This modification allows the porosity evolution of the membrane to be predicted under a variety of EPD processes.
Once determined, the motion and/or deformation of engineering bodies can be predicted under a given set of loading and boundary conditions for a specified body.
With novel advanced techniques like modelling and simulation, the performance of these coatings can be predicted under a wide range of loading conditions.
The binned spike trains obtained from these models exhibit stronger higher-order spike count correlations than could be predicted under a pairwise maximum entropy Ansatz from the first- and second-order statistics alone.
Given that recent studies find that polyandry in internal fertilisers can carry benefits in the absence of biases in paternity [such absences in paternity bias would not be predicted under a 'good genes' or 'incompatibility avoidance' scenario 11], [12], [13], we suggest that the potential role of genetic diversity in polyandry studies requires more attention.
D is equal to 0 if the component is distributed exactly as would be predicted under a Brownian motion model of gradual divergent evolution (i.e. strong phylogenetic signal).
As a whole, these results are in line with what would be predicted under a model of mosaic evolution of brain structure [ 1, 12], since there are clear signals of independent evolution for at least for two of the six brain structures analyzed here.
Affected individuals do not present with a specific core phenotype as may be predicted under a monogenic model, but instead show extensive heterogeneity in the severity and nature of impairment between affected individuals, as is typical of complex genetic forms of SLI.
Furthermore, as would also be predicted under a mosaic model of evolution, our results suggest that specific structures can be the target of selection, rather than all structures changing in size simultaneously, since the second and third principal components appear to separate species based on sensory specialization.
As would be predicted under a mosaic model of evolution, differential growth of structures during the late-larval and juvenile periods has been suggested to produce distinct types of brain organization in cyprinids, probably related to different sensory capabilities [ 1, 30, 34].
