The ulnar nerve is predicted to show large bed length changes, particularly on elbow flexion.
As such, longer rostra are predicted to show greater magnitudes of stress, reflected in the greater values of stress for the Zebu compared to the Niata.
These materials are predicted to show a phenomenon called the quantum spin Hall (QSH) effect, and belong to a class of materials known as transition metal dichalcogenides, with layers a few atoms thick.
The second consists of bifurcated silver nanowires, predicted to show strong enhancements in the cleft of the bifurcation when excited by light polarized across the cleft.
SiC based hyperbolic media were recently predicted to show super-Planckian thermal emission [32, 33].
In the landslide susceptibility assessment, ten new slopes were predicted to show potential for failure, which can be confirmed by the engineering geological conditions of these slopes.
Particularly for strong interaction, such systems have been predicted to show remarkable properties such as self-trapping [5] or polaron clustering [8].
Thus, any evidence of object-based attention in reaction times would have been compressed in exactly that subset of participants who were predicted to show the largest effect.
Multiple fractions of radiation are predicted to show an even greater benefit in tumor cell killing, since there is a difference in survival with even one fraction.
The results (Table 6) show that the two compounds exhibited minimal degradation when incubated with human liver microsomes and based on the in vitro clearance values, they are predicted to show low-to-intermediate hepatic clearance in vivo.
Using mathematical modeling, SUZ12 and EZH2, regulators of CSCs, were predicted to show high binding affinity to Xist RNA [122], which is further evidence that Xist may function in regulation of CSCs [123].
