Sentence examples for marked consequences of from inspiring English sources

The more marked consequences of Aβ42arc expression are thought to be due to the increased aggregation propensity of this peptide and to its oligomer-rich aggregation mechanism (Nilsberth et al., 2001; Whalen et al., 2005; Luheshi et al., 2007).

The same airway pressure may generate dramatically different transpulmonary pressures and pleural pressures, with marked consequences on lung distension (mainly a function of transpulmonary pressure) and on hemodynamics (partly a function of pleural pressure).

Among the labor movement, a more marked consequence of Autumn 1917 was the rise of the Workers Guardss.

For example, the deletion of a few residues from the Piccolo C2A domain leads to a structural change with marked consequences for Ca2+ binding [ 35].

Potentially slight changes in expression of p53-related genes were obscured by more marked transcriptional consequences of Rpl11 deficiency in zebrafish embryos.

Yet in recent years, in Iraq, Afghanistan and the Democratic Republic of Congo, I have seen first-hand the terrible consequences of uncleared and un-marked landmines and other weapons of war on children and their families and communities.

The data from the first experiment clearly show that the visual, auditory and tactile sensory consequences of our motor actions are all subject to marked temporal recalibration when presented with consistent temporal delays.

When looking for the phenotypic consequences of foxa1 knockdown, we noticed that embryos showed a marked tendency to die shortly after hatching from the vitelline membrane (Fig. 6A).

The statistical consequences of considering D_AEP as an independent variable were most marked for ASIQ scores, but D_AEP also exerted substantial effects on many other rating scale scores.

Our previous study characterized the phenotypic consequences of transgene expression at immunohistochemically detectable levels, which resulted in marked disturbance of crypt-villus homeostasis [ 10].

The functional consequences of NAD+(H) depletion upon FK866 treatment resulted in a marked inhibition of the three major pathways regulating the translation process and in a striking arrest of protein synthesis.