Genus: Sclerodarnavirus
Family: Alphaflexiviridae
Genus: Sclerodarnavirus
Genus: Potexvirus
Family: Alphaflexiviridae
Genus: Potexvirus
Distinguishing features
Potexviruses have relatively short virions (<700 nm) and their genomes have only five ORFs. Potexviruses infect herbaceous hosts and have no known vectors.
Genus: Platypuvirus
Family: Alphaflexiviridae
Genus: Platypuvirus
Genus: Mandarivirus
Family: Alphaflexiviridae
Genus: Mandarivirus
Genus: Lolavirus
Family: Alphaflexiviridae
Genus: Lolavirus
Genus: Botrexvirus
Family: Alphaflexiviridae
Genus: Botrexvirus
Genus: Allexivirus
Family: Alphaflexiviridae
Genus: Allexivirus
Distinguishing features
Allexiviruses are distinguished by mite transmission and by the presence of a large conserved ORF4 or 5 after the position where the third, and smallest, of the triple gene block (TGB) proteins, TGB3, is found in the other plant-infecting members of the family. Whereas the start codon is missing for the TGB3 ORF in most (but not all) genus members, the coding capacity is conserved and the ORF may be translated through alternative mechanisms.
Family: Alphaflexiviridae
Family: Alphaflexiviridae
Jan F. Kreuze, Anna Maria Vaira, Wulf Menzel, Thierry Candresse, Sergei K. Zavriev, John Hammond and Ki Hyun Ryu
Genus: Rhizoulivirus
Family: Botourmiaviridae
Genus: Rhizoulivirus
Distinguishing features
Rhizouliviruses have a mono-segmented genome, infect fungi, and are phylogenetically distinct from other botourmiaviruses.
Virion
No true virions are associated with rhizouliviruses since their genomes have no capsid protein gene.
Genus: Penoulivirus
Family: Botourmiaviridae
Genus: Penoulivirus