Docking calculations and crystal structure-based estimation of the essential dynamics of TSs from five different species show that differences in the dynamics of TSs make the active site more accessible to α156 in the prokaryotic than in the eukaryotic TSs and thereby enhance the specificity of α156.
This selection of frequency bands was performed to show explicit differences in the dynamics between the two highly different regimes.
Moreover, differences in the dynamics of extracellular ATP metabolism in different cellular models or hypoxic conditions could also contribute to the differences between both studies.
The results show that though the proportional and non-proportional models predict similar epidemics for a few different vaccination scenarios, there are regimes under which important differences in the dynamics of the two models are observed.
Our goal is to detect differences in the dynamics of the TCR/pMHC complexes originating from different MHC molecules (HLA-alleles B∗44:02, B∗44:03, and B∗44:05).
Starting with the top panel in Fig. 4, we observe that there are significant structural differences in the dynamics of the short rate due to the different interpolating functions; this is mostly visible when looking at the averages and the percentile lines.
In addition to intrinsic differences in the dynamics of the two pandemic scenarios (induced by different values of R0, max and of GI duration), the two-waves or one-wave patterns are partly due to seasonal forcing.
TDS enabled the identification of differences in the dynamics of the sensory characteristics of the juices formulated with different sweeteners, which had not been identified using static measurements.
TGF- α and EGF asynchronous plots are also quite different from the asynchronous plots shown for AR, HB-EGF, and ER, suggesting differences in the dynamics of exchange (Figs. 10, B and D, and 11, B, D, and F, respectively).
The two models for the clavata1-1 mutant differ in the direct mechanism of the mutant, but they also predict other differences in the dynamics of the stem cell regulating network.
But there are several key differences in the dynamics between the three major players in this crisis -- the state, the city and the union -- this year as compared with 1999.
