Sentence examples for most important activation from inspiring English sources

16N and 17N are determined to be the most important activation products in the coolant water in terms of their impact on ITER design and performance.

Several mechanisms are associated with brain dysfunction during sepsis; one of the most important are activation of microglia and astrocytes.

Positively charged residues K525, R528 and K538 in S4 have been suggested to be those most important for activation of the channel, with residues R528 and R531 as key candidates for binding to residues in other transmembrane domains through salt bridges and with residue R531 implicated in stabilizing the open state [42 44].

To address this further, we have generated mice that are double-deficient in Mmp13 and Plau, the plasminogen activator most important for Plg activation in tissues.

One important point to clarify is that the authors claim that the curvature (positive or negative) of the membrane is not important for Piezo1 activation, thus concluding that membrane tension is the most important factor in activation.

Results of the performance assessment calculations are given in terms of the time evolution of the dose rates of the most important fission and activation products and actinides.

Sensitivity analysis using individual and the whole system outputs suggested which molecular subsystems were most important following P2 activation.

Accumulating evidence suggests that NF-κB is one the most important signaling pathways, activation of which leads to skeletal muscle wastage [1].

One of the most important consequences was activation of a subset of NF-κB-dependent genes.

The time courses for each of the components that were most related to the cognitive task with the most important and meaningful activation patterns were then used as inputs to a Granger causality test that investigated group differences in causal relationships between independent components over a frequency spectrum.

On the basis of this analysis, we suggest that V266E activates the procaspase by disrupting the hydrophobic cluster and introducing steric clashes with Met′ and Ile′, essentially expelling the IL from the dimer interface: the first and most important step in activation.