Ackermann, M., M. Koriabine, F. Hartmann-Fritsch, P. J. de Jong, T. D. Lewis, N. Schetle, T. M. Work, J. Dagenais, G. H. Balazs and J. A. Leong (2012). The genome of Chelonid herpesvirus 5 harbors atypical genes. PLoS One 7: e46623. [PubMed]
Excel file of Isolate details and core gene sequences used in phylogenetic trees
The predicted amino acid sequences of members of the genus form a distinct lineage within the subfamily (Figure 1.Gammaherpesvirinae).
The predicted amino acid sequences of members of the genus form a distinct lineage within the subfamily (Figure 1.Gammaherpesvirinae).
The predicted amino acid sequences of members form a distinct lineage within the subfamily (Figure 1.Gammaherpesvirinae).
See discussion under family description.
The predicted amino acid sequences of members form a distinct lineage within the subfamily (Figure 1.Gammaherpesvirinae).
See discussion under family description.
The predicted amino acid sequences of members form a distinct lineage within the subfamily (Figure 1. Gammaherpesvirinae).
The predicted amino acid sequences of members form a distinct lineage within the subfamily (Figure 1.Gammaherpesvirinae).
The predicted amino acid sequences of members form a distinct lineage within the subfamily (Figure 1.Gammaherpesvirinae).
