Figure 9.1 Evidence of anticipatory activity as a correlate of movement intention in premotor cortex

1. Figure 9.1 Evidence of anticipatory activity as a correlate of movement intention in premotor cortex cogneuro-fig-09-01-0.jpgcogneuro-fig-09-01-0.jpg

2. Figure 9.2 Readiness potential cogneuro-fig-09-02-0.jpgcogneuro-fig-09-02-0.jpg

3. Figure 9.3 Dependence of a motor response on the weight of evidence cogneuro-fig-09-03-0.jpgcogneuro-fig-09-03-0.jpg

4. Figure 9.3 Dependence of a motor response on the weight of evidence (Part 1) cogneuro-fig-09-03-1r.jpgcogneuro-fig-09-03-1r.jpg

5. Figure 9.3 Dependence of a motor response on the weight of evidence (Part 2) cogneuro-fig-09-03-2r.jpgcogneuro-fig-09-03-2r.jpg

6. Figure 9.4 Graded conversion of sensory percepts into action cogneuro-fig-09-04-0.jpgcogneuro-fig-09-04-0.jpg

7. Figure 9.5 The sensitivity of premotor neurons to the value of movements cogneuro-fig-09-05-0.jpgcogneuro-fig-09-05-0.jpg

8. Figure 9.6 Neuronal responses mediating action sequences cogneuro-fig-09-06-0.jpgcogneuro-fig-09-06-0.jpg

9. Figure 9.6 Neuronal responses mediating action sequences (Part 1) cogneuro-fig-09-06-1r.jpgcogneuro-fig-09-06-1r.jpg

10. Figure 9.6 Neuronal responses mediating action sequences (Part 2) cogneuro-fig-09-06-2r.jpgcogneuro-fig-09-06-2r.jpg

11. Figure 9.6 Neuronal responses mediating action sequences (Part 3) cogneuro-fig-09-06-3r.jpgcogneuro-fig-09-06-3r.jpg

12. Figure 9.7 Signals marking the beginning and ending of sequences of eye movements cogneuro-fig-09-07-0.jpgcogneuro-fig-09-07-0.jpg

13. Figure 9.8 Activation of human supplementary motor cortex when subjects generate sequences of finger movements from internal intentions cogneuro-fig-09-08-0.jpgcogneuro-fig-09-08-0.jpg

14. Figure 9.9 Deficits in visually guided reaching and grasping caused by parietal lesions cogneuro-fig-09-09-0.jpgcogneuro-fig-09-09-0.jpg

15. Figure 9.10 The basal ganglia �loop� that starts and stops movements cogneuro-fig-09-10-0.jpgcogneuro-fig-09-10-0.jpg

16. Figure 9.10 The basal ganglia �loop� that starts and stops movements (Part 1) cogneuro-fig-09-10-1r.jpgcogneuro-fig-09-10-1r.jpg

17. Figure 9.10 The basal ganglia �loop� that starts and stops movements (Part 2) cogneuro-fig-09-10-2r.jpgcogneuro-fig-09-10-2r.jpg

18. Figure 9.11 The relationship between superior colliculus and basal ganglia cogneuro-fig-09-11-0.jpgcogneuro-fig-09-11-0.jpg

19. Figure 9.11 The relationship between superior colliculus and basal ganglia (Part 1) cogneuro-fig-09-11-1r.jpgcogneuro-fig-09-11-1r.jpg

20. Figure 9.11 The relationship between superior colliculus and basal ganglia (Part 2) cogneuro-fig-09-11-2r.jpgcogneuro-fig-09-11-2r.jpg

21. Figure 9.12 The contribution of the basal ganglia to motor learning cogneuro-fig-09-12-0.jpgcogneuro-fig-09-12-0.jpg

22. Figure 9.12 The contribution of the basal ganglia to motor learning (Part 1) cogneuro-fig-09-12-1r.jpgcogneuro-fig-09-12-1r.jpg

23. Figure 9.12 The contribution of the basal ganglia to motor learning (Part 2) cogneuro-fig-09-12-2r.jpgcogneuro-fig-09-12-2r.jpg

24. Box 9A Cognitive Functions of the Basal Ganglia cogneuro-box-09-a-0.jpgcogneuro-box-09-a-0.jpg

25. Box 9A Cognitive Functions of the Basal Ganglia (Part 1) cogneuro-box-09-a-1r.jpgcogneuro-box-09-a-1r.jpg

26. Box 9A Cognitive Functions of the Basal Ganglia (Part 2) cogneuro-box-09-a-2r.jpgcogneuro-box-09-a-2r.jpg

27. Box 9A Cognitive Functions of the Basal Ganglia (Part 3) cogneuro-box-09-a-3r.jpgcogneuro-box-09-a-3r.jpg

28. Figure 9.13 Organization of the cerebellum cogneuro-fig-09-13-0.jpgcogneuro-fig-09-13-0.jpg

29. Figure 9.13 Organization of the cerebellum (Part 1) cogneuro-fig-09-13-1r.jpgcogneuro-fig-09-13-1r.jpg

30. Figure 9.13 Organization of the cerebellum (Part 2) cogneuro-fig-09-13-2r.jpgcogneuro-fig-09-13-2r.jpg

31. Figure 9.14 Inputs and major outputs of the cerebellum cogneuro-fig-09-14-0.jpgcogneuro-fig-09-14-0.jpg

32. Figure 9.14 Inputs and major outputs of the cerebellum (Part 1) cogneuro-fig-09-14-1r.jpgcogneuro-fig-09-14-1r.jpg

33. Figure 9.14 Inputs and major outputs of the cerebellum (Part 2) cogneuro-fig-09-14-2r.jpgcogneuro-fig-09-14-2r.jpg

34. Figure 9.15 Cerebellar ataxia cogneuro-fig-09-15-0.jpgcogneuro-fig-09-15-0.jpg

35. Figure 9.16 Cerebellar contributions to motor adaptation cogneuro-fig-09-16-0.jpgcogneuro-fig-09-16-0.jpg

36. Figure 9.16 Cerebellar contributions to motor adaptation (Part 1) cogneuro-fig-09-16-1r.jpgcogneuro-fig-09-16-1r.jpg

37. Figure 9.16 Cerebellar contributions to motor adaptation (Part 2) cogneuro-fig-09-16-2r.jpgcogneuro-fig-09-16-2r.jpg

38. Figure 9.17 Changes in the cerebellum during motor adaptation cogneuro-fig-09-17-0.jpgcogneuro-fig-09-17-0.jpg

39. Box 9B Canonical Cerebellar Circuitry and Its Role in Cognitive Functions cogneuro-box-09-b-0.jpgcogneuro-box-09-b-0.jpg

40. Box 9B Canonical Cerebellar Circuitry and Its Role in Cognitive Functions (Part 1) cogneuro-box-09-b-1r.jpgcogneuro-box-09-b-1r.jpg

41. Box 9B Canonical Cerebellar Circuitry and Its Role in Cognitive Functions (Part 2) cogneuro-box-09-b-2r.jpgcogneuro-box-09-b-2r.jpg

42. Box 9B Canonical Cerebellar Circuitry and Its Role in Cognitive Functions (Part 3) cogneuro-box-09-b-3r.jpgcogneuro-box-09-b-3r.jpg