Sentence examples for more robust reductions from inspiring English sources

Surprisingly, the co-expression of PS1dE9 with partial reductions in RAP did not lead to more robust reductions in the levels of mature LRP (Fig. 4, lanes 2, 4, 5, 8, and 9 compared to lanes 1 and 3).

Future work should be directed to the manipulation of this protein fraction to obtain greater and more robust reductions in its content.

There is evidence suggesting a dose response, with lurasidone 160 mg/day resulting in more robust reductions in psychopathology than 80 mg/day in one 6-week acute study [ 14].

As a result, the sTLCD provides more robust reduction than the pTLCD because the pTLCD becomes off-tuned and loses its effectiveness when the properties of the excitations or the primary structure vary.

A more robust reduction of activity (70%) was observed when the –673pGL3 construct was introduced.

In comparison, although achieving more robust reduction in GLI3 expression (∼86%) with siRNA, SOX9 expression was less affected and OPN was unaltered (Fig. 7C).

In addition, we observed mis-localization of all examined nuage components and a statistically more robust reduction in cluster- and transposon-mapping piRNAs in double mutants.

Combined with our findings of a more robust reduction in SST in women with MDD, these gene co-expression studies suggest that more robust GABA-related deficits may characterize female MDD.

Consistent with an important contribution of TRAIL in NK-cell-mediated killing, the addition of soluble TRAIL-R2 in combination with anti-DNAM-1 reduced killing to an even greater extent, with more-robust reductions seen in UL141-expressing targets when compared to control cells (∼11-fold versus ∼4.5-fold).

When decreasing the number of training sibs per family from 45 to 25, both models had a similar decrease in accuracy, ranging from 2.3 to 4.2% for IBD-GS and from 1.7 to 4.9% for IBS-GS, while the pedigree-based model was more robust, with reductions in accuracy ranging from only 0.5 to 3%.

Barriers to the commercialization of lignocellulosic ethanol include the development of more robust biocatalysts, reduction of cellulase costs, and high capital cost associated with a complex process.