Sentence examples for was efficiently treated from inspiring English sources

In the case of shochu distillery wastewater, we previously confirmed that the yeast-treated wastewater was efficiently treated by a combination of nitrification/denitrification cycle treatment and activated sludge process (Watanabe et al. 2009, 2013c).

T2DM was efficiently treated by both procedures, which is important because T2DM is one of the main health care cost factors in obese patients.

However, also nonaffine problems, that is, problems in which conditions (6) and (10) are not still valid, can be efficiently treated in the reduced basis framework.

Nevertheless, for systems exploiting a restricted bandwidth or a limited number of transmit antennas, residual ISI can be efficiently treated through multicarrier approach.

This indicates that the STS water can be efficiently treated with Al Fe combination that ensures better adsorption of soluble and colloidal species which settles down in the form of Al(OH 3 from STS water.

Such systems can be efficiently treated by a class of implicit explicit (IMEX) diagonally implicit multistage integration methods (DIMSIMs), where the stiff part is integrated by implicit formula, and the non-stiff part is integrated by an explicit formula.

These results indicate that the AFB-MFC can be used for electricity generation at a large scale while alcohol distillery wastewater can be efficiently treated under appropriate system operational settings.

Trimodal LTA monoliths were able to treat efficiently 4 L of Sr2+ solution (10 mg L−1) with 1 mL of material at a flow rate of 0.5 mL min−1 (or 1 m h−1); ie. 4200 bed volumes (BV) were efficiently treated at a flow rate of 34 BV h−1, with no Sr2+ detectable by ionic-chromatography in the effluent.

Indeed, in contrast to the ER+ and HER2+ tumors subtypes that can be efficiently treated with hormonal and anti-HER2 therapy, respectively, triple negative tumors lack targeted treatments.

Thus our study provides hope that patients suffering from chronic kidney disease would be efficiently treated and opens new insights on the mechanisms involved in this renal recovery.

This study, by showing that long lasting proteinuria, disorganisation of podocyte structure and phenotype change of tubular epithelium can be reversed supports the notion that chronic renal disease can be efficiently treated.