Sentence examples for strongly disrupts from inspiring English sources

These results indicate that proteasome inhibition strongly disrupts ER stress-induced NADPH oxidase up-regulation.

Here, we show that in an otherwise full-length Robo1 receptor expressed at the surface of cultured Drosophila cells, deleting the Ig1 domain from Robo1 strongly disrupts Slit binding.

The parsimonious explanation of these observations is that CED-10 contributes to PAK-1 branch activity, and thus loss of CED-10 strongly disrupts the MAX-2 branch in addition to weakly disrupting the PAK-1 branch.

This has been further demonstrated recently by the observation that selective genetic inactivation of NMDA receptors in these neurons strongly disrupts burst firing, with many important behavioral consequences (Zweifel et al., 2009).

We also included Dgrip75 (a null mutation in the gene encoding the Dgrip75 component of the γ-TuRC) mutant brain cells in this analysis as this mutation strongly disrupts the formation of the γ-TuRC (Vogt et al., 2006), allowing us to test whether γ-TuRC formation is required for γ-tubulin or PCM recruitment.

Ferrets treated with MAM on E24 result in an overall decrease of BLBP expression; radial glia that continue to express BLBP, however, show only mild disruption compared with the strongly disrupted vimentin expressing radial glia.

When we view faces upside down, however, we engage primarily in featural face processing; configural face processing is strongly disrupted.

In conclusion, the present results suggested that water deficit interrupted the ROS balance between generation and elimination in cucumber roots, which strongly disrupted the normal metabolism of roots and restrained the water absorption.

Reciprocal immunoprecipitation/western blotting, Far-western blotting, and confocal microscopy confirmed the specific association of MGMT with PCNA and the ability of p21 to strongly disrupt the MGMT-PCNA complexes in tumor cells.

Mutations directed at the SCR2 C3d interface (R83A, R83E, G84Y) were found to strongly disrupt C3dg binding, supporting the conclusion that the SCR2 interface reflected in the crystal structure is correct.

Therefore, it can be concluded that water stress strongly disrupted the normal metabolism of roots and restrained water absorption, and seemingly enzymatic system played more important roles in protecting cucumber seedling roots against oxidative damage than non-enzymatic system in short-term water deficit stress.