The mathematical simulation showed that for the on→off situation a much lower concentration of the inducer was needed to switch off the system and decrease the probability of a given cell being in the 'HIGH' fraction.
Dr Mamajek said mathematical simulations show such an event occurs on average about once every nine million years.
Mathematical simulations show that the computed transformation parameters are sensitive to both the position errors in the 3-D catheter coordinates and to the spatial distribution of the catheter-mounted transducers.
In agreement with our experimental data, the mathematical simulations showed that the coordinated oscillations of the active populations of Teff and Treg cells have amplitudes for Teff at least 4 times larger in average than Treg (Table 1).
In the same way, the ideal core-shell structure model of NCs, which is shown in Figure 4d, is analyzed by conventional mathematical simulation, as shown in Figure 4f.
The mathematical simulation has showed a quick recovery of CFUs-G/M by vigorously cycling HSCs and MPPs just after irradiation, but the emergent situation settled down as the frequencies of committed cells reached a normal level.
First, we conducted mathematical simulations to show that NDPI is mathematically robust and performs superior to NDVI for differentiating vegetation from the background, theoretically justifying NDPI for spring phenology monitoring.
Through mathematical simulations, we showed that such mutual inhibitory structures can enable exclusive spatial expression of gap genes.
The results of CFD simulations using the mathematical model show a good agreement with experimental results.
Simulation results for a validated mathematical model show the feasibility of the approach.
