<p>(A) Mutation prevalences across time series. (B) One of 51 recombination networks that fit the data. (C) Two phylogenetic networks that fit the data ((i) and (ii)-(iv)), corresponding to four clonesets. (D) Prevalence ranges for the four clonesets.</p
<p>(A) Haplotype network constructed from the <i>Collema</i>-type <i>trnL</i> P6b regions with the p...
<p>(a) Phylogenetic tree constructed using Bayesian inference. Numbers on branches are posterior pro...
BACKGROUND: Genotype networks are representations of genetic variation data that are complementary t...
<p>(A) A pedagogic evolution recombination network with four mutations and two recombination events ...
<p>(A) Mutation prevalences of six mutations in segment 4. (B) Prevalences of the ten associated clo...
<p>(A) Evolution tree arising from five mutations on segment 6. (B) Prevalences of the clones across...
(A–C) Analogous versions of Fig 2C for 3 example species, which were chosen to illustrate a range of...
Prevalence of mutations identified in clusters by phylogenetic analysis of 251 sequences with drug r...
<p>(A) Estimated genotype dynamics during adaptive evolution. The time of introduction of each new m...
<p>(A) Proportion of recombination as a function of the proportion of genome in which it occurs. (B)...
<p>ClonalFrame mutation and recombination rates shown as well the impact of recombination over mutat...
<p>Phylogenetic networks were generated from nucleotide alignments of the complete genome sequences ...
<p>For each of the fifteen monophyletic sequence clusters, the number of serotypes it contained was ...
Background: We address the problem of studying recombinational variations in (human) populations. In...
(A) Distribution of chromosome Spearman’s rank correlations between the number of genes and the reco...
<p>(A) Haplotype network constructed from the <i>Collema</i>-type <i>trnL</i> P6b regions with the p...
<p>(a) Phylogenetic tree constructed using Bayesian inference. Numbers on branches are posterior pro...
BACKGROUND: Genotype networks are representations of genetic variation data that are complementary t...
<p>(A) A pedagogic evolution recombination network with four mutations and two recombination events ...
<p>(A) Mutation prevalences of six mutations in segment 4. (B) Prevalences of the ten associated clo...
<p>(A) Evolution tree arising from five mutations on segment 6. (B) Prevalences of the clones across...
(A–C) Analogous versions of Fig 2C for 3 example species, which were chosen to illustrate a range of...
Prevalence of mutations identified in clusters by phylogenetic analysis of 251 sequences with drug r...
<p>(A) Estimated genotype dynamics during adaptive evolution. The time of introduction of each new m...
<p>(A) Proportion of recombination as a function of the proportion of genome in which it occurs. (B)...
<p>ClonalFrame mutation and recombination rates shown as well the impact of recombination over mutat...
<p>Phylogenetic networks were generated from nucleotide alignments of the complete genome sequences ...
<p>For each of the fifteen monophyletic sequence clusters, the number of serotypes it contained was ...
Background: We address the problem of studying recombinational variations in (human) populations. In...
(A) Distribution of chromosome Spearman’s rank correlations between the number of genes and the reco...
<p>(A) Haplotype network constructed from the <i>Collema</i>-type <i>trnL</i> P6b regions with the p...
<p>(a) Phylogenetic tree constructed using Bayesian inference. Numbers on branches are posterior pro...
BACKGROUND: Genotype networks are representations of genetic variation data that are complementary t...
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