Performance-based selective training for robot-mediated upper limb motor learning and stroke rehabilitation

Medicine & Life Sciences

1. Cerebellum 100%
2. Transcranial Direct Current Stimulation 90%
3. Upper Extremity 85%
4. Brain 84%
5. Basal Ganglia 79%
6. Learning 76%
7. Motor Cortex 62%
8. Cerebellar Diseases 61%
9. Stroke Rehabilitation 59%
10. Paresis 58%
11. Stroke 51%
12. Drive 48%
13. Cognition 42%
14. Magnetic Resonance Spectroscopy 39%
15. Thalamus 38%
16. Meta-Analysis 34%
17. Mirror Neurons 34%
18. Aptitude 34%
19. Friedreich Ataxia 32%
20. Cognitive Neuroscience 31%
21. Cerebellar Nuclei 29%
22. Cerebellar Ataxia 29%
23. Cerebellar Cortex 29%
24. Purkinje Cells 26%
25. Rehabilitation 25%
26. Mood Disorders 22%
27. Reaction Time 22%
28. Short-Term Memory 21%
29. Cerebral Cortex 21%
30. Electric Stimulation 21%
31. White Matter 21%
32. Prefrontal Cortex 21%
33. Self-Help Devices 20%
34. Cognitive Dysfunction 19%
35. Psychological Inhibition 19%
36. Consensus 19%
37. Healthy Volunteers 18%
38. Efficiency 16%
39. Robotics 16%
40. Biomechanical Phenomena 14%
41. Glutamic Acid 11%
42. Basal Ganglia Diseases 9%
43. Population 9%
44. Somatosensory Cortex 8%
45. Putamen 8%
46. Physical Therapists 8%
47. gamma-Aminobutyric Acid 8%
48. Workload 7%
49. Parietal Lobe 7%
50. Movement Disorders 7%
51. Neurosciences 7%
52. Neuroimaging 7%
53. Arm 6%
54. Health Care Outcome Assessment 6%
55. Psychology Transfer 6%
56. Kinetics 5%
57. Task Performance and Analysis 5%
58. Control Groups 5%