Confidence intervals (CIs) for the mean difference were derived by Welch's t-tests abased on the available data: N = 7,382 (Total), 1,635 (BOT observed)), 5,747 (BOT(not observed)) Legend: BOT basal supported oral therapy.
For each study, standardized mean difference was derived by dividing the mean change in the inflammatory cell concentration at follow-up visit from the baseline visit between intervention and control groups by a pooled standard deviation of the mean change [ 15, 16].
The numerical expression of these differences was derived by means of the FWHM, which was determined for a hole diameter of 1.3 mm.
The absolute differences in geometric means for HOMAIR and fasting glucose concentration between the groups were calculated for each model, using the mean value for continuous predictors and the reference level for any categorical variables; 95% CIs for the differences were derived by bootstrapping.
A WB analysis means that reported significant regional structural differences are derived by comparing areas of activation globally across the whole brain, and unlike ROI analysis, is not limited by specific brain regions that have been previously determined (often based on previous literature).
In this paper, the solvability of the periodic problem on difference equations with double resonance is first studied and the "unique continuation property" of the second-order difference operator is derived by proving Lemma 3.4.
Note that the usual ways of constructing the fitted operator methods need the fitting factor to be incorporated in the standard finite difference scheme and then it is derived by requiring that the scheme be uniformly convergent.
Accordingly, the formula for calculating the parameter increment for the guide line is derived by the difference scheme on the mesh surface and an accuracy improvement method is proposed based on the edge curve interpolation for determining the cutter contact (CC) point.
In the presence of two primary plate waves (Rayleigh-Lamb or shear horizontal modes) propagating in arbitrary directions, an explicit expression for the modal amplitude of nonlinearly generated wave fields with the sum or difference frequency of the primary modes is derived by using the perturbation analysis.
An important difference is that eq. 15 is derived by neglecting the inertia term from the equation of motion in order to reduce the analysis to a first order DDE.
Finally, the interaction term is derived by formulating the difference between the actual values and the values predicted by the individually developed terms.
