1 All
statistical analyses were adjusted for mean putamen binding.
2 serologically diagnosed cases, and appropriate descriptive
statistical analyses were applied.
3 The responses used in the
statistical analyses were body mass index (BMI), waist circum
4 Statistical analyses were carried out in STATA using the biva
5 Statistical analyses were carried out with ANOVA and multiple
6 Main
statistical analyses were conducted on the basis of intention
7 Statistical analyses were conducted to assess the performance
8 Statistical analyses were conducted to determine significant
9 Statistical analyses were conducted to identify phenotypic an
10 Statistical analyses were conducted using ANOVA with a post h
11 Statistical analyses were conducted using linear regression.
12 Statistical analyses were conducted using the Regression Anal
13 The
statistical analyses were conducted using the repeated measur
14 ed-to-voxel analysis was performed, and the following three
statistical analyses were conducted: (i) FC comparisons betwe
15 At the trial level, the most common
statistical analyses were descriptive (24 trials [96%]), foll
16 Statistical analyses were designed to help correct for possib
17 Statistical analyses were done using SPSS version 14 and Pris
18 Multivariate and univariate
statistical analyses were employed to find potential biomarke
19 Processing of diffusion tensor imaging (DTI) data and
statistical analyses were harmonized across sites and effects
20 Statistical analyses were performed (P </=0.05).
21 Statistical analyses were performed at single subject level a
22 The
statistical analyses were performed between January and Novem
23 Statistical analyses were performed by Pearson's chi-squared
24 All
statistical analyses were performed by SPSS statistical softw
25 Statistical analyses were performed by using GraphPad softwar
26 Statistical analyses were performed by using nonparametric te
27 Statistical analyses were performed by using simple binomial
28 Statistical analyses were performed by using the chi(2) test
29 Statistical analyses were performed controlling for both TSPO
30 Statistical analyses were performed from December 1, 2015, to
31 Statistical analyses were performed in October 2016.
32 Statistical analyses were performed of the clinical, laborato
33 Various
statistical analyses were performed on eleven datasets corres
34 Statistical analyses were performed to correlate clinical pre
35 Univariable and multivariable
statistical analyses were performed to determine statistical
36 Univariable and multivariable
statistical analyses were performed to determine the associat
37 Statistical analyses were performed to determine whether chan
38 Statistical analyses were performed to evaluate risk of morta
39 Statistical analyses were performed to measure association be
40 Statistical analyses were performed using non-parametric biva
41 Statistical analyses were performed using non-parametric Krus
42 Statistical analyses were performed using R packages.
43 Statistical analyses were performed with Cox regression and a
44 Statistical analyses were performed with P < 0.05 as signific
45 All
statistical analyses were performed with STATA (version 14 IC
46 High-dimensional
statistical analyses were performed, all models were adjusted
47 Univariate
statistical analyses were performed, and each significant par
48 Statistical analyses were undertaken with standard log-rank-t
49 Statistical analyses were used to determine microbiological a
50 children aged 9-11 years from 12 countries, and multilevel
statistical analyses were used, including both child- and sch