A) Catalyzing the esterification of amino acids to tRNAs B) Forming the five-pronged star structure on the capsid C) Repairing DNA mismatch mutations D) Encoding the entire viral genome
A) Stargatidae B) Mimiviridae C) Cellularia D) Megaviridae
A) One B) Seven C) Four D) Ten
A) Viral fusion B) Genome reduction C) Host gene acquisition D) Fourth domain synthesis
A) DNA mismatch repair B) Translation machinery C) Capsid structural integrity D) Host cytoplasm entry
A) A five-pronged star structure on the capsid B) A type of aminoacyl tRNA synthetase C) A classification of genome reduction D) A mechanism for DNA repair
A) Replication of viral DNA B) Synthesis of amino acids C) Delivery of the internal core to the host cytoplasm D) Correction of point mutations
A) It has been proven through molecular dating B) It is the leading hypothesis C) It is widely accepted by the scientific community D) It has been largely discounted
A) Within the last billion years B) Within the last ten million years C) During the Cambrian explosion D) Before the origins of known domains of life
A) Giant Virus Finder B) Genome Reduction Mapper C) Mimivirus Tracker D) Stargate Analyzer
A) 250 B) 100 C) 183 D) 7
A) The previous belief that such machinery is unique to cellular organisms B) The importance of capsid structure C) The existence of the MutS protein D) The definition of viral replication
A) Evolving from non-biological chemical precursors B) Evolving from small viruses by picking up host DNA C) Evolving from complex organisms via genome expansion D) Evolving directly from the fourth domain of life
A) Girus B) Microvirus C) Megavirus D) Nanovirus
A) Nucleocytoviricota B) Pandoraviridae C) Mimiviridae D) Phycodnaviridae
A) 500-1000 nanometers B) 200-300 nanometers C) 10-50 nanometers D) 50-100 nanometers
A) Prasinovirus B) Mimivirus C) Pithovirus D) Pandoravirus
A) Photosynthesis B) Oxidative phosphorylation C) Glycolysis D) Nitrogen fixation
A) Reverse transcriptase B) Cytochrome P450 C) Amylase D) Lipase
A) ACMV B) Sputnik C) Mavirus D) CroV
A) 2006 B) 2003 C) 1999 D) 2010
A) Acanthamoeba polyphaga mimivirus B) Paramecium bursaria chlorella virus 1 C) Pithovirus sibericum D) Pandoravirus salinus
A) 2.5 Mbp B) 1.2 Mbp C) 1.4 Mbp D) 300 kb
A) Megaklothovirus horridgei B) Cafeteria roenbergensis virus C) Mimivirus D) Pandoravirus salinus
A) Virions B) Plasmids C) Transposons D) Transpovirons |