Bujarski, Jozef J.
Ph.D. (Doctor of Philosophy)
Department of Biological Sciences
Virology; Molecular biology; Biochemistry; Plant viruses; Plants--Disease and pest resistance
Virus-host interactions are complex and have been a driving force of the everlasting evolutionary progress of both virus and host. Ever since the first virus infection took place, it has been an arms race of defense and counter defense between virus and host. To further uncover the underpinnings of this arms race, plant RNA viruses were utilized to uncover the mechanisms of virus-host interactions. Three projects were chosen that focus on different aspects of the viral interaction. Specifically, three separate projects investigated viral-host relationships in suppression activities of the viral proteins, coat protein's trans effect on recombination, and co-encapsidation of host-RNA. The first project focused on the host effect on the virus through the RNA silencing system that can degrade viral RNA. Additionally, the possibility that virus-host interactions might provide an evolutionary advantage in favor of the host was investigated.
Weber, Philipp Heinrich, "Plant-virus interactions : suppression activity of the viral proteins, coat protein trans effects on recombination, and viral host-RNA encapsidation in horizontal gene transfer" (2015). Graduate Research Theses & Dissertations. 4411.
Northern Illinois University
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