(E, F ) Ringer electron density sampling for the single-conformer models shows peaks representing alternative conformations for (E ) Ser99 and (F ) Leu98.
For each model, the association patterns were similar for the three marker densities, although the number of significant SNPs decreased with decreasing marker densities, and both models showed peaks at similar locations.
Though the low-density model shows peak attrition for Non-STEM workers latest in the lifecycle, all three models show stable attrition past year 5 of the model.
Both GCM models show a peak in 2020, followed by an uneven further development up to 2030, created by the difference in system dynamics.
Finite element models show a reduction in peak stress and deformation in multifunctional panels, compared to a conventional design, when a favourable layout is selected.
Additionally, both the model and the experimental data show peaks where the TetR to EryR ratio is approximately equivalent in around 20 30% of cases.
Both models showed multiple peaks of Nanog expression.
Previously, we have only used DARC to assess complete axotomy but interestingly, in that model, we also showed peak apoptosis to occur at 7 days, suggesting a similar temporal profile and course of RGC death.
It is a notable feature of these results that for both system dynamics, the SG model show a peak code knowledge in 2015 followed by a steady decline towards 2030.
When compared to the baseline model, the optimized models show substantial improvement, increasing the specific energy absorption by 65% or reducing the peak force by over 55%.
