Members of the genus Weflthvirus are distinguished from members of other genera by their branching on a phylogenetic tree constructed with the L-INS-i algorithm and inferred using ModelTest-NG and the LG substitution model, and by having a coding-complete RdRP amino acid sequence that is less than 50% identical to that of members of other genera in the family.
Members of the genus Robevirus are distinguished from members of other genera by their branching on a phylogenetic tree constructed with the L-INS-i algorithm and inferred using ModelTest-NG and the LG substitution model, and by having a coding-complete RdRP amino acid sequence that is less than 50% identical to that of members of other genera in the family.
Members of the genus Coroavirus are distinguished from members of other genera by their branching on a phylogenetic tree constructed with the L-INS-i algorithm and inferred using ModelTest-NG and the LG substitution model, and by having a coding-complete RdRP amino acid sequence that is less than 50% identical to that of members of other genera in the family.
Members of the genus Canmovirus are distinguished from members of other genera by their branching on a phylogenetic tree constructed with the L-INS-i algorithm and inferred using ModelTest-NG and the LG substitution model, and by having a coding-complete RdRP amino acid sequence that is less than 50% identical to that of members of other genera in the family.
Members of the genus Artemvirus are distinguished from members of other genera by their branching on a phylogenetic tree constructed with the L-INS-i algorithm and inferred using ModelTest-NG and the LG substitution model, and by having a coding-complete RdRP amino acid sequence that is less than 50% identical to that of members of other genera in the family.
In this video we provide a tutorial on how to use the ICTV Find the Species tool. Have you ever wanted to find the official ICTV species name for a virus when all you have is a disease name, common name, or isolate id? The "Find the Species" tool provides the current taxon name (species or higher taxonomic rank) for a virus when you enter a full or partial name into the search box. It uses current and past databases from the ICTV (MSL and VMR lists), NCBI, and the Disease Ontology to make the connection with a taxon name.
