Figure 1d shows the resulting probability density function of travel distances, compared with that obtained by using a model depending only on the distance, namely Eq. (2), used for modelling the transmission in the general population.
Under the time-series design with four pollutants, the multivariate vector X t (t=1,…,400) corresponding to daily exposure measurements on a period of 400 days was generated by an autoregressive model depending on previous 10 days.
The agreement between the simulation and the experimental data is qualitatively and quantitatively good with the transient behaviour of phosphorylated proteins being well captured by the dynamic model depending on the different stimuli and inhibitors (trajectories available in the Supplementary Figs S33 S36).
The public health benefit suggested by our model depends on an assumed marked increase in adherence to secondary prevention therapy through use of the polypill, based on the UMPIRE study, which demonstrated that a 20% increase in adherence is possible.
As observed experimentally (Liu et al. 2008; Tozer et al. 2008), the location and magnitude of the optimal survival predicted by the model depended on gap size, following a hump-shaped pattern with increasing gap size.
As the dipole moments and forces given by this model depend on the length scale of the current distribution, a sensitivity analysis is performed to reveal a proper choice of this length scale.
The quality of quantitative results obtained by this model depends on the precision of knowledge of the 4 mentioned parameters.
The prediction of O2 uptake by the model depended highly on the interaction between MC and W/BA ratio.
Field observation for the present-day simulation confirmed that erosion and associated sediment deposition predicted by the model depend, as expected, on geomorphology and land use.
The band gaps predicted by the new model depend on the microstructure and surface elasticity of each constituent material, the unit cell size, the rotational inertia, and the volume fraction.
