Sentence examples for stronger disruption from inspiring English sources

Because large transgene arrays showed a stronger disruption in Hypo-MAA-fixed nuclei than small transgene arrays, we suspected that FISH-labeled chromosome territories might be more affected than FISH signals from small regions delineated by a BAC.

Visualization of the brain accumulation by near-infrared imaging revealed a much stronger disruption of the BBB, mainly around the eyes, in the vehicle group as compared to R-flurbiprofen treated mice (Fig  10A and B).

Such a strategy would lead to a disproportionally large increase in the calcium buffering capacity of the indicator (Neher, 2005), resulting in a stronger disruption of cellular signaling than for a low concentration of high affinity indicator (Markram et al., 1998).

In addition, in comparison with the conventional solvent extraction, UAE is more efficient and rapid to extract Acys from red raspberry, due to the strong disruption of fruit tissue structure under ultrasonic acoustic cavitation, which had been observed with the scanning electron microscopy (SEM).

While invasive ants are often associated with a strong disruption of the abundance and diversity of native ants [10], [15], [16], [17], [45], [46], [47], [48], [49], [50], [51], [52], such effects have seldom been documented in mature, hardwood forests, be they temperate or tropical.

IFT mutant embryos do not show the craniorachischisis (open neural tube caudal to the forebrain) characteristic of mouse mutants that lack components of the non-canonical Wnt pathway [32], [33], suggesting there is not a strong disruption of non-canonical Wnt signaling in IFT mutants.

This is likely a consequence of the strong disruption in localization of various nuage factors in the double mutant.

The FUS mutations in these patients result in a strong disruption of the NLS of FUS, which reflects the early onset age of the disease.

The CVarea for the T → A responses (0.78 ± 0.03, Figure 2E) was much higher, consistent with a strong disruption of the normally reproducible timing of rhodopsin desensitization.

Furthermore, combination treatment induced strong disruption of HDAC6/ α-tubulin complex, which might lead to α-tubulin acetylation in both cells.

33 out of these 37 most strongly induced SAK1-dependent genes displayed strong disruption in their up-regulation; reduced to 0.01 0.25 of magnitude of fold change in sak1 as compared to WT (Table 5).