Metazoan genomes are being sequenced at an increasingly rapid rate. For each new genome, the number of protein-coding genes it encodes and the amount of functional DNA it contains are known only inaccurately. Nevertheless, there have been considerable recent advances in identifying protein-coding and non-coding sequences that have remained constrained in diverse species. However, these approaches struggle to pinpoint genomic sequences that are functional in some species but that are absent or not functional in others. Yet it is here, encoded in lineage-specific and functional sequence, that we expect physiological differences between species to be most concentrated
The mitochondrial genome (mtDNA) of Metazoa is a good model system for evolutionary genomic studies ...
We present here a comprehensive analysis of the complement of enzymes in a large variety of species....
Although almost certainly derived from the same ancestral progenitor, mitochondrial genomes have fol...
Abstract Background Systematic comparisons between ge...
<p>A. Phylogeny of species used to identify the metazoan-specific genes. Grey lines represent possib...
International audienceThe identification of single copy (1-to-1) orthologs in any group of organisms...
Resolving the relationships of animals (Metazoa) is crucial to our understanding of the origin of ke...
AbstractMetazoan evolution encompasses a vast evolutionary time scale spanning over 600 million year...
Evolutionary conservation has been an accurate predictor of functional elements across the first dec...
Background: The function of many genes is still not known even in model organisms. An increasing ava...
Comparative analysis of genome sequences from diverse metazoans has revealed much about their evolut...
Evolutionary conservation has been an accurate predictor of functional elements across the first dec...
The Neutral Indel Model is able to predict accurately the distribution of indel events in alignments...
The animal mitochondrial genome (mtDNA) has been traditionally used as molecular marker for phylogen...
AbstractThe functional composition of organisms can be analysed for the first time with the appearan...
The mitochondrial genome (mtDNA) of Metazoa is a good model system for evolutionary genomic studies ...
We present here a comprehensive analysis of the complement of enzymes in a large variety of species....
Although almost certainly derived from the same ancestral progenitor, mitochondrial genomes have fol...
Abstract Background Systematic comparisons between ge...
<p>A. Phylogeny of species used to identify the metazoan-specific genes. Grey lines represent possib...
International audienceThe identification of single copy (1-to-1) orthologs in any group of organisms...
Resolving the relationships of animals (Metazoa) is crucial to our understanding of the origin of ke...
AbstractMetazoan evolution encompasses a vast evolutionary time scale spanning over 600 million year...
Evolutionary conservation has been an accurate predictor of functional elements across the first dec...
Background: The function of many genes is still not known even in model organisms. An increasing ava...
Comparative analysis of genome sequences from diverse metazoans has revealed much about their evolut...
Evolutionary conservation has been an accurate predictor of functional elements across the first dec...
The Neutral Indel Model is able to predict accurately the distribution of indel events in alignments...
The animal mitochondrial genome (mtDNA) has been traditionally used as molecular marker for phylogen...
AbstractThe functional composition of organisms can be analysed for the first time with the appearan...
The mitochondrial genome (mtDNA) of Metazoa is a good model system for evolutionary genomic studies ...
We present here a comprehensive analysis of the complement of enzymes in a large variety of species....
Although almost certainly derived from the same ancestral progenitor, mitochondrial genomes have fol...