Sentence examples for be substantially reduced without from inspiring English sources
Under proper laser conditions, PMMA residues can be substantially reduced without introducing defects to the underlying graphene.
This stepwise approach in the pediatric population was also supported by Ramarajan et al., who found that by employing US first in the diagnostic pathway of appendicitis, radiation exposure may be substantially reduced without a decrease in safety or efficacy [27].
Aconitase is a good marker of oxidative stress caused by superoxide generation because it is not rate-limiting in this pathway and thus its activity can be substantially reduced without major effects on cellular metabolism [27].
If all of these women were asked to delay antibiotic treatment, antibiotic use might be substantially reduced without negatively impacting clinical recovery.
Using a Rho kinase inhibitor coupled to a mannose 6-phosphate/human serum albumin carrier, fibrosis progression, and especially portal pressure, could be substantially reduced without major systemic effects.
Censoring only those SNPs with a combined (offspring and parents) Z-transformed downward GenCall score of > 5.0 as threshold calculated for both BeadChips used for parentage control, the number of rejected and doubtful parentages can be substantially reduced without affecting the true exclusions.
Using siRNA molecules targeting RAGE mRNA, expression was substantially reduced without observing any effect on S100A4-stimulated IκBα phosphorylation.
In one transgenic line, all 2-DE spots identified as omega-5 gliadins were substantially reduced without effects on other proteins.
In the remaining patients, dysmenorrhea, deep dyspareunia, nonmenstrual pelvic pain, and dyschezia scores were substantially reduced without major differences between the two treatment groups [ 27].
Our results suggests that with less than 40% of fibrosis the conduction velocity of the propagating wave can be substantially reduced but without the generation of reentry inside the fibrotic region.
Notably, levels of phosphatidylcholine can be substantially reduced in yeast cells without leading to a significant growth phenotype (Henry et al. 2012), indicating that this phospholipid may also serve, at least in part, as a buffer for FAs.
