modENCODE
ENCODE, modENCODE Data Reveal Conserved Regulatory Features Across Model Organisms, Humans
NEW YORK (GenomeWeb) – A set of studies published online today in Nature offers a look at similarities and differences detected in the regulatory machinery over time and across organisms.
ModENCODE Studies Offer Clues to Genome Regulation in Model Organisms
NEW YORK (GenomeWeb) – A set of studies published in Genome Research today outlines findings from the modENCODE project, an effort aimed at identifying and understanding regulatory elements in the genomes of fruit fly and Caenorhabditis elegans worm model organisms.
NHGRI Clears $123M to Expand ENCODE
NHGRI's advisory council has agreed to expand ENCODE to study humans more deeply, and cleared a new $30 million gene regulation program.
modENCODE Teams Report on Functional Features of Fruit Fly, Roundworm Genomes
Researchers with the "model organism Encyclopedia of DNA Elements" Consortium today described some initial findings from their functional studies of the Drosophila melanogaster and Caenorhabditis elegans genomes.
In Sequence recently spoke with Celniker, who heads the department of genome dynamics at Lawrence Berkeley National Laboratory, to find out what the modENCODE project has achieved at its halfway point, and what role new sequencing technologies are playing in it.