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Mobile DNA III, edited by Nancy L. Craig, Michael Chandler, Martin Gellert, Alan M. Lambowitz, Phoebe A. Rice, and Suzanne B. Sandmeyer.
Since cpd is flanked by two genes involved in DNA mobilization, it may be located on a mobile DNA element.
Mobile DNA (and fast DNA at that) is next.
Production of the enzymes, or transposases, that free the mobile DNA, or transposons, increases when organisms are under almost any kind of stress.
Also worrying was that the gene was found on plasmids -- bits of mobile DNA that can jump easily from one bacteria strain to another.
They don't have the design DNA and the mobile DNA.
Mobile DNA elements serve as plug-in cassettes that can modify or reformat coding data.
The assay involves hybridization of mobile DNA strands with immobilized complementary DNA strands to form duplexes.
This is an area where the Mobile DNA III offers plenty of molecular mechanisms to be incorporated into evolutionary models.
In sum, as an overview to current state of our understanding of the molecular biology of TEs, Mobile DNA III is second to none.
Nagy explains that the team used "mobile DNA elements" called transposons that jump from one place to another in the chromosome.
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