Figure A6. Quantification graphs for controls stimulated ... maps, time... · Time -3000 to -2000ms -2000 to -1000ms -1000 to 0ms 0 to 1000ms 1000 to 2000ms 2000 to 3000ms 3000 to

A20

**** **** **** **** ****** **** **** **** **** ******* ****

**** **** **** ****

Figure A6. Quantification graphs for controls stimulated in the right hemisphere – Right arm elevation assessing the power of lower alpha, higher alpha and beta in both conditions: pre-cTBS and post-cTBS.

A21

*** ** ************* **** ****

*** ************

********

Figure A7. Quantification graphs for controls stimulated in the left hemisphere – Right arm elevation assessing the power of lower alpha, higher alpha and beta in both conditions: pre-cTBS and post-cTBS.

A22

************

************

** ******** **** **** ** ****

**** **** *

Figure A8. Quantification graphs for controls stimulated in the right hemisphere – Left arm elevation assessing the power of lower alpha, higher alpha and beta in both conditions: pre-cTBS and post-cTBS.

A23

** **************** **********

************

******* ****

********

Figure A9. Quantification graphs for controls stimulated in the left hemisphere – Left arm elevation assessing the power of lower alpha, higher alpha and beta in both conditions: pre-cTBS and post-cTBS.

A24

**************** **** ********

********

***** **** **

Figure A10. Quantification graphs for controls stimulated in the right hemisphere – Both arms elevation assessing the power of lower alpha, higher alpha and beta in both conditions: pre-cTBS and post-cTBS.

A25

**** ***** **** ****************

********

************************

Figure A11. Quantification graphs for controls stimulated in the left hemisphere – Both arms elevation assessing the power of lower alpha, higher alpha and beta in both conditions: pre-cTBS and post-cTBS.

A26

******

**** ***************

************

********

***

Figure A12. Quantification graphs for controls stimulated in the right hemisphere – Right hand opposition assessing the power of lower alpha, higher alpha and beta in both conditions: pre-cTBS and post-cTBS.

A27

****** *** **** *****************

********

********************

****

Figure A13. Quantification graphs for controls stimulated in the left hemisphere – Right hand opposition assessing the power of lower alpha, higher alpha and beta in both conditions: pre-cTBS and post-cTBS.

A28

******* ** ********

****************************************

********

Figure A14. Quantification graphs for controls stimulated in the right hemisphere – Left hand opposition assessing the power of lower alpha, higher alpha and beta in both conditions: pre-cTBS and post-cTBS.

A29

************

****

**************** *

**

**

**

****************

Figure A15. Quantification graphs for controls stimulated in the left hemisphere – Left hand opposition assessing the power of lower alpha, higher alpha and beta in both conditions: pre-cTBS and post-cTBS.

A30

******** * ************* ********

**** ** ** *

Figure A16. Quantification graphs for controls stimulated in the right hemisphere –Both hands opposition assessing the power of lower alpha, higher alpha and beta in both conditions: pre-cTBS and post-cTBS.

A31

************************

****

*** ********** ****

Figure A17. Quantification graphs for controls stimulated in the left hemisphere –Both hands opposition assessing the power of lower alpha, higher alpha and beta in both conditions: pre-cTBS and post-cTBS.

A32

Figure A18. Topographic maps for matched control - The topographical distribution for the alpha band (8-10Hz) in association with right arm elevation divided in seven periods of 1000ms. A) Represents before cTBS stimulation. B) Represents after cTBS stimulation on the left hemisphere.

A)

Time -3000 to -2000ms -2000 to -1000ms -1000 to 0ms 0 to 1000ms 1000 to 2000ms 2000 to 3000ms 3000 to 4000ms

B)


A33

Figure A19. Topographic maps for stroke patient - The topographical distribution for the alpha band (8-10Hz) in association with right arm elevation divided in seven periods of 1000ms. A) Represents before cTBS stimulation. B) Represents after cTBS stimulation on the left hemisphere.

