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Myxoma virus sequence.
population study, 7 sequences
Aviadenovirus ORF0 protein, ORF1 protein, ORF1B protein, ORF1C protein, ORF2 protein, ORF13 protein, ORF12 protein, encapsidation protein IVa2, DNA polymerase, pTP, 52 kDa protein, capsid protein precursor pIIIa, capsid protein III, core protein precursor pVII, core protein precursor pX, capsid protein precursor pVI, capsid protein II, protease, encapsidation protein IVa2, hexon assembly protein 100K, protein 22K, capsid protein precursor pVIII, fiber protein, ORF22 protein, ORF20 protein, ORF19 protein, GAM-1, ORF17 protein, ORF11 protein, ORF23 protein, and ORF25a protein genes, complete cds.
phylogenetic study, 3 sequences
Human betaherpesvirus 5 sequence.
population study, 3 aligned sequences
Equid alphaherpesvirus 8 hypothetical protein-like, capsid vertex component 1-like, cytoplasmic envelopment protein 2-like, tripartite terminase subunit 3-like, hypothetical protein-like, serine/threonine-protein kinase UL13-like, alkaline nuclease-like, hypothetical protein-like, and envelope glycoprotein M-like genes, complete sequence.
ecological sample study, 31 sequences
Human gammaherpesvirus 8 sequence.
population study, 66 sequences
population study, 40 sequences
Human alphaherpesvirus 2 sequence.
population study, 49 sequences
population study, 25 sequences
population study, 20 sequences
population study, 15 sequences
population study, 11 sequences
Malmeoideae damage specific DNA binding protein 2 DDB2-like (DDB2) gene, partial sequence.
phylogenetic study, 54 sequences
Human mastadenovirus E E1A protein, E1B small T antigen, E1B large T antigen, IX protein, and IVa2 protein genes, complete cds; DNA polymerase-like and DNA terminal protein precurso-like genes, complete sequence; and late L1 52 kDa protein, capsid protein pIIIa, penton protein, major core protein precursor pVII, minor core protein V, core protein precursor pX, capsid protein precursor pVI, hexon protein, 23 kDa protease, DNA binding protein, 100 kDa hexon assembly-associated protein, L4 22 kDa encapsidation protein, capsid protein precursor pVIII, early E3 12.5 kDa glycoprotein, membrane glycoprotein E3 CR1-alpha, 19.3 kDa MHC class I antigen-binding glycoprotein precursor, membrane glycoprotein E3 CR1-beta, hypothetical protein, membrane protein E3 RID-alpha, membrane protein E3 RID-beta, control protein E3 14.7K, U exon protein, 34 kDa protein, E4 protein, 34 kDa protein, ORF4 protein, ORF3 protein, ORF2 protein, and ORF1 protein genes, complete cds.
phylogenetic study, 15 sequences
unclassified Webervirus terminase large subunit, terminase small subunit, hypothetical protein, transcriptional regulator, hypothetical protein, DNA methyltransferase, hypothetical protein, DNA methyltransferase, membrane protein, hypothetical protein, DNA helicase, hypothetical protein, Rz-like spanin, endolysin, holin, deoxynucleoside monophosphate kinase, polynucleotide kinase, DNA repair exonuclease, hypothetical protein, DNA methyltransferase, hypothetical protein, HNH endonuclease, transcriptional regulator, DNA primase, hypothetical protein, exonuclease VIII, Erf-like ssDNA annealing protein, single strand DNA binding protein, tail fiber protein, membrane protein, tail protein, minor tail protein, tail length tape measure protein, hypothetical protein, tail length tape measure protein, major tail protein, tail terminator, tail completion or Neck1 protein, head closure Hc1, virion structural protein, hypothetical protein, major head protein, hypothetical protein, head maturation protease, head morphogenesis, and hypothetical protein genes, complete cds.
Bombyx mori nucleopolyhedrovirus sequence.
population study, 8 sequences
Vaccinia virus sequence.
human adenovirus 85 early E1A 13S (E1A), 19kDa protein (E1B), 55kDa protein (E1B), pIX (IX), pIVa2 (IVa2), DNA polymerase (E2B), pTP (E2B), 52/55K protein (L1), pIIIa (L1), penton base protein (L2), pVII (L2), pV (L2), pX (L2), pVI (L3), hexon protein (L3), protease (L3), DNA-binding protein (E2A), 100kDa protein (L4), 22kDa protein (L4), pVIII (L4), 12.2kDa protein (E3), CR1-alpha (E3), gp19K (E3), CR1-beta (E3), CR1-gamma (E3), RID-alpha (E3), RID-beta (E3), 14.7kDa protein (E3), fiber protein (L5), 34kDa protein (E4), Orf4 (E4), Orf3 (E4), Orf2 (E4), and Orf1 (E4) genes, complete cds.
phylogenetic study, 2 aligned sequences
Sylvioidea chromo-helicase DNA binding protein (CHD1z) gene, partial cds.
phylogenetic study, 36 aligned sequences
Human adenovirus E4 27 kDa protein (E1A), 23.5 kDa protein (E1A), 6.8 kDa protein (E1A), 21.5 kDa protein (E1B), small T antigen (E1B), large T antigen (E1B), 17.9 kDa protein (E1B), 9 kDa protein (E1B), hexon associated protein IX (IX), maturation protein IVa2 (IVa2), DNA polymerase (E2B), 19.4 kDa protein, 11.5 kDa protein, DNA-binding protein (L1), 52 kDa protein (L1), protein IIIa precursor (L1), penton protein (L2), protein VII precursor (L2), protein V precursor (L2), protein X (L2), protein VI precursor (L3), hexon (L3), 23 kDa protease (L3), DNA binding protein (E2A), 100 kDa hexon assembly-associated protein (L4), 33 kDa protein (L4), 22 kDa protein (L4), protein VIII (L4), 12.1 kDa protein (E3), 23.3 kDa protein (E3), 19 kDa protein (E3), 24.8 kDa protein (E3), 29.7 kDa protein (E3), 10.4 kDa protein (E3), 14.5 kDa protein (E3), 14.7 kDa protein (E3), fiber protein (L5), 15.9 kDa protein (E4), 7.4 kDa protein (E4), 34.6 kDa protein (E4), 14.1 kDa protein (E4), 13.7 kDa protein (E4), 14.6 kDa protein (E4), and 13.5 kDa protein (E4) genes, complete cds.
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