Add to ORKGA Comparison of Global, Gene-Specific, and Relaxed Clock Methods in a Comparative Genomics Framework: Dating the Polyploid History of Soybean (Glycine max) This submission includes the trees for each gene estimated using Penalized Likelihood in r8s. Trees are chronograms, with branch lengths proportional to tim
Evolutionary timescales can be estimated from genetic data using phylogenetic methods based on the m...
Phylogenomic dataset We used a smaller, more conserved subset of the 568-gene and 104-species phylog...
International audienceModern systems biology permits the study of complex networks, such as circadia...
Age estimation from molecular sequences has emerged as a powerful tool for inferring when a plant li...
Project aiming at dating events in Primate gene trees, using the molecular clock methods. It is a be...
<div><p>In this Genomics Era, vast amounts of next-generation sequencing data have become publicly a...
Benchmark of molecular clock dating applied to single gene trees separately, whose results are descr...
Molecular clock models relate observed genetic diversity to calendar time, enabling estimation of ti...
<p>(A) A weighted Venn diagram comparing clock-controlled genes (CCGs) identified using COSOPT and J...
Dating phylogenetic trees to obtain branch lengths in the unit of time is essential for many downstr...
Timetree showing averaged dates across 100 timetrees, each estimated in PhyloBayes from 100 independ...
Abstract Advances in genome sequencing techniques produced a significant growth of phylogenomic data...
Bayesian methods for molecular clock dating of species divergences have been greatly developed durin...
Phylogenetic dating is one of the most powerful and commonly used methods of drawing epidemiological...
Background: Estimating divergence times in phylogenies using a molecular clock depends on accurate m...
Evolutionary timescales can be estimated from genetic data using phylogenetic methods based on the m...
Phylogenomic dataset We used a smaller, more conserved subset of the 568-gene and 104-species phylog...
International audienceModern systems biology permits the study of complex networks, such as circadia...
Age estimation from molecular sequences has emerged as a powerful tool for inferring when a plant li...
Project aiming at dating events in Primate gene trees, using the molecular clock methods. It is a be...
<div><p>In this Genomics Era, vast amounts of next-generation sequencing data have become publicly a...
Benchmark of molecular clock dating applied to single gene trees separately, whose results are descr...
Molecular clock models relate observed genetic diversity to calendar time, enabling estimation of ti...
<p>(A) A weighted Venn diagram comparing clock-controlled genes (CCGs) identified using COSOPT and J...
Dating phylogenetic trees to obtain branch lengths in the unit of time is essential for many downstr...
Timetree showing averaged dates across 100 timetrees, each estimated in PhyloBayes from 100 independ...
Abstract Advances in genome sequencing techniques produced a significant growth of phylogenomic data...
Bayesian methods for molecular clock dating of species divergences have been greatly developed durin...
Phylogenetic dating is one of the most powerful and commonly used methods of drawing epidemiological...
Background: Estimating divergence times in phylogenies using a molecular clock depends on accurate m...
Evolutionary timescales can be estimated from genetic data using phylogenetic methods based on the m...
Phylogenomic dataset We used a smaller, more conserved subset of the 568-gene and 104-species phylog...
International audienceModern systems biology permits the study of complex networks, such as circadia...