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- Q2620839 subject Q1457402.
- Q2620839 subject Q5670721.
- Q2620839 subject Q6422971.
- Q2620839 subject Q6719808.
- Q2620839 subject Q7145412.
- Q2620839 subject Q7153695.
- Q2620839 subject Q7416737.
- Q2620839 abstract "Viral eukaryogenesis is the hypothesis that the cell nucleus of eukaryotic life forms evolved from a large DNA virus in a form of endosymbiosis within a methanogenic archaeon. The virus later evolved into the eukaryotic nucleus by acquiring genes from the host genome and eventually usurping its role. The hypothesis was proposed by Philip Bell in 2001 and gained support as large, complex DNA viruses (such as Mimivirus) capable of protein biosynthesis were discovered.While viruses remain one of the more poorly understood aspects of biology, recent genomic research and the discovery of complex DNA viruses indicate that they may have played a role in the development of eukaryotic nuclei. This research further opens a hotly debated question: Are viruses living organisms? Scientists long said that viruses were not alive, but now, viruses are hypothesized to have been ancestors of modern eukaryotic cells—most importantly with respect to DNA, the shared genetic code of all eukaryotes and prokaryotes alive today.".
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- Q2620839 comment "Viral eukaryogenesis is the hypothesis that the cell nucleus of eukaryotic life forms evolved from a large DNA virus in a form of endosymbiosis within a methanogenic archaeon. The virus later evolved into the eukaryotic nucleus by acquiring genes from the host genome and eventually usurping its role.".
- Q2620839 label "Viral eukaryogenesis".