Table S3. Accumulation of amino acid substitutions in NA protein of in N2 protein of H3N2 viruses of during 2009â2017: Amino acid substitutions were identified relative to A/Brisbane/2007 vaccine strain. The last column shows the overall prevalence of each substitution in all NA sequences included in study (2009â2017). N2 numbering was used for reporting substitutions. (DOCX 34 kb
Consensus amino acid changes in the predicted PA protein compared to Richmond/1/07; Table S1b. Conse...
Figure S3. Description of data: Analysis of variable sites in capsid sequences of GII.P16/GII.4 Sydn...
Figure S2. Aligment of deduced S amino acid sequences of Japanese PEDVs from primary and recurent ou...
Table S2. Accumulation of amino acid substitutions in N1 protein of pH1N1 viruses of during 2009â2...
Table S1. Accession numbers of pH1N1 and H3N2 vaccine and representative strains as obtained from NC...
Figure S1. Comparison of the predicted amino acid sequence of PB1-F2 proteins expressed by H3N2 viru...
Table S1. GeneBank accession numbers corresponding to the three H7N9 viruses. (DOCX 15 kb
Influenza surveillance is necessary for detection of emerging variants of epidemiologic and clinical...
Comparison of site mutations prediction (for H3N2 in the year 2003). (PDF 224 kb
Figure S1. Seasonality patterns of influenza viruses in MENA during 2009â2017. Here, we are presen...
Additional file 1. Amino acid sequence alignment between five influenza virus strains. The NS1 amino...
NS2 proteins of the influenza A/Ann Arbor/6/60 (H2N2) wild-type (wt) virus and its cold-adapted (ca)...
In July 2004, an outbreak of influenza A (H3N2) was detected at 3 Bhutanese refugee camps in southea...
Figure S1. Comparison of deduced HA amino acid sequences of H6 viruses using the BioEdit program. Th...
Figure S1. Amino acid substitutions in the M and N proteins between the field and vaccine strains. A...
Consensus amino acid changes in the predicted PA protein compared to Richmond/1/07; Table S1b. Conse...
Figure S3. Description of data: Analysis of variable sites in capsid sequences of GII.P16/GII.4 Sydn...
Figure S2. Aligment of deduced S amino acid sequences of Japanese PEDVs from primary and recurent ou...
Table S2. Accumulation of amino acid substitutions in N1 protein of pH1N1 viruses of during 2009â2...
Table S1. Accession numbers of pH1N1 and H3N2 vaccine and representative strains as obtained from NC...
Figure S1. Comparison of the predicted amino acid sequence of PB1-F2 proteins expressed by H3N2 viru...
Table S1. GeneBank accession numbers corresponding to the three H7N9 viruses. (DOCX 15 kb
Influenza surveillance is necessary for detection of emerging variants of epidemiologic and clinical...
Comparison of site mutations prediction (for H3N2 in the year 2003). (PDF 224 kb
Figure S1. Seasonality patterns of influenza viruses in MENA during 2009â2017. Here, we are presen...
Additional file 1. Amino acid sequence alignment between five influenza virus strains. The NS1 amino...
NS2 proteins of the influenza A/Ann Arbor/6/60 (H2N2) wild-type (wt) virus and its cold-adapted (ca)...
In July 2004, an outbreak of influenza A (H3N2) was detected at 3 Bhutanese refugee camps in southea...
Figure S1. Comparison of deduced HA amino acid sequences of H6 viruses using the BioEdit program. Th...
Figure S1. Amino acid substitutions in the M and N proteins between the field and vaccine strains. A...
Consensus amino acid changes in the predicted PA protein compared to Richmond/1/07; Table S1b. Conse...
Figure S3. Description of data: Analysis of variable sites in capsid sequences of GII.P16/GII.4 Sydn...
Figure S2. Aligment of deduced S amino acid sequences of Japanese PEDVs from primary and recurent ou...