According to Philip Bell’s viral eukaryogenesis hypothesis, genes for the glycolytic pathway, the Krebs cycle, electron transport, and oxidative phosphorylation were all provided by: A. an endosymbiotic gram-negative eubacterium B. an endosymbiotic archaeobacterium C. a gram-positive eubacterial host cell D. a double-stranded DNA virus E. an archaeobacterial host cell
According to Philip Bell’s viral eukaryogenesis hypothesis, genes for the glycolytic pathway, the
Krebs cycle, electron transport, and oxidative phosphorylation were all provided by:
A. an endosymbiotic gram-negative eubacterium
B. an endosymbiotic archaeobacterium
C. a gram-positive eubacterial host cell
D. a double-stranded DNA virus
E. an archaeobacterial host cell
According to Phillip Bells viral euckaryogenesis hypothesis three members were involved for the evolution of a Eukaryotic cell. Out of these three members there was a archaebacterium that was responsible for the development of cytoplasm, viral component that was responsible for the development of nucleus in the Eukaryotic cell and finally a bacterium that was responsible for the development of Mitochondria or chloroplast.
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