A)


B)


A34

Figure A20. Topographic maps for matched control - The topographical distribution for the alpha band (10-12Hz) in association with right arm elevation divided in seven periods of 1000ms. A) Represents before cTBS stimulation. B) Represents after cTBS stimulation on the left hemisphere.

A)


B)


A35

Figure A21. Topographic maps for stroke patient - The topographical distribution for the alpha band (10-12Hz) in association with right arm elevation divided in seven periods of 1000ms. A) Represents before cTBS stimulation. B) Represents after cTBS stimulation on the left hemisphere.

A)


B)


A36

Figure A22. Topographic maps for matched control - The topographical distribution for the beta band (15-25Hz) in association with right arm elevation divided in seven periods of 1000ms. A) Represents before cTBS stimulation. B) Represents after cTBS stimulation on the left hemisphere.

A)


B)


A37

Figure A23. Topographic maps for stroke patient - The topographical distribution for the beta band (15-25Hz) in association with right arm elevation divided in seven periods of 1000ms. A) Represents before cTBS stimulation. B) Represents after cTBS stimulation on the left hemisphere.

A)


B)


A38

Figure A24. Time-frequency for matched control - channels C3 and CP3 between 3-40Hz before, during and after right arm elevation before cTBS protocol.

Baseline

Movement

Pre-cTBS

Begin

Movement

Pre-cTBS

During

Movement

Pre-cTBS

End

Movement

Pre-cTBS

A39

Figure A25. Time-frequency for matched control - channels C3 and CP3 between 3-40Hz before, during and after right arm elevation after cTBS protocol on the left hemisphere.

Baseline

Movement

Post-cTBS

Begin

Movement

Post-cTBS

During

Movement

Post-cTBS

End

Movement

Post-cTBS

A40

Figure A26. Time-frequency for stroke patient - channels C3 and CP3 between 3-40Hz before, during and after right arm elevation before cTBS protocol.

Baseline

Movement Pre-

cTBS

Begin Movement

Pre-cTBS

During Movement

Pre-cTBS

End Movement

Pre-cTBS

A41

Figure A27. Time-frequency for stroke patient - channels C3 and CP3 between 3-40Hz before, during and after right arm elevation after cTBS protocol on the left hemisphere.

Baseline

Movement

Post-cTBS

Begin

Movement

Post-cTBS

During

Movement

Post-cTBS

End

Movement

Post-cTBS

A42

Figure A28. Quantification graphs for matched control - Right arm elevation assessing the power of lower alpha, higher alpha and beta in both conditions: pre-cTBS and post-cTBS.

A43

Figure A29. Quantification graphs for stroke patient - Right arm elevation assessing the power of lower alpha, higher alpha and beta in both conditions: pre-cTBS and post-cTBS.

A44

Figure A30. Topographic maps for matched control - The topographical distribution for the alpha band (8-10Hz) in association with left arm elevation divided in seven periods of 1000ms. A) Represents before cTBS stimulation. B) Represents after cTBS stimulation on the left hemisphere.

A)


B)


A45

Figure A31. Topographic maps for stroke patient - The topographical distribution for the alpha band (8-10Hz) in association with left arm elevation divided in seven periods of 1000ms. A) Represents before cTBS stimulation. B) Represents after cTBS stimulation on the left hemisphere.

A)


B)


A46

Figure A32. Topographic maps for matched control - The topographical distribution for the alpha band (10-12Hz) in association with left arm elevation divided in seven periods of 1000ms. A) Represents before cTBS stimulation. B) Represents after cTBS stimulation on the left hemisphere.

A)


B)


A47

Figure A33. Topographic maps for stroke patient - The topographical distribution for the alpha band (10-12Hz) in association with left arm elevation divided in seven periods of 1000ms. A) Represents before cTBS stimulation. B) Represents after cTBS stimulation on the left hemisphere.

A)


B)


A48

Figure A34. Topographic maps for matched control - The topographical distribution for the beta band (15-25Hz) in association with left arm elevation divided in seven periods of 1000ms. A) Represents before cTBS stimulation. B) Represents after cTBS stimulation on the left hemisphere.

