As expected in the model for local inflammation, maximal LPS-activation of HUVEC largely increased adhesion of non-activated PMN at 3 dyne/cm2 from 42 ± 17 (HUVEC-/PMN) to 894 ± 93 cells/mm2 in HUVEC++/PMN- (P < 0.01, Figure 3a, b).
The peak amplitude was improved at potentials more positive than 0.6 V, but Pd oxidation became predominant above 0.8 V, and the peak we observed on the voltammograms shifted from ∼300 to 650 mV, due to reduction of a largely increased amount of palladium oxide.
For the soils with low retention capacity of Pi, the application of Pi largely increased both the As and Pi concentrations in the soil solutions, which could be attributed to competitive adsorption by solids.
When disease risk was 10% the risk in 10% of cases largely increased while the risk in <1% of controls increased only marginally (median increase in absolute risk: 0.78 in cases and 0.02 in controls; see Figure 3b).
The addition of salts largely increased this production, and a strong interaction was observed between amino acids and salts.
On the other hand, under high OGC, the tungsten content decreased down to 38.66%, which was 20% lower than former one, whereas the component of oxygen largely increased up to 50%.
Moreover, null mutation of Trp53 largely increased granule cell numbers and improved the laminar structure in Nbn CNS-del OB (Supplementary information, Figure S1C).
In this case, due to the depth considered during the generation of the test requirements, the cyclomatic complexity of some units largely increased the number of required test cases.
Besides, increasing the number of cut edges largely increased the release of silver, while using metal instead of glass migration cell significantly reduced the release.
