Sentence examples for dynamics of these models from inspiring English sources
Studies on the dynamics of these models are under consideration and will be reported somewhere else.
We carry out a detailed study of the stochastic dynamics of these models and show that miRNA can affect both the amplitude and the frequency of oscillations.
However, further refinement of the homology models, including more extensive membrane-embedded simulations, could help in the more robust exploration of the conformational stability and dynamics of these models.
To put them in motion, a number of software tools to simulate and subsequently analyze the dynamics of these models have been developed (e.g., E-Cell [ 7], CellDesigner [ 8], Dizzy [ 9], Cellerator [ 10, 11], Virtual Cell [ 12], etc).
As a complement to existing graph analyses, The Cell Collective deals with dynamical models – ones that can be put in motion via computer simulations – and hence focuses on the visualization of the dynamics of these models via simulations, and susbsequent analyses (e.g., input-output relationships).
The goal was to provide insight into the growth dynamics of these model organisms that could eventually be generalized to inform research on human development.
In particular, our results imply essential self-adjointness of the generator of the stochastic dynamics for these models.
Based on carefully numerical simulations, bifurcations and the possible chaotic motions for these two models are represented to show the combined effects of nonlinearities on the dynamics of these two models.
We will make use of some of the specific Petri net tools to check this model, but use ODEs and stochastic processes in order to study the dynamics of these mechanistic models.
The model ℳ(14, 25, 33) is a reduction of ℳ 39, 65, 90), therefore the dynamics of these two models is very similar.
