In the model, the two differential equations describing induction of GPROD and TAG were coupled directly to elevations in nuclear and synaptic Ca2+ respectively.
(45) and (46), we obtain a dynamic model which comprises two differential equations, z ˙ = F ( z, r ¯ ; i a ), (47a) r ¯ ˙ = R ( z, r ¯ ; i a ).
Although the LTI model has only two differential equations describing three major feedbacks, it revealed that the dynamics of the osmo-adaptation response are mainly controlled by the fast Hog1-dependent negative feedback loop and suggested that changes in gene expression have a minor effect on Hog1 response.
The system is modeled by the two differential equations: (6) (7) All results are found using 4th-order Runge-Kutta integration.
A mathematical model of five differential equations predicts the molar concentration of the relevant species in the batch reactor.
A dynamic model of six differential equations that takes into account transient changes of the gas phase concentration of H2, O2 and H2O as well as of the surface coverage of adsorbed hydrogen, oxygen and nickel oxide has been developed.
With these new features, we obtained a compartment model of six differential equations.
The relative effectiveness of random HIV screening and contact tracing was analyzed by Hyman et al. [ 37] using two differential equation models: the differential infectivity model and the staged-progression model.
In baySeq, two differential expression models, one for population, the other for sex, were taken into account when estimating the posterior probabilities for all genes to be differentially expressed.
Due to the NP-hardness of the presented model, two meta-heuristic algorithms, namely hybrid differential evolution and hybrid imperialist competitive algorithm, are developed.
