However, in the three scenarios we have considered, we find that highly ranked associations stay that way, suggesting that these associations warrant further investigation.
When the additional influence of directed migrations under chemotactic environments are considered, we find that tumor growth and invasive morphology are supported while the tumor is distant from the source, but are progressively discouraged as the tumor converges about that source.
When only euascomycete species were considered, we found that gene duplicates associated with following six terms were over represented among pathogens, again controlling for an FDR of 20%: "hydrolase activity," "extracellular region," "carbohydrate metabolism," "nucleobase, nucleoside, nucleotide and nucleic acid metabolism," "carbohydrate binding" and "catalytic activity" (Table 2).
For the cases we consider, we find that in the presence of mutual coupling, soft AS can always achieve superior performance as compared to hard AS.
When only spatial information is considered, we find that in some cases the uniqueness of the mobility data can still get close to 100%.
When only those genes with a predicted function are considered, we find that the human louse p-endosymbiont is losing 2.7 genes/my and the chimpanzee louse p-endosymbiont is losing 1.79 genes/my.
Although in both cases a similar root layout was used and similar kinetic parameters and cell sizes were considered, we find that in the first case the gradient is determined by diffusion and decay, while those parameters do not play a role in the second case.
Overall, and on average across the algorithms we considered, we found that this combination was the most successful, with prediction accuracies typically improving by over 1%.
Interestingly, when headache frequency was considered, we found that non-migrainous headache <7 days/month was 18% more likely among individuals with high caffeine consumption than among those with lowest consumption.
The results from the present study need to be carefully considered; we found that compared to non-swimmers, swimmers have wider, more harmonious dental arches, with less crossbite and open bite, and with moderate crowding; this is accompanied by significantly limited incidence of oral habits.
