Table S4A. Complete-case analysis of jump outcomes (Only participants with complete PRE and POST data under all three conditions were included). |
| Jump type |
Outcome |
Unit |
n |
F(df1, df2) |
p value |
| CMJ |
Jump height |
cm |
17 |
0.032 (2, 16) |
0.968 |
| CMJ |
Modified reactive strength index |
m·s-1 |
17 |
0.115 (2, 16) |
0.892 |
| CMJ |
Relative peak positive power |
W·kg-1 |
17 |
1.152 (2, 16) |
0.341 |
| CMJ |
Relative mean propulsive power |
W·kg-1 |
17 |
0.059 (2, 16) |
0.943 |
| CMJ |
Relative propulsive impulse |
N·s·kg-1 |
17 |
0.014 (2, 16) |
0.986 |
| SJ |
Jump height |
cm |
15 |
0.317 (2, 14) |
0.733 |
| SJ |
Modified reactive strength index |
m·s-1 |
15 |
0.385 (2, 14) |
0.688 |
| SJ |
Relative peak positive power |
W·kg-1 |
15 |
0.045 (2, 14) |
0.956 |
| SJ |
Relative mean propulsive power |
W·kg-1 |
15 |
0.229 (2, 14) |
0.799 |
| SJ |
Relative propulsive impulse |
N·s·kg-1 |
15 |
0.338 (2, 14) |
0.719 |
|
Values are unadjusted overall condition-effect tests based on PRE-to-POST changes. CMJ, countermovement jump; SJ, squat jump. |
|