or delay of cell death by mitotic catastrophe or apoptosis, are also possible (3, 15-23). Covering scientific publications through November 2005, this thesis explores the state of knowledge of the mechanism(s) underlying Vpr's ability to induce G2/M cell cycle arrest. The author's goal is to provide a disinterested analysis of the available mechanistic models and their supporting data with the hope of being helpful to the reader in some manner.

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