A)


B)


A49

Figure A35. Topographic maps for stroke patient - The topographical distribution for the beta band (15-25Hz) in association with left arm elevation divided in seven periods of 1000ms. A) Represents before cTBS stimulation. B) Represents after cTBS stimulation on the left hemisphere.

A)


B)


A50

Figure A36. Time-frequency for matched control - channels C4 and CP4 between 3-40Hz before, during and after left arm elevation before cTBS protocol.

Baseline

Movement

Pre-cTBS

Begin

Movement

Pre-cTBS

During

Movement

Pre-cTBS

End

Movement

Pre-cTBS

A51

Baseline

Movement

Pre-cTBS

Begin

Movement

Pre-cTBS

During

Movement

Pre-cTBS

End

Movement

Pre-cTBS

Figure A37. Time-frequency for matched control - channels C4 and CP4 between 3-40Hz before, during and after left arm elevation after cTBS protocol on the left hemisphere.

A52

Figure 38. Time-frequency for stoke patient - channels C4 and CP4 between 3-40Hz before, during and after left arm elevation before cTBS protocol.

Baseline

Movement

Post-cTBS

Begin

Movement

Post-cTBS

During

Movement

Post-cTBS

End

Movement

Post-cTBS

A53

Figure A39. Time-frequency for stroke patient - channels C4 and CP4 between 3-40Hz before, during and after left arm elevation after cTBS protocol on the left hemisphere.

Baseline Movement

Post-cTBS

Begin Movement

Post-cTBS

During Movement

Post-cTBS

End Movement

Post-cTBS

A54

Figure A40. Quantification graphs for matched control - Left arm elevation assessing the power of lower alpha, higher alpha and beta in both conditions: pre-cTBS and post-cTBS.

A55

Figure A41. Quantification graphs for stroke patient - Left arm elevation assessing the power of lower alpha, higher alpha and beta in both conditions: pre-cTBS and post-cTBS.

A56

Figure A42. Topographic maps for matched control - The topographical distribution for the alpha band (8-10Hz) in association with both arms elevation divided in seven periods of 1000ms. A) Represents before cTBS stimulation. B) Represents after cTBS stimulation on the left hemisphere.

A)


B)


A57

Figure A43. Topographic maps for stroke patient - The topographical distribution for the alpha band (8-10Hz) in association with both arms elevation divided in seven periods of 1000ms. A) Before cTBS stimulation. B) After cTBS stimulation on the left hemisphere.

A)


B)


A58

Figure A44. Topographic maps for matched control - The topographical distribution for the alpha band (10-12Hz) in association with both arms elevation divided in seven periods of 1000ms. A) Represents before cTBS stimulation. B) Represents after cTBS stimulation on the left hemisphere.

A)


B)


A59

Figure A45. Topographic maps for stroke patient - The topographical distribution for the alpha band (10-12Hz) in association with both arms elevation divided in seven periods of 1000ms. A) Represents before cTBS stimulation. B) Represents after cTBS stimulation on the left hemisphere.

A)


B)


A60

Figure A46. Topographic maps for matched control - The topographical distribution for the beta band (15-25Hz) in association with both arms elevation divided in seven periods of 1000ms. A) Represents before cTBS stimulation. B) Represents after cTBS stimulation on the left hemisphere.

A)


B)


A61

Figure A47. Topographic maps for stroke patient - The topographical distribution for the beta band (15-25Hz) in association with both arms elevation divided in seven periods of 1000ms. A) Represents before cTBS stimulation. B) Represents after cTBS stimulation on the left hemisphere.

A)


B)


A62

Figure A48. Time-frequency for matched control - channels C3, CZ and C4 between 3-40Hz before, during and after both arms elevation before cTBS protocol.

