Nicolas Caesar Petersen

Medicine & Life Sciences

1. Lacunar Stroke 100%
2. sulforhodamine 101 90%
3. Transcranial Magnetic Stimulation 84%
4. Motor Cortex 69%
5. High-Intensity Interval Training 66%
6. Motor Neurons 58%
7. Exercise 56%
8. Muscles 53%
9. H-Reflex 50%
10. Skeletal Muscle 43%
11. Fatigue 38%
12. Stroke 37%
13. Muscle Contraction 32%
14. Ankle Joint 31%
15. Randomized Controlled Trials 31%
16. Electromyography 31%
17. Motor Evoked Potentials 29%
18. Bone Neoplasms 28%
19. Postural Balance 28%
20. Walking 27%
21. Excitatory Postsynaptic Potentials 27%
22. Long-Term Potentiation 26%
23. Neck Pain 26%
24. Brain 25%
25. Knee Osteoarthritis 25%
26. Ventilation 25%
27. Amyotrophic Lateral Sclerosis 25%
28. Motor Activity 25%
29. Pyramidal Cells 24%
30. Erythropoietin 24%
31. Running 24%
32. Neuralgia 24%
33. Astrocytes 23%
34. Cardiovascular Diseases 23%
35. Entropy 23%
36. Locomotion 22%
37. Gait 22%
38. Oxygen 22%
39. Seizures 21%
40. Potassium 21%
41. Smooth Muscle 20%
42. Cognition 20%
43. Respiration 19%
44. Ions 19%
45. Nervous System 19%
46. Cross-Sectional Studies 17%
47. Pyramidal Tracts 17%
48. Cardiorespiratory Fitness 17%
49. Occupational Groups 16%
50. Elbow 16%