Their basic genetic structure consists of a transposase gene flanked by terminal inverted repeats (TIRs), which are fundamental for their recognition by transposases and further mobilization.
The history of most commonly identified AbR genes follows its original capture by different genetic units and further mobilization of novel 'operational units' containing such AbR genes into composite platforms (often comprising integrons, transposable elements, and/or insertion sequences) within plasmids that facilitate multiple DNA rearrangements among disparate genetic entities.
On the other hand, with an increased use and hence selection pressure from biocides and metals, we might see further mobilization of resistance genes and operons into plasmids in the future.
Fifty-seven dafterfthe the initial trauma the patient was dismissed and transferred to rehabilitation center for further mobilization.
A second action must involve the further mobilization of key stakeholders — most notably civil society, consumers and the investment community.
After resection of the left brachiocephalic vein, further mobilization of the tumor was achieved.
These findings are most consistent with the selective acquisition of a PARCEL-containing ORF by these taxa or their close ancestor, and/or further mobilization in the genome.
Additional restriction sites located at the 3' end of the gfp sequence (BsrGI, NotI, StuI) and at the 3' end of NOS (BglII, MfeI, EcoRI) were included in pFLEV to allow further mobilization of expression cassettes into different expression vectors.
Notably, since also intermediates of the ergosterol biosynthesis are stored as SEs in LD, their mobilization and further processing to "mature" ergosterol requires their reshuffling to the ER-resident sterol biosynthetic enzymes (Espenshade and Hughes 2007).
This DNA fragment is one part of a Tn3-based transposon, Tn4401, which is likely to be the origin of blaKPC mobilization and further insertion into various plasmids of non-clonally related organisms [ 10].
The metabolic functions of LDs can be grouped into anabolic reactions, which include fatty acid synthesis and activation, and biosynthesis of sterols and TAG molecules, and catabolic reactions, which include hydrolysis, mobilization and further metabolism of the various components, particularly the fatty acids of PLs, steryl esters and TAGs.
