Sentence examples for repositioned onto from inspiring English sources

The articular disc is then repositioned onto the "new" condyle and stabilized [13].

After annealing the nanosheets in vacuum, the probes were repositioned onto the same measurement locations, on the same nanosheet, as shown in the Additional file 1: Figure S1.

Slave surfaces (or nodes) in a particular interaction are repositioned onto the associated master surface (or nodes) if the two surfaces are initially overclosed by a distance smaller than the calculated tolerance.

For the nanowire that appeared to be planar defect-free in the initial round of TEM examination, it would be picked up by the sharp probe and repositioned onto another region of the lacy carbon support film for reexamination.

The lighthouse was later repositioned on land.

Boom was repositioned to contain hydrocarbons on the surface.

The results show that c-Myb undergoes dramatic and dynamic repositioning onto different gene promoters during the cell cycle, suggesting that complex mechanisms regulate its specificity and activity in a time-dependent manner, and illustrating a novel mechanism for transcription factor regulation during the cell cycle.

All of these mirrors can be repositioned at the drop of a hat to reflect light through the lens or onto a heatsink, which is commonly known as light dumping.

To validate the drug targetability of our proposed binding site, we have repositioned some of the most promising in vitro, in vivo validated anti-herpes molecules onto the proposed binding site of gH-gL complex in a computational approach.

Mapping the quantified cross-links onto the 26S proteasome pseudoatomic structure reveals that the Rpn8/Rpn11 module is repositioned as assembly progresses from LP2 to lid and finally to the full proteasome.

To validate the drug targetability of our proposed active binding site in gH-gL, we have repositioned some of the most promising in vitro, in vivo validated anti-herpes molecules onto the proposed binding site of gH-gL complex in a computational docking simulation approach.