<p>A) Phylogenetic tree produced from concatenated multiple sequence alignment using maximum likelihood and Bayesian methods. Green circles indicate 100% support under both methods. Numbers at nodes indicate percent support from bootstrapped analyses. Green branches indicate bipartitions found in tree B, red branches indicate bipartitions absent from tree B. B) Supertree constructed from quartets derived from DendroBLAST trees. Green branches indicate bipartitions found in tree A, red branches indicate bipartitions not found in tree A.</p
Dendrograms are a way to represent relationships between organisms. Nowadays, these are inferred bas...
Abstract. — Phylogenomic analyses of large sets of genes or proteins have the potential to revolutio...
<p>A comparison of DendroBLAST with other tree inference methods on simulated multiple sequence alig...
The rapidly growing availability of genome information has created considerable demand for both fast...
The rapidly growing availability of genome information has created considerable demand for both fast...
The rapidly growing availability of genome information has created considerable demand for both fast...
The rapidly growing availability of genome information has created considerable demand for both fast...
<p>Tree based on 16S rRNA sequence is shown in (a); whereas tree in (b) is based on concatenation of...
<p>Phylogenetic tree inferred from a concatenated, partitioned alignment of 24 genes using RAxML. Th...
<p>The first number at each node is Bayesian posterior probability and the second number is ML boots...
<p>The following four methods were used for the 68 shared genes data set: Bayesian inference (BI), m...
<p>Bootstrap values are indicated at branch nodes. A similar topology was obtained using the Neighbo...
Background We analyze phylogenetic tree building methods from molecular sequences (PTMS). These are...
<p>The maximum likelihood tree was inferred using the GTRGAMMA substitution model and is based on a ...
Two different approaches can be used in phylogenomics: combined or separate analysis. In the first a...
Dendrograms are a way to represent relationships between organisms. Nowadays, these are inferred bas...
Abstract. — Phylogenomic analyses of large sets of genes or proteins have the potential to revolutio...
<p>A comparison of DendroBLAST with other tree inference methods on simulated multiple sequence alig...
The rapidly growing availability of genome information has created considerable demand for both fast...
The rapidly growing availability of genome information has created considerable demand for both fast...
The rapidly growing availability of genome information has created considerable demand for both fast...
The rapidly growing availability of genome information has created considerable demand for both fast...
<p>Tree based on 16S rRNA sequence is shown in (a); whereas tree in (b) is based on concatenation of...
<p>Phylogenetic tree inferred from a concatenated, partitioned alignment of 24 genes using RAxML. Th...
<p>The first number at each node is Bayesian posterior probability and the second number is ML boots...
<p>The following four methods were used for the 68 shared genes data set: Bayesian inference (BI), m...
<p>Bootstrap values are indicated at branch nodes. A similar topology was obtained using the Neighbo...
Background We analyze phylogenetic tree building methods from molecular sequences (PTMS). These are...
<p>The maximum likelihood tree was inferred using the GTRGAMMA substitution model and is based on a ...
Two different approaches can be used in phylogenomics: combined or separate analysis. In the first a...
Dendrograms are a way to represent relationships between organisms. Nowadays, these are inferred bas...
Abstract. — Phylogenomic analyses of large sets of genes or proteins have the potential to revolutio...
<p>A comparison of DendroBLAST with other tree inference methods on simulated multiple sequence alig...