… Since conserved elements are initially identified from a … each individual element to search
whole genome assemblies of … set of vertebrate elements to search all vertebrate genomes. A …

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

… In order to determine where in the line of evolution this GC content heterogeneity for CNSs
… on fungal genomes as well as genomes of invertebrates and non-mammalian vertebrates to …

… insect genomes with the genome of Drosophila melanogaster as well as the genomes of
vertebrates with the human genome… and vertebrates, and the number of UCEs in insects proved …

… from the UCSC genome browser and spans ∼600 million years of evolution since the last …
have defined sets of evolutionarily conserved CNEs, each using different conservation criteria, …

… 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 …

… organization and evolution of the genome. One of the peculiarities of these changes in genome
size is … Indeed, repeated elements are generally highly methylated in plants, yeast, and …

… families and to identify evolutionarily conserved and taxon-specific … Study of evolution of
novel genes participating in insect … to each other than to fungal or plant thaumatins seems to rule …

… In this review, we summarize the evolutionarily conserved functions of the key regulatory …
revealed evolutionary conservation of TOR from yeast to humans [3]. Expanding genome data …

… 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 …