This model predicts similar failure probability results to those observed experimentally.
It was found that in the case of perfectly mixed, homogeneous feed the model predicts similar or better results than earlier one-paramete models.
Our model predicts similar trends if host susceptibility, recovery, or infectivity are controlled by multiple loci.
Table 3 shows that the model predicts similar mortality risks for males and females.
Thus, in contrast to the non-linear SETAR model, the linear model predicts similar effects of climate and climate change on relatively small and large populations, predicts that the population is relatively stable, and suggests that population fluctuations will be relatively small.
Although the presented model predicts similar curves to the ones already used to approximate the experimental Ca2+-CaM-target dose-response data using the Hill and Adair models, it allows a far more detailed interpretation of the Ca2+-CaM dependent interactions involved.