Baseline

Movement

Pre-cTBS

Begin

Movement

Pre-cTBS

During

Movement

Pre-cTBS

End

Movement

Pre-cTBS

A63

Figure A49. Time-frequency for matched control - channels C3, CZ and C4 between 3-40Hz before, during and after both arms elevation after cTBS protocol on the left hemisphere.

Baseline

Movement

Post-cTBS

Begin

Movement

Post-cTBS

During

Movement

Post-cTBS

End

Movement

Post-cTBS

A64

Figure A50. Time-frequency for stroke patient - channels C3, CZ and C4 between 3-40Hz before, during and after both arms elevation before cTBS protocol.

Baseline

Movement

Pre-cTBS

Begin

Movement

Pre-cTBS

During

Movement

Pre-cTBS

End

Movement

Pre-cTBS

A65

Figure A51. Time-frequency for stroke patient - channels C3, CZ and C4 between 3-40Hz before, during and after both arms elevation after cTBS protocol on the left hemisphere.

Baseline

Movement

Post-cTBS

Begin

Movement

Post-cTBS

During

Movement

Post-cTBS

End

Movement

Post-cTBS

A66

Figure A52. Quantification graphs for matched control - Both arms elevation assessing the power of lower alpha, higher alpha and beta in both conditions: pre-cTBS and post-cTBS.

A67

Figure A53. Quantification graphs for stroke patient - Both arms elevation assessing the power of lower alpha, higher alpha and beta in both conditions: pre-cTBS and post-cTBS.

A68

Figure A54. Topographic maps for matched control - The topographical distribution for the alpha band (8-10Hz) in association with right thumb oppostition divided in seven periods of 1000ms. A) Represents before cTBS stimulation. B) Represents after cTBS stimulation on the left hemisphere.

A)


B)


A69

Figure A55. Topographic maps for stroke patient - The topographical distribution for the alpha band (8-10Hz) in association with right thumb oppostition divided in seven periods of 1000ms. A) Represents before cTBS stimulation. B) Represents after cTBS stimulation on the left hemisphere.

A)


B)


A70

Figure A56. Topographic maps for matched control - The topographical distribution for the alpha band (10-12Hz) in association with right thumb oppostition divided in seven periods of 1000ms. A) Represents before cTBS stimulation. B) Represents after cTBS stimulation on the left hemisphere.

A)


B)


A71

Figure A57. Topographic maps for stroke patient - The topographical distribution for the alpha band (10-12Hz) in association with right thumb oppostition divided in seven periods of 1000ms. A) Represents before cTBS stimulation. B) Represents after cTBS stimulation on the left hemisphere.

A)7


B)


A72

Figure A58. Topographic maps for matched control - The topographical distribution for the beta band (15-25Hz) in association with right thumb oppostition divided in seven periods of 1000ms. A) Represents before cTBS stimulation. B) Represents after cTBS stimulation on the left hemisphere.

A)


B)


A73

Figure A59. Topographic maps for stroke patient - The topographical distribution for the beta band (15-25Hz) in association with right thumb oppostition divided in seven periods of 1000ms. A) Represents before cTBS stimulation. B) Represents after cTBS stimulation on the left hemisphere.

A)


B)


A74

Figure A60. Time-frequency for matched control - channels C3 and CP3 between 3-40Hz before, during and after right thumb opposition before cTBS protocol.

Baseline Movement

Pre-cTBS

Begin Movement

Pre-cTBS

During Movement

Pre-cTBS

End Movement

Pre-cTBS

A75

Figure A61. Time-frequency for matched control - channels C3 and CP3 between 3-40Hz before, during and after right thumb opposition after cTBS protocol on the left hemisphere.

Baseline Movement

Post-cTBS

Begin Movement

Post-cTBS

During Movement

Post-cTBS

End Movement

Post-cTBS

A76

Figure A62. Time-frequency for stroke patient - channels C3 and CP3 between 3-40Hz before, during and after right thumb opposition before cTBS protocol.

