Table 1.
Statistical table
| Data structure | Type of test | Power | |
| a | Normally distributed | ANOVA with post hoc Tukey | 1.00 |
| b | Not normally distributed | Kruskal−Wallis with post hoc Mann−Whitney | 1.00 |
| c | Not normally distributed | Kruskal−Wallis with post hoc Mann−Whitney | 1.00 |
| d | Not normally distributed | Mann−Whitney | 0.15 |
| e | Not normally distributed | Mann−Whitney | 0.56 |
| f | Not normally distributed | Mann−Whitney | 0.46 |
| g | Not normally distributed | Kruskal−Wallis with post hoc Mann−Whitney | 1.00 |
| h | Normally distributed | ANOVA with post hoc Tukey | 1.00 |
| i | Normally distributed | ANOVA with post hoc Tukey | 0.66 |
| j | Normally distributed | t test | 0.23 |
| k | Not normally distributed | Mann−Whitney | 0.88 |
| l | Not normally distributed | Kruskal−Wallis with post hoc Mann−Whitney | 0.99 |
| m | Not normally distributed | Kruskal−Wallis with post hoc Mann−Whitney | 0.85 |
| n | Normally distributed | ANOVA with post hoc Tukey | 0.97 |
| o | Not normally distributed | Kruskal−Wallis with post hoc Mann−Whitney | 0.92 |
| p | Normally distributed | ANOVA with post hoc Tukey | 0.63 |
| q | Normally distributed | ANOVA with post hoc Tukey | 0.90 |
| r | Normally distributed | ANOVA with post hoc Tukey | 0.65 |
| s | Normally distributed | ANOVA with post hoc Tukey | 0.61 |
| t | Not normally distributed | Kruskal-Wallis with post hoc Mann−Whitney | 0.60 |
| u | Normally distributed | ANOVA with post hoc Tukey | 0.58 |
| v | Not normally distributed | Mann−Whitney | 0.06 |
| w | Normally distributed | t test | 0.09 |
| x | Not normally distributed | Mann−Whitney | 0.17 |
| y | Normally distributed | t test | 0.12 |
| z | Not normally distributed | Mann−Whitney | 0.33 |
| aa | Not normally distributed | Mann−Whitney | 0.32 |
| bb | Not normally distributed | Kruskal−Wallis with post hoc Mann−Whitney | 0.99 |
| cc | Not normally distributed | Kruskal−Wallis with post hoc Mann−Whitney | 1.00 |
| dd | Normally distributed | ANOVA with post hoc Tukey | 0.71 |
| ee | Not normally distributed | Mann−Whitney | 0.07 |
| ff | Normally distributed | t test | 0.11 |
| gg | Normally distributed | t test | 0.09 |
| hh | Normally distributed | t test | 0.48 |
| ii | Normally distributed | t test | 0.12 |
| jj | Normally distributed | t test | 0.07 |
| kk | Normally distributed | ANOVA with post hoc Tukey | 0.99 |
| ll | Not normally distributed | Kruskal−Wallis with post hoc Mann−Whitney | 0.99 |
| mm | Not normally distributed | Kruskal−Wallis with post hoc Mann−Whitney | 0.74 |
| nn | Not normally distributed | Kruskal−Wallis with post hoc Mann−Whitney | 0.68 |
| oo | Not normally distributed | Kruskal−Wallis with post hoc Mann−Whitney | 0.86 |
| pp | Not normally distributed | Kruskal−Wallis with post hoc Mann−Whitney | 0.70 |
| Not normally distributed | Kruskal−Wallis with post hoc Mann−Whitney | 0.84 | |
| rr | Not normally distributed | Kruskal−Wallis with post hoc Mann−Whitney | 0.95 |
| ss | Not normally distributed | Mann−Whitney | 0.98 |
| tt | Not normally distributed | Mann−Whitney | 1.00 |
| uu | Not normally distributed | Kruskal−Wallis with post hoc Mann−Whitney | 0.66 |
| vv | Not normally distributed | Kruskal−Wallis with post hoc Mann−Whitney | 0.60 |
For each statistical test run in the study, the data structure, statistical test, and power are listed.