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Complete nucleotide sequence of the Toledo isolate of turnip ringspot virus

Author:
Khandekar, Sushant, He, Jie, Leisner, Scott
Source:
Archives of virology 2009 v.154 no.12 pp. 1917-1922
ISSN:
0304-8608
Subject:
RNA, Radish mosaic virus, amino acids, coat proteins, nucleotides, pathogens, phylogeny, polypeptides, virus replication, viruses
Abstract:
The complete genomic sequence of the Toledo isolate of the comovirus, turnip ringspot virus (TuRSV), was found to consist of 2 polyadenylated RNAs. RNA 1 is 6082 nucleotides long and encodes a single predicted polypeptide of 1860 amino acids. The predicted RNA 1 polyprotein contains the polypeptides for viral replication and proteolytic processing. RNA 2, that is 3985 nucleotides long, codes for a single predicted 1095 amino acid polypeptide containing the movement and coat proteins. Phylogenetic analysis indicates that TuRSV is most closely related to radish mosaic virus, and these crucifer-infecting pathogens form a distinct clade within the comoviruses.
Agid:
637825