Sentence examples for repositioning experiment from inspiring English sources
Figure 11 shows the results of the catheter repositioning experiment.
Interestingly, the fraction of nucleosomes undergoing these changes in directionality increased significantly (from 6 to 54%) in repositioning experiments with an ISW2 complex containing mutations that compromised the interaction of the C-terminal DNA binding SLIDE domain with extranucleosomal DNA.
Additionally, quantitative analysis of repositioning experiments performed at various ISWI concentrations revealed that a monomeric ISWI is sufficient to obtain the observed repositioning activity as the presence of a second ISWI bound had no effect on the rate of nucleosome repositioning.
This is consistent with our native gel-based repositioning experiments using long nonlabeled nucleosome substrates demonstrating that the rate of repositioning for 51N51 is faster than that of 71N71 and 91N91.
Perhaps more importantly, because ISWI has been demonstrated to bind to DNA flanking the nucleosome core particle, identifying the affinity for ISWI DNA interactions, and how these interactions are affected by the presence of nucleotides, is critical for the interpretation of data obtained in nucleosome repositioning experiments with ISWI.
Genetic experiments repositioning the IRT1 lncRNA distant from IME1 on the same chromosome showed that IRT1 transcriptional overlap of the IME1 promoter is necessary for silencing.
Classic "position-effect" experiments repositioned genes near telomeres to demonstrate that the epigenetic landscape can dramatically alter gene expression.
And they then experimented with repanning and repositioning this audio to create a deeper and richer soundscape for Gravity.
In those cases, the full profile is measured in a single excitation experiment, eliminating the need for repositioning the excited slice across the depth range to complete the profile as occurs with standard high gradient sensors.
Therefore, it is important to further develop patient-specific interpretations and high throughput experiments that support off-label medication repositioning for individualized precision therapy.
