fMRI Investigation of Cortical and Subcortical Networks in the Learning of Abstract and Effector-Specific Representations of Motor Sequences

Table S1a: Main Effects of Repeated Measures ANOVA____________________

_______Accuracy_______

_____Response Time_____

Sequence Tasks___________________________________________________

Setting_______________

F(3,39) = 2.81

p = 0.052

F(3,39) = 21.798

p < 0.0001

Stage_____________

F(2,26) = 98.88

p < 0.0001

F(2,26)= 52.948

p < 0.0001

Setting x Stage

F(6,78) = 1.408

p = 0.22

F(6,78)= 3.88

p < 0.005

Follow Task___________________________________________________________

Experiment________

F(1,13) = 0.829

p =0.379

F(1,13) = 0.02

p = 0.89

Stage_____________

F(2,26) = 0.899

p = 0.419

F(2,26) = 2.64

p = 0.09

Experiment x Stage

F(2,26) = 1.082

p = 0.353

F(2,26) = 0.671

p = 0.52

Setting (4): NormalM, Motor, NormalV, Visual

Stage (3): Early, Intermediate, Late

Experiment (2): Motor-Normal, Visual-Normal___________________________________________________

Table S1b: Post-hoc means comparison for Sequence Tasks

______Accuracy______

Response Time

Early Vs Late

F(1,78)

p___________

F(1,78)

p___________

NormalM

25.20

<< 0.0001

43.46

<< 0.0001

Motor_______

35.36

<< 0.0001

82.50

<< 0.0001

NormalV

25.94

<< 0.0001

44.99

<< 0.0001

Visual________

68.29

<< 0.0001

143.40

<< 0.0001

Table S1c: Post-hoc means comparison for Sequence Tasks__________________

__________Accuracy__________

________Response Time________

______Early______

______Late______

_______Early_______

______Late______

F(1,78)

P______

F(1,78)

p_______

F(1,78)

p_________

F(1,78)

p_______

Nm Vs M

0.60

0.44

0.02

0.88

12.82

< 0.001

1.19

0.28

Nv Vs V

13.00

< 0.001

0.19

0.66

74.46

<< 0.0001

11.30

< 0.005

M Vs V

7.53

< 0.01

0.18

0.67

41.05

<< 0.0001

12.36

< 0.001

Nm Vs Nv

0.01

0.93

0.03

0.87

1.84

0.18

1.55

0.22

Nm: NormalM, M: Motor, Nv:NormalV, V: Visual____________________________________________________