Selected article for: "phylogenetic analysis and previous analysis"
Author: Lelli, Davide; Lavazza, Antonio; Prosperi, Alice; Sozzi, Enrica; Faccin, Francesca; Baioni, Laura; Trogu, Tiziana; Cavallari, Gian Luca; Mauri, Matteo; Gibellini, Anna Maria; Chiapponi, Chiara; Moreno, Ana
Title: Hypsugopoxvirus: A Novel Poxvirus Isolated from Hypsugo savii in Italy
  • Document date: 2019_6_19
    • ID: 1axsebya_20
    Snippet: HYPV showed nucleotide divergence from its closest relative, EPTV. The smaller genome size with 166,600 nt encoding 161 genes for HYPV in comparison to 176,688 nt and 191 genes for EPTV, is likely due to the omission of the ITRs from the analysis and therefore, is not possible to establish the exact length of its the viral genome. Two ORFs (HYPV-24 and HYPV-25, Table 3 ), whose function is still unknown, appear to be unique to HYPV. Table 3 . HYP.....
    Document: HYPV showed nucleotide divergence from its closest relative, EPTV. The smaller genome size with 166,600 nt encoding 161 genes for HYPV in comparison to 176,688 nt and 191 genes for EPTV, is likely due to the omission of the ITRs from the analysis and therefore, is not possible to establish the exact length of its the viral genome. Two ORFs (HYPV-24 and HYPV-25, Table 3 ), whose function is still unknown, appear to be unique to HYPV. Table 3 . HYPV genome annotation and nucleotide identities for each gene to the most similar strain Eptesipoxvirus (EPTV). The seven conserved genes used for phylogenetic analysis in previous studies [10, 12] are presented in bold. (5 -3 ) or "−" (3 -5 ) ).

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