Sentence examples for a consequence of faster from inspiring English sources

Back then, computers passed around e-mail by dialling each other and exchanging data.This return to the future is a consequence of faster and ever more powerful technology.

This larger number of αWGB colonies was a consequence of faster formation along β/β GB of their precursors, the allotriomorphic αGB grains (standing for α-GB) at lower transformation temperatures, as evidenced by detailed examination of the first stages of αGB formation.

It has indeed been shown that primate inhibitory tone is more pronounced than rodent inhibitory tone as a consequence of faster firing dynamics and higher interneuron density [ 85].

The lower level is not likely due to rapid degradation of the proteins resulted from a consequence of faster apoptosis in K8-null livers since the amounts of each kinase (Fig. 2B) and NF-κB p65 (Fig. 2C) are similar in nontransgenic FVB/n liver and K8-null liver.

In the absence of organic pollution such as manure or waste water, the dominant process contributing to higher δN could be a consequence of faster N cycling and higher denitrification activity, which fractionates between the two N isotopes and preferentially removes the lighter isotope from the sediment.

Ureteropelvic junction laceration (Fig. 6a b) is usually a consequence of fast deceleration traumas and is associated with a large perirenal fluid collection, mostly located medially to the renal hilum and often extending caudally over the psoas.

Reduction of glucose concentration had no effect on ECG morphology, but we noted a modest but significant increase of RR intervals as a consequence of fasting (Table  2).

The model shows that the relationship between the relevant biochemical quantities can be viewed as strong linear amplification, where this effect is a consequence of fast non-specific degradation of pre-crRNA.

In many biological processes, the transcription factor transit from inactive to active state quickly as a consequence of fast post-translational modifications, (the time scale is micro second), so it is reasonable that we model the TF activity as a binary variable r(t) ∈{0,1}[ 24, 32].

The additional stretching also creates gradient morphology promoted by incomplete phase separation of the polymers as a consequence of much faster solvent loss.

As a consequence of the faster rate with constant sites excluded, the branch lengths of the resulting trees are ~2.6 times longer than when constant sites are included.