A new strategy for determining the 17O-bearing ion correction is presented, for application where the oxygen three-isotope characteristics of the analyte CO2 are accurately known (or assigned) in terms of the slope λ of the three-isotope fractionation line and the ordinate axis intercept 103 ln(1 + k) on a 103 ln(1 + δ17O) versus 103 ln(1 + δ18O) plot.
However, the FDR correction is not suitable for application to enrichment analysis because FDR has a high variability and should be applied to a larger number of p-values than those generated by enrichment [ 41].
In this paper, we have described four extensions to decision curve analysis: correction for overfit, confidence intervals, application to time-to-event data and application to data sets where outcome or predictor data are unknown.
In this paper we present several extensions to decision curve analysis including correction for overfit, confidence intervals, application to censored data (including competing risk) and calculation of decision curves directly from predicted probabilities.
By the aforementioned formula (2) we developed our ruler for application in the correction osteotomy opertation.
Therefore, the ionospheric modeling has been investigated for last few decades to develop an accurate ionospheric correction for single-frequency receiver applications.
Simulations of climate change available from global and regional climate models require downscaling and bias correction for hydrological or ecological applications.
Inconsistencies in results between the present and previous studies could be due to differences in sample characteristics and dissimilarity in the application of correction for multiple testing.
In this paper we present four extensions to decision curve analysis to address each of these issues: correction for overfit, calculation of confidence intervals, application to censored data and application directly to predicted probabilities.
A number of the new created chromosomes may be not necessarily applicable, and so they need some corrections for more reliable application.
