Tree files estimated from sequence alignments of hepatitis B virus genomes. Trees are best maximum likelihood (ML) trees with bootstrap support values. Includes trees based on MUSCLE, manual, and PASTA genome alignments
Pairwise comparisons of hepatitis B virus phylogenies. Tree names (based on alignment type) are list...
Aligning sequences for phylogenetic analysis (multiple sequence alignment; MSA) is an important, but...
<p>Phylogenetic tree was built by using HBsAg sequences from plasma and liver tissue obtained from t...
Tree files estimated from sequence alignments of hepatitis B virus genomes. Trees are best maximum l...
Trees estimated from total alignments (genomes + fragmentary sequences) of hepatitis B viruses. Incl...
Trees estimated from total alignments (genomes + fragmentary sequences) of hepatitis B viruses. Incl...
Trees estimate from S-region alignments of hepatitis B viruses. Includes the best maximum likelihood...
Trees estimate from S-region alignments of hepatitis B viruses. Includes the best maximum likelihood...
Tree files used for genotype occupancy tests in hepatitis B viruses. Trees estimated from manual or ...
Tree files used for genotype occupancy tests in hepatitis B viruses. Trees estimated from manual or ...
Sequence alignments of hepatitis B virus genomes and the S-region. Files include the manual genome a...
Sequence alignments of hepatitis B virus genomes and the S-region. Files include the manual genome a...
Sequence alignments of the total (genomes + fragmentary sequences) hepatitis B virus data set. Files...
Sequence alignments of the total (genomes + fragmentary sequences) hepatitis B virus data set. Files...
Pairwise comparisons of hepatitis B virus phylogenies. Tree names (based on alignment type) are list...
Pairwise comparisons of hepatitis B virus phylogenies. Tree names (based on alignment type) are list...
Aligning sequences for phylogenetic analysis (multiple sequence alignment; MSA) is an important, but...
<p>Phylogenetic tree was built by using HBsAg sequences from plasma and liver tissue obtained from t...
Tree files estimated from sequence alignments of hepatitis B virus genomes. Trees are best maximum l...
Trees estimated from total alignments (genomes + fragmentary sequences) of hepatitis B viruses. Incl...
Trees estimated from total alignments (genomes + fragmentary sequences) of hepatitis B viruses. Incl...
Trees estimate from S-region alignments of hepatitis B viruses. Includes the best maximum likelihood...
Trees estimate from S-region alignments of hepatitis B viruses. Includes the best maximum likelihood...
Tree files used for genotype occupancy tests in hepatitis B viruses. Trees estimated from manual or ...
Tree files used for genotype occupancy tests in hepatitis B viruses. Trees estimated from manual or ...
Sequence alignments of hepatitis B virus genomes and the S-region. Files include the manual genome a...
Sequence alignments of hepatitis B virus genomes and the S-region. Files include the manual genome a...
Sequence alignments of the total (genomes + fragmentary sequences) hepatitis B virus data set. Files...
Sequence alignments of the total (genomes + fragmentary sequences) hepatitis B virus data set. Files...
Pairwise comparisons of hepatitis B virus phylogenies. Tree names (based on alignment type) are list...
Pairwise comparisons of hepatitis B virus phylogenies. Tree names (based on alignment type) are list...
Aligning sequences for phylogenetic analysis (multiple sequence alignment; MSA) is an important, but...
<p>Phylogenetic tree was built by using HBsAg sequences from plasma and liver tissue obtained from t...