Baseline Movement

Pre-cTBS

Begin Movement

Pre-cTBS

During Movement

Pre-cTBS

End Movement

Pre-cTBS

A77

Figure A63. Time-frequency for stroke patient - channels C3 and CP3 between 3-40Hz before, during and after right thumb opposition after cTBS protocol on the left hemisphere.

Baseline Movement

Post-cTBS

Begin Movement

Post-cTBS

During Movement

Post-cTBS

End Movement

Post-cTBS

A78

Figure A64. Quantification graphs for matched control - Right hand opposition assessing the power of lower alpha, higher alpha and beta in both conditions: pre-cTBS and post-cTBS.

A79

Figure A65. Quantification graphs for stroke patient - Right hand opposition assessing the power of lower alpha, higher alpha and beta in both conditions: pre-cTBS and post-cTBS.

A80

Figure A66. Topographic maps for matched control - The topographical distribution for the alpha band (8-10Hz) in association with left thumb oppostition divided in seven periods of 1000ms. A) Represents before cTBS stimulation. B) Represents after cTBS stimulation on the left hemisphere.

A)


B)


A81

Figure A67. Topographic maps for stroke patient - The topographical distribution for the alpha band (8-10Hz) in association with left thumb oppostition divided in seven periods of 1000ms. A) Represents before cTBS stimulation. B) Represents after cTBS stimulation on the left hemisphere.

A)


B)


A82

Figure A68. Topographic maps for matched control - The topographical distribution for the alpha band (10-12Hz) in association with left thumb oppostition divided in seven periods of 1000ms. A) Represents before cTBS stimulation. B) Represents after cTBS stimulation on the left hemisphere.

A)


B)


A83

Figure A69. Topographic maps for stroke patient - The topographical distribution for the alpha band (10-12Hz) in association with left thumb oppostition divided in seven periods of 1000ms. A) Represents before cTBS stimulation. B) Represents after cTBS stimulation on the left hemisphere.

-3000 to -2000ms -2000 to -1000ms -1000 to 0ms 0 to 1000ms 1000 to 2000ms 2000 to 3000ms 3000 to 4000ms

-3000 to -2000ms -2000 to -1000ms -1000 to 0ms 0 to 1000ms 1000 to 2000ms 2000 to 3000ms 3000 to 4000ms

A84

Figure A70. Topographic maps for matched control - The topographical distribution for the beta band (15-25Hz) in association with left thumb oppostition divided in seven periods of 1000ms. A) Represents before cTBS stimulation. B) Represents after cTBS stimulation on the left hemisphere.

A)


B)


A85

Figure A71. Topographic maps for stroke patient - The topographical distribution for the beta band (15-25Hz) in association with left thumb oppostition divided in seven periods of 1000ms. A) Represents before cTBS stimulation. B) Represents after cTBS stimulation on the left hemisphere.

A)


B)


A86

Figure A72. Time-frequency for matched control - channels C4 and CP4 between 3-40Hz before, during and after left thumb opposition before cTBS protocol.

Baseline

Movement

Pre-cTBS

Begin

Movement

Pre-cTBS

During

Movement

Pre-cTBS

End

Movement

Pre-cTBS

A87

Figure A73. Time-frequency for matched control - channels C4 and CP4 between 3-40Hz before, during and after left thumb opposition after cTBS protocol on the left hemisphere.

Baseline

Movement

Post-cTBS

Begin

Movement

Post-cTBS

During

Movement

Post-cTBS

End

Movement

Post-cTBS

A88

Figure A74. Time-frequency for stroke patient - channels C4 and CP4 between 3-40Hz before, during and after left thumb opposition before cTBS protocol.

Baseline Movement

Pre-cTBS

Begin Movement

Pre-cTBS

During Movement

Pre-cTBS

End Movement

Pre-cTBS

A89

Figure A75. Time-frequency for stroke patient - channels C4 and CP4 between 3-40Hz before, during and after left thumb opposition after cTBS protocol on the left hemisphere.

