Survival data were analysed first by pairwise ordinal-log-rank tests and subsequently using a series of pairwise binomial tests, both corrected for multiple testing using the false discovery rate (FDR) method, in order to compare each evolved line to the ancestral line at every time point.
Various strategies have been taken to both characterise and correct for the incompleteness of the record (e.g., Coles and Sparks, 2006; Marzocchi and Zaccarelli, 2006; Deligne et al., 2010; Furlan, 2010; Jenkins et al., 2012; Mead and Magill, 2014; Kiyosugi et al., 2015; Rougier et al., 2016) to characterise magnitude-frequency relationships and other properties.
The method only makes use of the NAC-PET image and the Dixon-water image to correct for the artifacts; both are readily available in all PET/MR exams, so the method does not require any extra scan time.
From these data, we derived the measure of relative hand skill (PegQ) for each subject, which was calculated as the difference between the average times for the left hand (L) and the right hand (R), L − R, divided by the average time for both hands combined, (L + R /2, to correct for the overall difference in hand skill between the subjects (19).
1 Before the subtraction of "f" and "g" PL spectra, both were corrected for the contribution from the tail of NCs' emission, which had a Gaussian profile in the spectral region in question.
We present analysis to show that the IDC methods can correct for both the splitting and numerical errors, lifting the order of accuracy by r with each correction, where r is the order of accuracy of the method used to solve the correction equation.
The discrepant PET results could be validated in 57 patients and were correct for both the presence and the extent of malignant disease in 52 (91%) of these patients.
Both curves were corrected for the radioactive decay and residual tracer content in the heart from previous injections.
Applying empirical mode decomposition method, we find the intrinsic mode functions (IMFs) associated with ASM VFM total intensity differences obtained with data both uncorrected and corrected for the disturbance correlated with the Sun incidence angle.
