Analytical predictions were also presented to predict the compressive strength and stiffness of Y-shaped core, which were compared with numerical results and experimental results.
The study showed that climate models with the higher-end predictions were also those that more accurately predicted changes in tropical humidity.
Finally, a number of annotated proteins (of both known and unknown function) predicted to function as methyltransferases based on structural predictions were also screened for activity toward histone H2B lysine 37, including the following: Trm12, Mtq1, Ylr137w, Ynl092w, Mni1, Ybr271w, Tae1, Ymr209c, Ylr063w, Ybr141c, Crg1, Yjr129c, and See1 [67], [68], [69], [70], [71], [71].
For comparison purposes, we also determined the expression of two other genes, IL-10 and bFGF, predicted as targets for miR-140 (bFGF) and miR-27a (IL10); these predictions were also obtained by the same five computational programs as described above.
Comparisons between experimental data and model predictions were also reported.
The predictions were also compared with the experiments and the results showed good agreements.
The theoretical predictions were also consistent with all the available experimental data.
High-enriched uranium (HEU) predictions were also made with the benchmarked models.
In addition, docking analysis and in silico ADMET predictions were also carried out.
The fabrication processes for composite specimens designed by theoretical number simulations and predictions were also studied.
The effects of cross-shear and creep on wear predictions were also considered.
