For the 10 binary or ordinal covariables in the present study, the correlation of this confounding score with the change in the χ value of frequent hypnotic use when the covariable was added to the regression equation was 0.99.
A partial correlation analysis, controlling for age, revealed a significant correlation for the Mullen standard score with the change in HbO2 in the right pSTS-TPJ region in response to the manual action condition (r = 0.455, P = 0.029, 2-tailed).
In addition, a post-hoc analysis using Pearson's correlation coefficient was conducted between the changes in the JSS and FOSQ total scores with the changes in pain VAS, FIQ total score, PGIC and fatigue VAS.
CSF Aβ1-40 levelshoweded biphasic dependence on CAMCOG scores, with the change-point at a CAMCOG of 90.
Comparisons between the ORIDL scores with the change scores (i.e. the difference between the scores from the first and follow up questionnaires) of the EQOL, MYMOP and SF-12 was assessed by using Spearman's rank correlation coefficient.
CSF phospho-Tau levels showed monotonic but non-linear dependence on CAMCOG scores, with the change point at a CAMCOG of 93.
CSF Aβ1-42 levelshoweded monotonic but non-linear dependence on CAMCOG scores with the change-point at a CAMCOG of 90.
CSF Tau levels showed monotonic but non-linear dependence on CAMCOG scores with the change point at a CAMCOG of 94.
Descriptive statistics were calculated for PR-SMFIS scores, with the change from baseline analysed by a post hoc Fisher's least-square difference test for continuous variables, only if ANOVA showed an overall treatment effect.
Although the effect sizes for FBB-ADHD parameters were somewhat smaller (Fig. 1b), the same profile was observed for parent and teacher ratings (FBB-ADHD total score), with the largest changes being found in the subgroup without prior medication.
