<p>Compatibility is expressed as the proportion of trees in the posterior sample that is compatible with the indicated transmission event after removal of 10% as burn-in. The mean evolutionary rate and highest posterior density (HPD) intervals are expressed as the number of nucleotide substitutions (10<sup>−3</sup>) per site per year. The coefficient of variation represents the scaled variance in evolutionary rate among lineages. The time to the most recent common ancestor (tMRCA) represents the time since the most recent sampling date (24/03/2006), and is expressed in years.</p>1<p>The percentage of sampled genealogies with an entirely compatible coalescent history (C) are listed for the transmission histories assuming A as the original so...
It is common knowledge that the instantaneous rate of mutation (RoM) in DNA sequences exceeds the lo...
Molecular clock models are commonly used to estimate evolutionary rates and timescales from nucleoti...
*<p>Estimates of the mean evolutionary rate (μ, substitutions.site<sup>−1</sup>.year<sup>−1</sup>) a...
<p>The mean evolutionary rate and highest posterior density (HPD) intervals are expressed as the num...
Abstract. The study of rates of nucleotide substitution in RNA viruses is central to our understandi...
(a) Correlation of collection year and divergence from maximum likelihood tree. The R2, (coefficient...
<p>Molecular evolutionary rates were calibrated at 2% per million years under a relaxed lognormal cl...
<p>(A) Viral sequences sampled from an earlier time point (the outgroup alignment) are compared with...
The need to estimate divergence times in evolutionary histories in the presence of various sources o...
<p>The molecular clock test was performed by comparing the ML value for the given topology with and ...
The molecular clock has proved to be extremely valuable in placing timescales on evolutionary events...
Molecular clock models are commonly used to estimate evolutionary rates and timescales from nucleoti...
Phylogeneticists are typically interested in obtaining time-stamped rooted phylogenetic trees. The a...
(a) Correlation of collection year and divergence from the maximum likelihood tree. The R2 (coeffici...
Phylogenetic estimates of evolutionary timescales can be obtained from nucleotide sequence data usin...
It is common knowledge that the instantaneous rate of mutation (RoM) in DNA sequences exceeds the lo...
Molecular clock models are commonly used to estimate evolutionary rates and timescales from nucleoti...
*<p>Estimates of the mean evolutionary rate (μ, substitutions.site<sup>−1</sup>.year<sup>−1</sup>) a...
<p>The mean evolutionary rate and highest posterior density (HPD) intervals are expressed as the num...
Abstract. The study of rates of nucleotide substitution in RNA viruses is central to our understandi...
(a) Correlation of collection year and divergence from maximum likelihood tree. The R2, (coefficient...
<p>Molecular evolutionary rates were calibrated at 2% per million years under a relaxed lognormal cl...
<p>(A) Viral sequences sampled from an earlier time point (the outgroup alignment) are compared with...
The need to estimate divergence times in evolutionary histories in the presence of various sources o...
<p>The molecular clock test was performed by comparing the ML value for the given topology with and ...
The molecular clock has proved to be extremely valuable in placing timescales on evolutionary events...
Molecular clock models are commonly used to estimate evolutionary rates and timescales from nucleoti...
Phylogeneticists are typically interested in obtaining time-stamped rooted phylogenetic trees. The a...
(a) Correlation of collection year and divergence from the maximum likelihood tree. The R2 (coeffici...
Phylogenetic estimates of evolutionary timescales can be obtained from nucleotide sequence data usin...
It is common knowledge that the instantaneous rate of mutation (RoM) in DNA sequences exceeds the lo...
Molecular clock models are commonly used to estimate evolutionary rates and timescales from nucleoti...
*<p>Estimates of the mean evolutionary rate (μ, substitutions.site<sup>−1</sup>.year<sup>−1</sup>) a...