Table IV.
Postboundary temporal scope of effect on C2: [C1 C2 C3 | ||||
---|---|---|---|---|
C2 closing movement duration | C2 closing movement time-to-peak-velocity | C2 opening movement duration | C2 opening movement time-to-peak-velocity | |
Subject A
n=24 |
t=4.229, p=0.0003
Control: 76 (5) Test: 68 (4) |
t=7.317, p<0.0001
Control: 45 (4) Test: 35 (2) |
t=4.095, p=0.0005
Control: 86 (13) Test: 64 (13) |
n.s.
Control: 31 (3) Test: 31 (6) |
Subject D
n=18 |
t=4.283, p=0.0006
Control: 98 (7) Test: 84 (8) |
t=3.908, p=0.0013
Control: 56 (7) Test: 44 (6) |
t=6.494, p<0.0001
Control: 82 (6) Test: 67 (3) |
t=3.599, p=0.0024
Control: 45 (8) Test: 34 (5) |
Subject E
n=22 |
t=3.551, p=0.002
Control: 88 (7) Test: 80 (4) |
t=3.691, p=0.0014
Control: 55 (9) Test: 45 (5) |
t=8.011, p<0.0001
Control: 96 (10) Test: 65 (9) |
t=4.58, p=0.0002
Control: 40 (5) Test: 32 (3) |
Subject J
n=20 |
t=2.240, p=0.0379
Control: 69 (2) Test: 65 (5) |
t=3.176, p=0.0052
Control: 36 (2) Test: 33 (3) |
t=6.484, p<0.0001
Control: 62 (8) Test: 40 (6) |
t=7.131, p<0.0001
Control: 32 (3) Test: 21 (4) |
Postboundary temporal scope of effect on C3: [C1 C2 C3 | ||||
C3 closing movement duration | C3 closing movement time-to-peak-velocity | C3 opening movement time-to-peak-velocity | ||
Subject A
n=24 |
t=3.501, p=0.002
Control: 84 (7) Test: 74 (7) |
t=4.357, p=0.0003
Control: 47 (6) Test: 37 (4) |
n.s.
Control: 80 (7) Test: 76 (14) |
|
Subject D
n=18 |
t=4.233, p=0.0006
Control: 90 (7) Test: 70 (13) |
n.s.
Control: 40 (6) Test: 39 (2) |
t=2.473, p=0.025
Control: 54 (5) Test: 49 (4) |
|
Subject E
n=22 |
t=6.279, p<0.0001
Control: 91 (6) Test: 77 (4) |
t=4.220, p=0.0004
Control: 50 (9) Test: 37 (3) |
t=3.606, p=0.0018
Control: 73 (5) Test: 65 (6) |
|
Subject J
n=20 |
t=5.348, p<0.0001
Control: 115 (18) Test: 81 (9) |
t=2.107, p=0.0494
Control: 38 (7) Test: 33 (3) |
n.s.
Control: 62 (16) Test: 54 (3) |