Note: The Reo/SDWF /Pheasant/17608/20 strain was marked with a red color dot.</p
Avian reoviruses belong to the genus Orthoreovirus. An increasing amount of data is becoming availab...
<p>The tree was constructed on the basis of the minimum-evolution method using MEGA 4.0 software. Bo...
<p>Bootstrap values for each node are shown by the robustness of the tree. Miyazaki-Bali/2007, the s...
General genome features of a pheasant-origin avian orthoreovirus (ARV), the novel field variant of p...
Sequence identities between the pheasant ARV (Reo/SDWF/Pheasant/17608/20) and reference strains of O...
<p>GenBank accession number for each sequence is given in brackets next to the abbreviated virus nam...
AbstractAvian orthoreovirus (ARV) has been considered as a significant pathogen causing great infect...
<p>Strains HBQ12, BJH13 and JSJ13 were sequenced in this study, other avian adenovirus strains were ...
<p>GenBank accession number for each sequence is given in brackets next to the abbreviated virus nam...
<p>Maximum likelihood phylogenetic tree constructed using PhyML from a ClustalW2 alignment of the pa...
<p>ML phylogenies constructed using (a) an alignment spanning residues 183–481 of the Pol polyprotei...
AbstractNucleotide sequences of the S-class genome segments of 17 field-isolates and vaccine strains...
Comparison of segment 5’ and 3’ non-coding regions of the pheasant ARV (Reo/SDWF/Pheasant/17608/20) ...
Phylogenetic trees corresponding to nucleotide sequences of gene segments in avian H9 viruses after ...
Phylogenetic trees corresponding to nucleotide sequences of gene segments in avian H9 viruses after ...
Avian reoviruses belong to the genus Orthoreovirus. An increasing amount of data is becoming availab...
<p>The tree was constructed on the basis of the minimum-evolution method using MEGA 4.0 software. Bo...
<p>Bootstrap values for each node are shown by the robustness of the tree. Miyazaki-Bali/2007, the s...
General genome features of a pheasant-origin avian orthoreovirus (ARV), the novel field variant of p...
Sequence identities between the pheasant ARV (Reo/SDWF/Pheasant/17608/20) and reference strains of O...
<p>GenBank accession number for each sequence is given in brackets next to the abbreviated virus nam...
AbstractAvian orthoreovirus (ARV) has been considered as a significant pathogen causing great infect...
<p>Strains HBQ12, BJH13 and JSJ13 were sequenced in this study, other avian adenovirus strains were ...
<p>GenBank accession number for each sequence is given in brackets next to the abbreviated virus nam...
<p>Maximum likelihood phylogenetic tree constructed using PhyML from a ClustalW2 alignment of the pa...
<p>ML phylogenies constructed using (a) an alignment spanning residues 183–481 of the Pol polyprotei...
AbstractNucleotide sequences of the S-class genome segments of 17 field-isolates and vaccine strains...
Comparison of segment 5’ and 3’ non-coding regions of the pheasant ARV (Reo/SDWF/Pheasant/17608/20) ...
Phylogenetic trees corresponding to nucleotide sequences of gene segments in avian H9 viruses after ...
Phylogenetic trees corresponding to nucleotide sequences of gene segments in avian H9 viruses after ...
Avian reoviruses belong to the genus Orthoreovirus. An increasing amount of data is becoming availab...
<p>The tree was constructed on the basis of the minimum-evolution method using MEGA 4.0 software. Bo...
<p>Bootstrap values for each node are shown by the robustness of the tree. Miyazaki-Bali/2007, the s...