Figures & data
Figure 1. Phylogenetic relationships among representative mammalian herpesviruses, showing the branches on which 3 distinct miRNA regulators appear to have evolved (circles), and 4 occasions where IL10 genes have been acquired (triangles). Ancestral branches leading to the α, β and gamma subfamilies of herpesviruses are indicated. Virus acronyms are explained, and sequence sources are given, in Supplementary Table 1.
![Figure 1. Phylogenetic relationships among representative mammalian herpesviruses, showing the branches on which 3 distinct miRNA regulators appear to have evolved (circles), and 4 occasions where IL10 genes have been acquired (triangles). Ancestral branches leading to the α, β and gamma subfamilies of herpesviruses are indicated. Virus acronyms are explained, and sequence sources are given, in Supplementary Table 1.](/cms/asset/30acd954-1fbb-433b-8439-aedfe777ee8f/krnb_a_1034912_f0001_oc.gif)
Figure 2. miRNA binding sites in herpesviruses. Sites within viral RNAs that are complementary to miRNAs are shown in red; black lines (or dots for G-U) show sites where potential binding is conserved. Conserved sequences in the miR-17 family members are denoted with a black line. Virus acronyms are explained, and sequence sources are given, in Supplementary Table 1.
![Figure 2. miRNA binding sites in herpesviruses. Sites within viral RNAs that are complementary to miRNAs are shown in red; black lines (or dots for G-U) show sites where potential binding is conserved. Conserved sequences in the miR-17 family members are denoted with a black line. Virus acronyms are explained, and sequence sources are given, in Supplementary Table 1.](/cms/asset/4aad49ea-decc-4cf5-b32a-dfdaf3011d4f/krnb_a_1034912_f0002_oc.gif)