Baseline Movement

Post-cTBS

Begin Movement

Post-cTBS

During Movement

Post-cTBS

End Movement

Post-cTBS

A90

Figure A76. Quantification graphs for matched control – Left hand opposition assessing the power of lower alpha, higher alpha and beta in both conditions: pre-cTBS and post-cTBS.

A91

Figure A77. Quantification graphs for stroke patient – Left hand opposition assessing the power of lower alpha, higher alpha and beta in both conditions: pre-cTBS and post-cTBS.

A92

Figure A78. Topographic maps for matched control - The topographical distribution for the alpha band (8-10Hz) in association with both thumbs oppostition divided in seven periods of 1000ms. A) Represents before cTBS stimulation. B) Represents after cTBS stimulation on the left hemisphere.

A)


B)


A93

Figure A79. Topographic maps for stroke patient - The topographical distribution for the alpha band (8-10Hz) in association with both thumbs oppostition divided in seven periods of 1000ms. A) Represents before cTBS stimulation. B) Represents after cTBS stimulation on the left hemisphere.

A)


B)


A94

Figure A80. Topographic maps for matched control - The topographical distribution for the alpha band (10-12Hz) in association with both thumbs oppostition divided in seven periods of 1000ms. A) Represents before cTBS stimulation. B) Represents after cTBS stimulation on the left hemisphere.

A)


B)


A95

Figure A81. Topographic maps for stroke patient - The topographical distribution for the alpha band (10-12Hz) in association with both thumbs oppostition divided in seven periods of 1000ms. A) Represents before cTBS stimulation. B) Represents after cTBS stimulation on the left hemisphere.

A)


B)


A96

Figure A82. Topographic maps for matched control - The topographical distribution for the beta band (15-25Hz) in association with both thumbs oppostition divided in seven periods of 1000ms. A) Represents before cTBS stimulation. B) Represents after cTBS stimulation on the left hemisphere.

A)


B)


A97

Figure A83. Topographic maps for stroke patient - The topographical distribution for the beta band (15-25Hz) in association with both thumbs oppostition divided in seven periods of 1000ms. A) Represents before cTBS stimulation. B) Represents after cTBS stimulation on the left hemisphere.

A)


B)


A98

Figure A84. Time-frequency for matched control - channels C3, CZ and C4 between 3-40Hz before, during and after both thumbs opposition before cTBS protocol.

Baseline

Movement

Pre-cTBS

Begin

Movement

Pre-cTBS

During

Movement

Pre-cTBS

End

Movement

Pre-cTBS

A99

Figure A85. Time-frequency for matched control - channels C3, CZ and C4 between 3-40Hz before, during and after both thumbs opposition after cTBS protocol on the left hemisphere.

Baseline

Movement

Post-cTBS

Begin

Movement

Post-cTBS

During

Movement

Post-cTBS

End

Movement

Post-cTBS

A100

Figure A86. Time-frequency for stroke patient - channels C3, CZ and C4 between 3-40Hz before, during and after both thumbs opposition before cTBS protocol.

Baseline

Movement

Pre-cTBS

Begin

Movement

Pre-cTBS

During

Movement

Pre-cTBS

End

Movement

Pre-cTBS

A101

Figure A87. Time-frequency for stroke patient - channels C3, CZ and C4 between 3-40Hz before, during and after both thumbs opposition after cTBS protocol on the left hemisphere.

Baseline

Movement

Post-cTBS

Begin

Movement

Post-cTBS

During

Movement

Post-cTBS

End

Movement

Post-cTBS

A102

Figure A88. Quantification graphs for matched control – Both hands opposition assessing the power of lower alpha, higher alpha and beta in both conditions: pre-cTBS and post-cTBS.

A103

Figure A89. Quantification graphs for stroke patient – Both hands opposition assessing the power of lower alpha, higher alpha and beta in both conditions: pre-cTBS and post-cTBS.

Documents

Figure A6. Quantification graphs for controls stimulated ... maps, time... · Time -3000 to -2000ms -2000 to -1000ms -1000 to 0ms 0 to 1000ms 1000 to 2000ms 2000 to 3000ms 3000 to