Sentence examples for dna to move from inspiring English sources
Bacterial genomes change rapidly – they have genetic elements that allow bits of DNA to move around the genome or to be swapped between other bacteria and viruses.
"It is in the chief justice's DNA to move gradually rather than quickly," Kannon Shanmugam, a lawyer who practices before the court, said at recent Supreme Court discussion at Georgetown University Law Center.
Lady Shirley Williams has become the first senior Liberal Democrat to break ranks and come out against the idea of her party striking a formal coalition deal with David Cameron, warning that it is not in the "Conservatives' DNA" to move properly in key areas.
The central breakthrough was the ability to reset DNA, to move a cell backward, step by step, until it becomes the precursor of any aging cell in your body.
This result suggests that BSCTV C4 is a nuclear shuttle protein and may mediate viral DNA to move between the nuclear and cytoplasm.
Previous studies on Curtovirus described that C4 encoded by TYLCV was found to localize to the cell periphery, and suggested to mediate viral DNA to move from cell to cell in phloem cells [29].
Competition ELISAs were also used in order to assess the ability of IN target DNAs to move the antibody from its complex with IN or K156 (Fig. 2B). 5 µg of antigen (synthetic peptide or IN) were incubated in the wells of the reaction's plate.
The Wyss researchers used the "autocycling proximity recording" (APR) DNA nanotechnology developed in Peng Yin's lab to program a swarm of DNA "robots" to move across a board covered with DNA-origami structures presenting one of two different molecular labels, record which labels they encountered, and recognize neighboring robots.
Ac/Ds elements are DNA transposons that use a conservative "cut-and-paste" mechanism involving double-stranded DNA breaks to move within the genome.
Daniel O'Day, the chief operating officer of Roche's diagnostics division, said it would take time for DNA sequencing to move into clinical use, particularly in the United States, because of regulatory hurdles.
When an electric field is applied with frequency between 20 30 kHz, the DNA starts to move towards the electrode as shown in Figure 4a,b; and when the frequency reaches approximately 100 kHz, the DNA accumulates along the rectangular electrode (Figure 4d).
