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The mouse genome was sequenced in 2002 as a primary model in which to study gene function and human diseases and to develop drugs. This was followed by maps of transcribed messenger RNA molecules and of long, non-protein-coding RNAs, which facilitated such experiments and analysis. Yet although 17 mouse strains have been sequenced, genome function and regulation cannot be understood by sequence analysis alone. Now, in four papers published in this issue, the Mouse ENCODE Consortium presents data sets that dramatically enhance our understanding of the regulation of the mouse genome, and of the similarities and differences compared with the human genome. (Emphasis added.)The four papers in Nature announce the findings from the Mouse ENCODE Consortium:




Comment: So where did the genetic information in DNA come from to begin with? And what about the information that itself regulates DNA expression and development, and is not reducible to DNA sequence? As stubborn as neo-Darwinist materialists are to admit it, the more we learn about DNA, the more we know we don't know, suggesting a worldview completely at odds with traditional materialism.