<p> and are time-independent and describe the probability that an interaction is retained after a duplication and the probability that an interaction is created de novo, respectively. The fraction of interacting pairs in the ancestral network at time is represented by . There are in total nine ancestral time levels for the organisms investigated: the ancestral primates (prNOG), the ancestral rodents (roNOG), the ancestral mammals (maNOG), the ancestral vertebrates (veNOG), the ancestral insects (inNOG), the ancestral animals (meNOG), the ancestral fungi (fuNOG), the ancestral eukaryotes (KOG/euNOG), and the LUCA (COG/NOG). Existing time levels are specific for every species depending on its lineage.</p
Evolutionary models account for either population or species-level processes, but usually not both. ...
Phylogenetic estimates of evolutionary timescales can be obtained from nucleotide sequence data usin...
<p>Time of divergence among populations are in million years. Bayesian coalescent estimation of time...
Estimation of relative timing of speciation events. Phylogenetic trees drawn using ancestral loci at...
The use of molecular sequence data has increased interest in trying to date evolutionary events, wit...
Violation of the molecular clock has been amply documented, and is now routinely taken into account ...
The duplication-degeneration-complementation model of duplicate gene preservation by subfunctionalis...
Stochastic population processes may cause differences between species histories and gene histories. ...
<p>We show results for the three separate homology definitions: EnsemblCompara GeneTrees and recipro...
A maximum-likelihood phylogenetic tree was inferred from concatenated protein sequences correspondin...
To understand the processes that generate biodiversity, it is important to account for large-scale p...
diversification patterns among extant mammalian families have relied on supertree methods and local ...
The explosive growth of molecular sequence data has made it possible to estimate species divergence ...
<p>Divergence times of the most recent common ancestors calculated from 893 bases of mitochondrial D...
Understanding the processes that generate diversity is key to interpreting the patterns we see in th...
Evolutionary models account for either population or species-level processes, but usually not both. ...
Phylogenetic estimates of evolutionary timescales can be obtained from nucleotide sequence data usin...
<p>Time of divergence among populations are in million years. Bayesian coalescent estimation of time...
Estimation of relative timing of speciation events. Phylogenetic trees drawn using ancestral loci at...
The use of molecular sequence data has increased interest in trying to date evolutionary events, wit...
Violation of the molecular clock has been amply documented, and is now routinely taken into account ...
The duplication-degeneration-complementation model of duplicate gene preservation by subfunctionalis...
Stochastic population processes may cause differences between species histories and gene histories. ...
<p>We show results for the three separate homology definitions: EnsemblCompara GeneTrees and recipro...
A maximum-likelihood phylogenetic tree was inferred from concatenated protein sequences correspondin...
To understand the processes that generate biodiversity, it is important to account for large-scale p...
diversification patterns among extant mammalian families have relied on supertree methods and local ...
The explosive growth of molecular sequence data has made it possible to estimate species divergence ...
<p>Divergence times of the most recent common ancestors calculated from 893 bases of mitochondrial D...
Understanding the processes that generate diversity is key to interpreting the patterns we see in th...
Evolutionary models account for either population or species-level processes, but usually not both. ...
Phylogenetic estimates of evolutionary timescales can be obtained from nucleotide sequence data usin...
<p>Time of divergence among populations are in million years. Bayesian coalescent estimation of time...