Analysing such a curve with the standard ZLC model causes the diffusional time constant to be underpredicted, whereas the adsorption related parameter L is overpredicted.
Imperfect collimation, on the other hand, incorporated into the model causes the destruction of the sharp maximum as happens in experiments.
Our study design, a natural experiment, does not allow us to state that our model causes the reduced admissions and mortality.
This model causes the influence of a common ancestor to decrease exponentially with the sum of branch lengths leading to that ancestor, as a consequence of stabilising selection "erasing" the evolutionary history.
Furthermore, setting the mutation rate to zero in the current model causes the side effects that directly affect the interactions among species, namely, effective dilution and greater catalyst diversity (please see also "Effect of the mutation rate on the evolution").
This is interpreted to indicate that incomplete construction of the positive feedback between Clb2 and Mcm1 in the Mangla, et al.'s model causes the G2 phase to be fragile to perturbations.
