We find that the RWs estimated with RSS and wPGP strongly correlate in the case of Models 2 and 3 with Pearson correlation coefficients r = 0.85 (P = 2.2 × 10−16) and r = 0.57 (P = 2.2 × 10−16), respectively (Table 9).
Δ Tm values were strongly correlated with the potency of inhibition against GRK2 and were less strongly correlated in the case of GRK5.
As these sensitivities are highly correlated in the case of GLUT2 and SGLT simulations, they are only useful over a narrow range.
As seen from Fig. 4, the changes of LK1 and LK3 signals with the dilution of nanocomposites are not correlated, thus, in the case of CdS/PVA the signals should be treated as two independent signals.
It is also shown that the magnitude of reaction progress variable gradient |∇c| is negatively correlated with curvature in the case of flame kernels, in contrast to the weak correlation between |∇c| and curvature in the case of planar flames.
Discrete event simulation (DES) can incorporate probability-based assignment of DLT and IE frequency, correlated with cohort in the case of DLT, with time-based events defined by stochastic relationships.
However, the same genes are found to be weakly correlated with CEFs in the case of oxygen shift, indicating that the response of the same genes to different perturbations is not necessarily shaped by a similar control mechanism.
While unusual for FECVs, a P5 lysine residue does appear to be compatible with furin cleavage, so it remains to be determined how noteworthy a P5 lysine residue versus a P5 arginine residue is in the context of a protease switch for FIPV, or whether other mutations correlated with FIPV in the case of this cat.
For example, if respiratory function correlates poorly with QOL in the case of severe chronic obstructive pulmonary disease (COPD) patients, it may be that this is caused by lack of variation in that population of severe patients – i.e., they all endorse almost all items as being problematic Generic QOL scales are sometimes used in cross-sectional studies.
Spinoza did not explain why it was that physical events could be correlated with mental events in the case of a human being but not in that of, for example, a stone.
