Evidences of the importance of tissue heterogeneity, specifically of nonconductive cells, on spiral genesis and breakup were already presented in a theoretical study using simple models based on cellular automata [ 23].
In a theoretical study using a one-dimensional stepping-stone model, strongly cooperating partners also appeared much more mixed than competing partners (Korolev and Nelson, 2011).
A previous theoretical study using a linear nonequilibrium thermodynamic mathematical model suggested that dynamic mechanical stress plus anticancer drugs in the presence of healthy cells leads to high cancer cell death [ 10].
A theoretical model study using the modified Callaway model is also reported here, which was conducted to further investigate the effects of strain and grain size on the thermal transport of the films.
The model provides a basic theoretical framework for this study: using this model, 4 dimensions of MBC were examined: (1) participation, (2) social presence, (3) interaction, and (4) cognitive skills.
This review only identified one study using a theoretical model for child use of CAM.
However, this hypothesis is based on theoretical, nonbiologic studies, using a single compartment model with a test lung [32, 33].
The theoretical study on the mechanism of butane oxidation using model complexes of vanadyl pyrophosphate has been investigated using density functional theory (DFT) method.
Indeed, some evolutionary mechanisms and issues are very general and results about them should be published in generalist journals (especially when they are studied using theoretical models).
A qualitative study using the Theoretical Domains Framework (TDF).
Furthermore, the theoretical model proposed is validated by experimental study using Monte Carlo method.
