Betabotuliviruses have a mono-segmented genome and infect fungi. Some members of the genus have been identified in association with grapevine leaves infected with the oomycete Plasmopara viticola. Betabotuliviruses are phylogenetically distinct from other botourmiaviruses.
No true virions are associated with betabotouliviruses since their genomes have no capsid protein gene.
Epsilonsclerouliviruses have a mono-segmented genome. Members of the genus have been identified in association with grapevine leaves affected by infection with the oomycete Plasmopara viticola, and are phylogenetically distinct from other botourmiaviruses.
No true virions are associated with epsilonsclerouliviruses since their genomes have no capsid protein gene.
Deltascleouliviruses have a mono-segmented genome and infect fungi. Some members of the genus have been identified in association with grapevine leaves affected by infection with the oomycete Plasmopara viticola. Deltasclerouliviruses are phylogenetically distinct from other botourmiaviruses.
No true virions are associated with deltasclerouliviruses since their genomes have no capsid protein gene.
Gammasclerouliviruses have a mono-segmented genome. Members of the genus have been identified in association with grapevine leaves affected by infection with the oomycete Plasmopara viticola, and are phylogenetically distinct from other botourmiaviruses.
Betasclerouliviruses have a mono-segmented genome and infect fungi. Some members of the genus have been identified in association with grapevine leaves infected with the oomycete Plasmopara viticola. Betasclerouliviruses are phylogenetically distinct from other botourmiaviruses.
No true virions are associated with betasclerouliviruses since their genomes have no capsid protein gene.
Betarhizouliviruses have a mono-segmented genome, infect fungi, and are phylogenetically distinct from other botourmiaviruses.
No true virions are associated with betarhizouliviruses since their genomes have no capsid protein gene.
