Office of Dean- UT Southwestern School of Health Professions

Medicine & Life Sciences

1. Reflex 100%
2. Muscles 93%
3. Blood Pressure 77%
4. Spinal Ganglia 71%
5. Exercise 70%
6. Skeletal Muscle 61%
7. Phosphates 44%
8. Insulin Resistance 42%
9. Eplerenone 39%
10. Hyperglycemia 39%
11. Rodentia 37%
12. Capsaicin 37%
13. Hemoglobins 36%
14. Inbred SHR Rats 36%
15. Type 2 Diabetes Mellitus 35%
16. Insulin 35%
17. TRPV1 receptor 34%
18. Anterior Cerebral Artery 34%
19. Neurons 33%
20. Amlodipine 33%
21. Peroneal Nerve 32%
22. Ambulatory Blood Pressure Monitoring 31%
23. Locomotion 31%
24. Animals 29%
25. Kidney 29%
26. Blood Vessels 27%
27. In Vitro Techniques 25%
28. Spinal Cord Injuries 24%
29. Arterial Pressure 24%
30. Type 1 Diabetes Mellitus 23%
31. Walking 22%
32. Diet 22%
33. Fatty Acids 22%
34. Sedentary Behavior 21%
35. Autonomic Dysreflexia 20%
36. Protein Kinase C 19%
37. Hypertension 19%
38. Hyperinsulinism 18%
39. Ischemia 18%
40. Western Diet 17%
41. Chloralose 16%
42. Urethane 15%
43. insulin-related factor 14%
44. Sympathetic Nervous System 14%
45. Skeletal Muscle Fibers 14%
46. Heart 14%
47. Anesthesia 13%
48. Vascular Stiffness 12%
49. Experimental Diabetes Mellitus 12%
50. Sprague Dawley Rats 12%
51. Hindlimb 12%
52. Left Ventricular Function 12%
53. Exercise Test 12%
54. Heart Rate 11%
55. Serum 11%
56. Electric Stimulation 11%
57. Electrodes 11%
58. Neural Pathways 11%
59. Afferent Neurons 10%
60. Flavoring Agents 10%
61. R Factors 9%
62. Sodium 9%
63. Oxygen 9%
64. Actigraphy 8%
65. Cues 8%
66. Near-Infrared Spectroscopy 8%
67. Glucose 8%
68. Peroxisome Proliferator-Activated Receptors 7%
69. Action Potentials 7%
70. Muscle Contraction 7%
71. Light 7%
72. High Fat Diet 6%
73. Prefrontal Cortex 6%
74. Nonesterified Fatty Acids 6%
75. Sensitivity and Specificity 6%
76. Pulse Wave Analysis 6%
77. Dilatation 6%
78. Stroke Volume 5%
79. Chemical Stimulation 5%
80. Antihypertensive Agents 5%
81. Vasodilation 5%