The predicted amino acid sequences of members form a distinct lineage within the subfamily (Figure 1.Betaherpesvirinae).
See discussion under family description.
The predicted amino acid sequences of members form a distinct lineage within the subfamily (Figure 1.Betaherpesvirinae). This lineage appears to have been the earliest to branch within the subfamily.
The predicted amino acid sequences of members form a distinct lineage within the subfamily (Figure 1.Betaherpesvirinae).
See discussion under family description.
The predicted amino acid sequences of members form a distinct lineage within the subfamily (Figure 1. . Alphaherpesvirinae).
The predicted amino acid sequences of members form a distinct lineage within the subfamily (Figure 1. Alphaherpesvirinae).
See discussion under family description.
The predicted amino acid sequences of members form a distinct lineage within the subfamily (Figure 1. . Alphaherpesvirinae).
The predicted amino acid sequences of members form a distinct lineage within the subfamily (Figure 1. . Alphaherpesvirinae).
The predicted amino acid sequences of members form a distinct lineage within the subfamily (Figure 1. . Alphaherpesvirinae).
