If a more closely related outgroup was available the use of more complex codon based models could be beneficial in resolving the apparent conflict.
Homology based modelling could be performed only on 11 malarial phosphatases, with conserved domain region present in the models (Data not shown) while the remaining 7 do not contain conserved domain region in the homology based models, especially in the cases where query sequence similarity with the template is poor.
Therefore, ABC-MARS-based model could be easily implemented to predict pressure drop with minimal input parameters for other filtering materials used in microirrigation media filters.
On the other hand, the iPRSV-based model could be the solution of choice for applications requiring maximum computational efficiency such as, e.g., the process-level simulation of parabolic troughs solar collectors.
Alternatively, an agent-based model could be used to evaluate the ideal sampling strategy for genetic ape surveys while accounting for the grouping patterns of apes, the variation in habitat types, ape density and sampling area.
This state-based model could be replicated in other areas of the border and reinforced with federal policies.
From a mechanical point of view, it is likely that a strain-based model could be the most appropriate to describe tissue failure, as suggested in other studies on cortical bone where a strain-controlled failure was proposed [ 46].
This suggests that the accuracy of the pair-based model could be increased by first generating the representation graph for the particular network and initial conditions prior to numerically solving the pair-based model.
Therefore, a different approach for understanding the codon-based model could be interesting, especially when such an approach can partially bridge the gap between the analytical approaches to TASEP and numerical simulations.
The human anti-EC Kim-1 Mab binds to the same domain of rat's Kim-1, leading to a conclusion that experimental results based on rat's model could be seriously taken into concern for extrapolation to humans [ 26].
