醫學系藥理學科

Medicine & Life Sciences

1. SARS Virus 100%
2. Methamphetamine 75%
3. Solitary Nucleus 68%
4. Dengue Virus 60%
5. HIV-1 57%
6. Peptide Elongation Factors 51%
7. Hepatitis Delta Virus 45%
8. Catalytic RNA 42%
9. Coronavirus 40%
10. RNA 39%
11. Neurons 35%
12. Apoptosis 33%
13. Oxidative Stress 32%
14. Levobupivacaine 31%
15. Cortical Spreading Depression 31%
16. Zika Virus 31%
17. baicalein 31%
18. Growth Differentiation Factors 31%
19. Factor XI 31%
20. MicroRNAs 30%
21. Mitochondria 30%
22. Virus Diseases 30%
23. Baroreflex 29%
24. Transcription Factors 29%
25. Fingolimod Hydrochloride 29%
26. Adrenomedullin 29%
27. Proteins 29%
28. CC Chemokines 28%
29. Vagus Nerve Stimulation 28%
30. Stomach Neoplasms 27%
31. 1-(3-((2-(dimethylamino)ethyl)carbamoyl)phenyl)-3-(4-(bis(2-chloroethyl)amino)phenyl)urea 26%
32. Heme Oxygenase-1 26%
33. RNA Polymerase II 26%
34. Wounds and Injuries 25%
35. Diabetes Mellitus 25%
36. dengue virus receptor 23%
37. N-Methylaspartate 23%
38. Viruses 22%
39. Mevinphos 22%
40. Cyclic AMP-Dependent Protein Kinases 22%
41. dimemorfan 21%
42. Brain 21%
43. Glutamic Acid 21%
44. Virion 21%
45. negative elongation factor 21%
46. 6-thioguanosine 21%
47. Inflammation 20%
48. Zika Virus Infection 20%
49. Down-Regulation 20%
50. Base Pairing 19%
51. Colonic Neoplasms 19%
52. Brain Stem 19%
53. 10-hydroxycamptothecin 19%
54. Houttuynia 19%
55. schizandrin 19%
56. benzenesulfonamide 18%
57. Sphingosine-1-Phosphate Receptors 18%
58. Carcinogenesis 18%
59. Nitric Oxide Synthase Type II 18%
60. Glucose 18%
61. Lonicera 18%
62. Bupleurum 17%
63. Positive Transcriptional Elongation Factor B 17%
64. triplex DNA 17%
65. Oligonucleotides 17%
66. Neuroprotective Agents 17%
67. In Vitro Techniques 17%
68. midostaurin 17%
69. honokiol 17%
70. Magnolia 16%
71. NADPH Oxidase 2 16%
72. caffeic acid phenethyl ester 16%
73. sigma-1 receptor 16%
74. Astragalus propinquus 16%
75. Chromosome Breakpoints 16%
76. andrographolide 16%
77. Alzheimer Disease 16%
78. Spermatic Cord Torsion 16%
79. Matrix Metalloproteinase 9 16%
80. Stomach 16%
81. trimethyloxamine 16%
82. Stroke 16%
83. Guanosine Monophosphate 16%
84. Ligands 16%
85. Microglia 15%
86. Dichlororibofuranosylbenzimidazole 15%
87. Mitogen-Activated Protein Kinases 15%
88. Scutellaria baicalensis 15%
89. Energy Metabolism 15%
90. Chronic Obstructive Pulmonary Disease 15%
91. Nitric Oxide Synthase Type I 15%
92. Theta Rhythm 15%
93. Lipoylation 15%
94. Ankyrins 15%
95. D-Aspartic Acid 15%
96. Cell Death 15%
97. Chikungunya virus 14%
98. Ficusin 14%
99. Apamin 14%
100. Lignans 14%

Chemical Compounds

1. Methamphetamine 62%
2. Protein 44%
3. Oxidative Stress 39%
4. Antiviral Drug 29%
5. Neurotoxic 23%
6. Clearance 23%
7. Dimemorfan 23%
8. Neuroprotective 22%
9. Cell Death 21%
10. Western Blotting 21%
11. Adrenomedullin 19%
12. Schizandrin 19%
13. Oligonucleotide 18%
14. 3-Methyladenine 18%
15. Protective 17%
16. Oseltamivir 16%
17. Andrographolide 16%
18. Plasma 16%
19. Lovastatin 16%
20. Ceftriaxone 16%
21. Vitamin E 16%
22. Baicalein 15%
23. Protein Kinase Inhibitor 15%
24. Silencing RNA 15%
25. Psoralen 15%
26. Phosphoinositide 14%
27. RNA Structure 14%
28. Antiviral Agent 13%
29. Dopamine 13%
30. Ferulic Acid 12%
31. Process Dynamics 12%
32. Inducer 12%
33. Apoptotic 12%
34. Confocal Microscopy 12%
35. Formamide 11%
36. Drug 11%
37. Cleavage 10%
38. Pharmacokinetics 10%
39. Time 10%
40. Antioxidant Agent 10%
41. Dose 10%
42. Antagonist 9%
43. Reactive Oxygen Metabolite 9%
44. Reduction 9%
45. Antineoplastic Agent 9%
46. Melatonin 9%
47. Trolox 9%
48. Sampling 8%
49. Hydrogel 8%
50. Carboxylic Acid 8%
51. Calcium(0) 8%
52. Smoke 8%
53. Lipid 8%
54. Intranigral 7%
55. Green 7%
56. Catalysis 6%
57. Phosphotransferase Inhibitor 6%
58. Substitution Reaction 6%
59. Excitotoxicity 6%
60. Peptide 6%
61. Fluorescence 6%
62. Agent Interacting With Transmitter, Hormone or Drug Receptor 6%
63. Shortening 5%
64. Molecule 5%
65. Membrane Potential 5%
66. Lethal Dose 5%
67. Antiretroviral 5%
68. Application 5%