Sentence examples for efficacy in removing from inspiring English sources

HD efficacy in removing small water-soluble toxins is often assessed by plasma urea removal during dialysis [ 27].

The membrane reactor was also employed in conjuncton with a membrane composed of Sargassum glaucescens brown algae nanoparticles to test its efficacy in removing nickel and cobalt from real effluents.

Ten TDT patients have started DFX/DFO for different reasons: 1) lack of efficacy in removing liver/cardiac iron with monotherapy; 2) agranulocytosis on DFP; and 3) adverse events with elevated doses of monotherapies.

We aimed to explore MARS efficacy in removing toxicity parameters and the safety of the system.

Significant drawbacks with closed suction systems include risk for producing high negative pressures and reduced efficacy in removing thick secretions from the airways [ 2, 11, 12].

However, the efficacy in removing debris and bacteria may come at the expense of damage to bone as well as bacterial propagation into the intramedullary canal[ 21, 22].

The efficacy of selection in removing deleterious mitochondrial mutations from populations depends on the effective population size (N e) of the mitochondrial DNA and the degree to which a lack of recombination magnifies the effects of linked selection.

The expression of epistatic interactions in some environments, but not others, weakens the efficacy of selection in removing deleterious epistatic variants from populations and may promote the accumulation of incompatibilities whose fitness effects will depend upon the environment in which hybrids occur.

Chemical analysis and in vitro bioassays showed that the efficacy of the STP in removing EDCs was not affected by the different loadings between baseline and peak flow regimes.

The study revealed that current (F51,3= 65.38) and compaction pressure (F51,3= 54.10) were significant factors that influence efficacy of the electrodes in removing chloride positively at 99.5% with optimal values of 1.80 A (equivalent current density of 409.1 A/m2) and 108 MN/m2 respectively.

The importance of passive electrodes such as carbon, gold and titanium in sciences and environmental engineering processes has been well documented in the literature, but little is known of significant factors that influence efficacy of passive electrodes in removing pollutants such as chloride.