The differential equations of the model, which we used to simulate psd module behavior, are given in Additional file 1: Figure S5A.
In silico modeling of psd module behavior increased understanding of its characteristics.
Site directed exchanges in the degron part of the psd module did not result in a dramatic change of the psd module behavior.
For example, in the case of heterologous gene expression modules, certain arrangements of the selection marker and the gene expression cassette may have unintended consequences that limit the predictability and interpretability of module behaviors.
After that, each module was classified into a specific developmental stage and most of the genes in each module showed consistent overexpressed behavior in corresponding developmental stage.
Thus, the search can be guided directly towards the modules of interest, for example, modules that show coherent behavior in a subset of conditions.
This paper presents a novel flexure beam module with improved constraint behavior in beam-based flexure mechanisms.
Such an in-depth cross-modular study allows the development of a theory in which assumptions made about the behavior of a given feature in one module bear on possible assumptions about its behavior in other modules.
The models were extended for the first time to simulate flow in spacer filled curvilinear channels, which could be useful in understanding the fluid behavior in spiral modules.
The PV modules have a very homogeneous behavior in term of their temperature.
