… dozens of genomes from three invertebrate phyla, providing genome-wide maps of potential
cis-regulatory elements. In … Evolutionarily conserved sequences on human chromosome 21. …

… This dramatic size expansion in vertebrate and fungal TRs … TR genes in many metazoan
species has been challenging and unsuccessful, which limits our understanding of TR evolution …

… Phylogenetic studies of 21 fungal genomes showed that these megasatellites were uniquely
found in C. glabrata , but their presence among other members of the Nakaseomyces has …

… Some ancient fossils suggest “genome tectonics,” … vertebrates, producing new genes and
regulatory elements on the way. Host-gene fossils too have contributed anciently conserved …

… approximately 7,000 highly conserved genes shared between vertebrates and insects, and
we … sets of genes underwent differential diversification during vertebrate and insect evolution, …

… conserved genomic elements are across placental mammals. We focused on a subset of highly
conserved elements, called ultraconserved elements … several of these elements does not …

… Because it is notoriously difficult to reliably assign distal regulatory elements to their
target genes, we first wanted to isolate a subset of loops representing likely enhancer–promoter …

… evolution of the vertebrate gonadotropic axis. Brain-pituitary neuroendocrine axes are typical
of vertebrates… on peripheral organs, being a vertebrate innovation. The paper reviews, from …

… their rapid evolution and the means of co-evolution of telomeric … the evolution of telomeres
in ascomycetous yeasts from the … of telomeric repeats from 204 yeast species classified into 20 …

… decreases over the course of evolution, much of which … genomes, I show that both motifs
are conserved at rates higher than expected based on neutral evolution and that some elements …