In second stage, protein-DNA binding mode is predicted by using the prediction results of the previous stage.
To analyze the evolution trend of the anti-dip slope, the subsequent toppling failure mode is predicted using the validated CDEM models.
A dispersive flexural wave mode is predicted numerically for the single fiber during transverse impact due to its finite longitudinal shear modulus.
For linear volume gradients of methanol in water (5 95% in volume) and a maximum pressure of 250 bar, the same peak capacity as that in cF mode is predicted in cP mode.
We present examples of in silico discoveries of tyrosine kinase inhibitors and bromodomain antagonists whose binding mode was predicted by automated docking and further corroborated by MD simulations with final validation by X-ray crystallography.
A smooth transition of the critical mode is predicted as the volume fraction of the top layer changes, linking surface instability of a homogeneous layer to thin film wrinkling as two limiting cases.
The material failure in each mode was predicted using the Hashin criteria, and it was concluded that, even though some layers failed by delamination or matrix failure in the transverse direction, the overall structure was safe under the service condition even after impact.
The possible HSA paeoniflorin binding mode was predicted by molecular docking software AutoDock.
Allen et al. [78] observed a ν1(O=U=O) peak at 813 cm-1 in Raman spectra of aqueous UO2 CO3 34-; this vibrational mode is predicted to be at 871 cm-1 in these model calculations (average of two modes at 865 and 877 cm-1).
