Since the diffusion intensity scales differently than the reaction propensities with increasing mesh resolution, diffusion events often occur on a faster time scale than the reactions in the system.
For all tissues with a given differentiation time, Ψ, and a given life span of DC, Φ, this propensity decreases with increasing SC cycle time, Φ (conditions a, b).
The gas phase auto-ignition propensity decreases substantially with increasing ethanol content, revealing a boost pressure increase of at least 40 60 % under conditions typically relevant for knocking combustion in the end gas.
Comparing p i for each minimal shifting context (NNN|N for +1 shifts, N|NNN for –1 shifts) across genomes, we find that the majority of contexts exhibits a lower propensity for frameshifting with increasing GC content (negative tau in fig. 3).
We observed both kinds of equilibria in subjects and found that, in line with model predictions, the propensity of signaling decreased with increasing signaling costs and decreasing uncertainty on the part of the receiver.
Our results are consistent with published data and associate higher RRBP1 expression in human breast cancer tissues with increasing propensity for tumor formation.
These results demonstrate that all known mutations in neuroserpin that cause polymerization lead to decreased secretion of the mutant protein, and that the defect in trafficking increases with increasing propensity to form polymers.
Likewise, Corbin-Winslow and Shapiro (2002) [ 10] found a linear relationship between increasing comfort levels in discussing CM use with increasing propensity to ask patients about their use of CM modalities.
The amount of secreted neuroserpin decreases with increasing propensity to form polymers: 70% of the wild-type neuroserpin was found in the culture medium and 59, 55, 45 and 38% of S49P, S52R, H338R and G392E neuroserpin, respectively (correlation coefficient R = 0.59).
For the two analogs of the Lo-tracers, BODIPY-SM and -GlcCer (see Fig. 2d,d' and g,g'), association with GPI-mRFP occurred at the optimal temperature for domain formation on erythrocytes (i.e. 20°C for BODIPY-SM vs 37°C for -GlcCer, see Fig. 1C) and at an increasing temperature with increasing excimer propensity.
The direct effect of MB on Tau aggregation is one of the key events in the defense against Tau-induced functional changes since MB's potency decreases with increasing β-propensity of Tau.
