Some culture media components concentrations were reduced up to 50%.
Only P and Mn concentrations were reduced significantly in the late maturity cultivar, compared with controls.
Exhaust ammonia (NH3) and total suspended particle (TSP) concentrations were reduced by 74.9% and 89.2%, respectively.
Similarly, 48-hr average PM2.5 concentrations were reduced, on average, by 44% (p < 0.01).
Plasma estradiol concentrations were reduced significantly in the letrozole-treated groups.
During GF stage, only Mo (Additional file3h), Mg (Additional file4h) and S (Additional file4r) concentrations were reduced by low and/or high Fe concentrations.
Now, to evaluate LODand LOQ values, their concentrations were reduced sequentially such that they yieldS/N ratios as 3 1 and 10 1, respectively.
Total SSRI concentrations were reduced significantly during aerobic treatment, and the individual SSRIs were reduced by 89% to 100% after 120 h.
Phosphorus, potassium, sodium, and zinc concentrations were reduced by soaking for 1 hour or longer (P, K, Na: P <.0001; Zn: P =.003).
Polyamine oxidase activity was not suppressed during the manufacturing process, which implicates that polyamine concentrations were reduced over time and during infant formula self-life.
In laboratory-scale flow-though column reactors designed to simulate permeable reactive barriers (PRBs), TCE concentrations were reduced by 80 90%.
