Physiological Sciences - GIDP

Medicine & Life Sciences

1. Connectin 100%
2. Endothelial Cells 74%
3. Neurons 65%
4. Brain 63%
5. Muscles 54%
6. Sleep 54%
7. Proteins 46%
8. Lung 46%
9. Cardiopulmonary Resuscitation 45%
10. Phosphorylation 42%
11. Blood-Brain Barrier 41%
12. Heart Arrest 40%
13. Sarcomeres 39%
14. Membranes 37%
15. Genes 36%
16. Glucose 35%
17. Protein Isoforms 34%
18. Skeletal Muscle 33%
19. Permeability 33%
20. Animals 32%
21. myosin-binding protein C 31%
22. Hippocampus 31%
23. Resuscitation 31%
24. Acute Lung Injury 31%
25. Myosin-Light-Chain Kinase 30%
26. sphingosine 1-phosphate 30%
27. Alzheimer Disease 30%
28. Calcium 30%
29. Memory 29%
30. Opioid Analgesics 29%
31. Microvessels 28%
32. Microvilli 28%
33. Kidney 28%
34. Peptides 27%
35. nebulin 27%
36. Blood Vessels 27%
37. Oxygen 26%
38. Swine 26%
39. In Vitro Techniques 26%
40. Obesity 26%
41. Exercise 26%
42. Hypoxia 25%
43. Pain 25%
44. Gene Expression 25%
45. Insulin 24%
46. Mushroom Bodies 24%
47. Ventricular Fibrillation 24%
48. Thorax 23%
49. Opioid Receptors 23%
50. Actins 23%
51. Cardiac Myosins 23%
52. Therapeutics 23%
53. Mutation 22%
54. Heart 22%
55. Messenger RNA 22%
56. Thrombin 22%
57. Gap Junctions 21%
58. Insecta 21%
59. Sheep 20%
60. Motor Neurons 20%
61. Cardiac Myocytes 19%
62. Endothelium 19%
63. Diptera 19%
64. Perfusion 19%
65. Myosins 18%
66. Rodentia 18%
67. Neuropil 18%
68. Fats 18%
69. Sodium-Hydrogen Exchangers 18%
70. Connexin 43 18%
71. Cations 18%
72. Morphine 17%
73. Pressure 17%
74. Bone and Bones 17%
75. Homeostasis 17%
76. Ligands 17%
77. Adenosine Triphosphate 17%
78. Lung Injury 16%
79. Growth 16%
80. Fetal Growth Retardation 16%
81. Out-of-Hospital Cardiac Arrest 16%
82. Population 16%
83. Theoretical Models 16%
84. Nicotinamide Phosphoribosyltransferase 16%
85. Pharmaceutical Preparations 15%
86. Insulin Secretion 15%
87. Myofibrils 15%
88. Inflammation 15%
89. Kinetics 15%
90. Learning 15%
91. Hyperalgesia 15%
92. Sleep Initiation and Maintenance Disorders 15%
93. Health 14%
94. Sphingosine-1-Phosphate Receptors 14%
95. Phenotype 14%
96. Myocardium 14%
97. Nutrients 14%
98. Epithelial Cells 14%
99. Enkephalins 14%
100. Rabbits 14%