1 the primary end point, and extended Mantel-Haenszel chi(
2)
test was used for three PSA response categories.
2 The family-based
association test was used for an association scan.
3 One-way ANOVA with the post hoc
Bonferroni test was used for group comparison, and linear regression ana
4 The Mann-Whitney U test or the
chi2 test was used for calculating the differences between mean va
5 Dunnett test was used for comparisons of the concentric remodeling gr
6 Fisher
exact test was used for all chi(2) determinations of statistical si
7 The Fisher
exact test was used for all statistical comparisons.
8 Fisher
exact test was used for data analysis.
9 sed for quantitative parameters, the chi(2) or Fisher
exact test was used for qualitative parameters, and kappa statistic
10 Fisher's
exact test was used for categoric variables, and the Kaplan-Meier m
11 Fischer's
exact test was used for survival.
12 Fisher's
exact test was used for the primary end point, and extended Mantel-
13 of quantitative measurements, and the Wilcoxon signed
rank test was used for comparison of qualitative scores.
14 The Wilcoxon rank sum or signed
rank test was used for statistical comparisons between or within g
15 A 2-tailed Wilcoxon signed-
rank test was used for analysis in protocol 2.
16 Wilcoxon signed-
rank test was used for comparison.
17 A Wilcoxon signed-
ranks test was used for comparing PET/MR with PET/CT.
18 Histogram analysis with the Kolmogorov-
Smirnov test was used for objective evaluation of artifacts reduction
19 A chi
square test was used for statistical analysis.
20 sed for all continuous variables and the Pearson chi-
square test was used for categorical variables.
21 Chi-
square test was used for statistic analysis between before and in se
22 Wilcoxon rank
sum test was used for continuous variables and the chi2 test for
23 Wilcoxon rank
sum test was used for continuous variables.
24 The Wilcoxon rank
sum test was used for quantitative comparisons.
25 Paired
t test was used for the statistical analysis.
26 A one-sample
t test was used for within-group analysis; an analysis-of-covar
27 The Student
t test was used for all continuous variables and the Pearson ch
28 The paired Student
t test was used for data analysis.
29 Student
t test was used for statistical analysis, with P<.05 considered
30 The Student
t test was used for statistical analysis.
31 Two-tailed Student
t test was used for statistical analysis.
32 A two-sided paired Student
t test was used for statistical analysis.
33 Student
t test was used for the comparison of the FDs of the two groups
34 The Students'
t test was used for statistical analysis.
35 Unpaired
t test was used for comparison of patient age with and without
36 The paired
t-
test was used for statistical analysis with a 0.05 significan
37 The ANOVA/
Tukey test was used for statistical analysis (alpha = 5%).
38 A quantitative
turbidimetric test was used for the measurement of serum hsCRP levels, and
39 Mann-Whitney
U test was used for comparison among groups and Wilcoxon test f
40 Mann-Whitney
U test was used for comparisons in sex and age.
41 The nonparametric Mann-Whitney
U test was used for comparisons of variables.
42 llis test was used for significance, and the Mann-Whitney
U test was used for pairwise comparison of the groups.
43 The Mann-Whitney
U test was used for statistical analysis.
44 Non-parametric Mann-Whitney
U test was used for within-group comparisons of disease resolut
45 Analysis of
variance test was used for statistical comparison between groups, wher
46 sed for comparison of lipid profile, whereas Kruskal-
Wallis test was used for comparison of FMD and PISA scores among the
47 The Kruskal-
Wallis test was used for significance, and the Mann-Whitney U test w
48 The Mann-
Whitney test was used for microbial analyses, and P values were adjus
49 The Mann-
Whitney test was used for quantitative parameters, the chi(2) or Fish
50 The Mann-
Whitney test was used for statistical analysis of the median values o