Alexander E. Gorbalenya, Tapani Hovi, Nick J. Knowles, Michael Lindberg, Steven Oberste, Ann C. Palmenberg, Gábor Reuter, Peter Simmonds, Tim Skern, Caroline Tapparel, Katja Wolthers, Patrick Woo and Roland Zell
Tobraviruses have a bipartite genome, a “30K”-like cell-to-cell movement protein and are transmitted by trichodorid nematodes.
Pomoviruses have three genomic RNAs, a “triple gene block” set of cell-to-cell movement proteins and are transmitted by root-infecting vectors in the family Plasmodiophorales, once described as fungi but now classified as Cercozoa.
Pecluviruses have a bipartite genome, a “triple gene block” set of cell-to-cell movement proteins and are transmitted by root-infecting vectors in the family Plasmodiphorales, once described as fungi but now classified as Cercozoa.
Hordeiviruses have three genomic RNAs and encode a “triple gene block” set of cell-to-cell movement proteins. They differ from viruses of all other genera because the RdRP is encoded on a separate RNA (rather than by readthrough of a stop codon from an upstream replication protein encoding ORF).
Furoviruses have a bipartite genome, a “30K”-like cell-to-cell movement protein and are transmitted by root-infecting vectors in the family Plasmodiphorales, once described as fungi but now classified as Cercozoa.
A summary of this ICTV Report chapter has been published as an ICTV Virus Taxonomy Profile article in the Journal of General Virology, and should be cited when referencing this online chapter as follows:
