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Nucleolin promotes <em>in vitro</em> translation of feline calicivirus genomic RNA

Author:
Beatriz Alvarado Hernández  Carlos Sandoval-Jaime  Stanislav V. Sosnovtsev  Kim Y. Green  Ana Lorena Gutiérrez-Escolano  


Journal:
Virology


Issue Date:
2016


Abstract(summary):

Abstract Feline calicivirus depends on host-cell proteins for its replication. We previously showed that knockdown of nucleolin (NCL), a phosphoprotein involved in ribosome biogenesis, resulted in the reduction of FCV protein synthesis and virus yield. Here, we found that NCL may not be involved in FCV binding and entry into cells, but it binds to both ends of the FCV genomic RNA, and stimulates its translation in vitro . AGRO100, an aptamer that specifically binds and inactivates NCL, caused a strong reduction in FCV protein synthesis. This effect could be reversed by the addition of full-length NCL but not by a ΔrNCL, lacking the N-terminal domain. Consistent with this, FCV infection of CrFK cells stably expressing ΔrNCL led to a reduction in virus protein translation. These results suggest that NCL is part of the FCV RNA translational complex, and that the N-terminal part of the protein is required for efficient FCV replication. Highlights • NCL is present inCrFK cells surface but is not involved in FCV binding or entry. • NCL directly binds to the 5′ and the 3′ ends of the FCV genomic RNA. • AGRO100 binds and inactivates NCL causing a reduction in FCV protein synthesis. • AGRO100 effect can be reversed by full length recombinant NCL. • NCL N-terminal end is involved in an efficient FCV translation and virus production.


Page:
51-51


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