Treating SCM and ECM with Ca(OH 2 reduced the ricin concentration in 63% leading to an average decrease from 2.46 to 1.06 g/kg of BW in the ricin daily intake (P < 0.001).
Specifically, in Model 7, when everything else remains constant, every one unit increase in place identity and place dependence corresponds to an average decrease in willingness to relocate by 0.02 and 0.02 (0.02 = 1 − e−0.02), respectively.
Specifically, in Model 7, when everything else remains constant, every one unit increase in probability and threat corresponds to an average increase in willingness to relocate by 0.09 (0.09 = e0.09 − 1) and 0.06 (0.06 = e0.06 − 1), respectively; every one unit increase in controllability corresponds to an average decrease in willingness to relocate by 0.03 (0.03 = 1 − e−0.03).
From CT0 to CT6, the PG volumes decreased by a mean value of 28.3% (ranging from 0.0 to 63.4%, SD = 18%), corresponding to an average decrease of 1.1 cc/week (ranging from 0.0 to 2.2 cc/week).
A gradual change in the fiber direction, spanning +50 to −40°, was observed throughout the sections of the sample, with an average decrease ranging from 2.3 to 2.6° every 10 μm.
In the panel study of Pope and Kanner [ 25], based on 2 repeated observations of 251 smokers with mild to moderate COPD, a 10 μg/m3 increase in PM10 was associated with an average decrease in FEV1 equal to approximately 0.2%.
The minimum induction time was obtained when 150 ppm graphene oxide suspension was used, which indicated an average decrease of 96% compared to pure water.
Results of a previous computational fluid dynamics (CFD) study indicate significant improvements over conventional cabin mixing air ventilation systems with an average decrease in passenger exposure to body-emitted contaminants upwards of 60% predicted.
For cardiac-type Fabry patients, there was an average decrease of 12% (68.5 to 60 g/m2.7) in LVMI for 18 patients after ERT, as well as 14% (15 12.8 mm) and 13% (11.9 10.3 mm) decreases in the thicknesses of IVS and LPW, respectively, along with 11% (67.7 60.1 g/m2.7), 9% (13.6 12.4 mm) and 5% (10.9 10.3 mm) decreases for those with the classic type.
In the 2031 business as usual scenario, an average decrease of 19% in exposure to NO2 is observed across the sample population, compared to the 2008 base case.
