Sentence examples for assigned a higher likelihood from inspiring English sources

The latter case results in EDs that are less busy assigned a higher likelihood of patients being redirected there.

End-points for which the model agrees well with the goal-point model should be assigned a higher likelihood in our map than end-points at which the appearance of the poles is less similar.

That the Ernst campaign might be assigning a higher likelihood to a foul-up than they are to Ernst persuading these newspaper editors to support her policy preferences is perhaps telling.

It should also be noted that the method of obtaining comprehensibility ratings (i.e. first providing the meaning and then asking experts how likely they would be to guess that meaning) might have introduced a 'hindsight' bias – the finding that participants tend to assign a higher likelihood of occurrence to outcomes that they have been told are true (Fischoff 1975).

Thus, assigning a high likelihood score for gene pairs that co-express highly but are not in protein biosynthesis would be misleading.

These pioneering studies interestingly converge on assigning a high likelihood to the patchwork model, nevertheless they have some limitations: both analyse E. coli, a prokaryotic organism in which the widespread phenomenon of lateral gene transfer, particularly affecting proteins involved in metabolism [ 42], can compromise the reliability of the homology inference.

Additionally, the differences in reliability of the training variants due to the different experimental designs were also considered for training of the VQSR models; variants from the experimental cross were assigned a higher prior likelihood of being correct than those from the association panels.

The larger the AUC, the higher the likelihood that an actual positive case will be assigned a higher probability of being positive than an actual negative case.

Results of the likelihood ratio tests for a molecular clock indicated that Peruvian YFVs in different subclades are evolving at different rates; trees constructed under the null model, allowing for rate heterogeneity, were assigned a statistically higher likelihood score than trees reconstructed with the molecular clock enforced.

However, when we examined only demented subjects without severe AD-related pathology (Braak's AD stage V-VI), 85% were assigned to a high likelihood category of DLB.

Notably, when only demented subjects were included in the analysis and the subject with severe AD-related pathology (Braak's AD stage V-VI) were excluded, 85% (45/53) were assigned to a high likelihood category of DLB.