病院薬剤学教室

Medicine & Life Sciences

1. Cytochrome P-450 CYP3A 100%
2. Drug Interactions 91%
3. Kinetics 64%
4. Charcoal 59%
5. Pharmaceutical Preparations 55%
6. Citrus paradisi 46%
7. narirutin 42%
8. fexofenadine 39%
9. Anions 38%
10. Aprepitant 36%
11. bergamottin 34%
12. Area Under Curve 33%
13. Terbinafine 33%
14. Erythromycin 33%
15. Cytochrome P-450 CYP2D6 32%
16. Amlodipine 31%
17. Pharmacokinetics 29%
18. Glycosides 29%
19. Itraconazole 28%
20. Irinotecan 28%
21. Fruit 25%
22. avicularin 24%
23. ATP Binding Cassette Transporter, Subfamily B, Member 1 24%
24. Enzymes 24%
25. bucolome 23%
26. Clarithromycin 23%
27. Peptides 23%
28. Computer Simulation 22%
29. naringin 21%
30. Testosterone 21%
31. Japan 21%
32. Resveratrol 21%
33. Genetic Variation 20%
34. naringenin 20%
35. Dabigatran 19%
36. Lung Neoplasms 19%
37. flavanone 19%
38. Vaccinium macrocarpon 18%
39. estrone sulfate 18%
40. Biological Availability 18%
41. Artificial Membranes 17%
42. Digoxin 17%
43. 5,5',6,6'-tetrachloro-1,1',3,3'-tetraethylbenzimidazolocarbocyanine 17%
44. Nortriptyline 17%
45. Vitamin K 3 16%
46. Adsorption 16%
47. Pharmacy Students 16%
48. Cytochrome P-450 Enzyme System 16%
49. Breast Neoplasms 16%
50. Gefitinib 16%
51. Citrus 16%
52. Cytochrome P-450 CYP2C9 16%
53. Midazolam 15%
54. Azoles 15%
55. Validation Studies 15%
56. Amitriptyline 15%
57. prunin 15%
58. Aromatase Inhibitors 14%
59. Students 14%
60. Clinical Pharmacology 14%
61. Cimetidine 14%
62. Caco-2 Cells 14%
63. Atrioventricular Block 14%
64. Beverages 14%
65. Ketoconazole 13%
66. Macrolides 13%
67. Phenobarbital 13%
68. Cisplatin 13%
69. DNA Fragmentation 12%
70. Gastrointestinal Tract 12%
71. Ciprofloxacin 12%
72. Administrative Personnel 12%
73. Warfarin 12%
74. Cations 12%
75. Eating 12%
76. Cytochrome P-450 CYP2C19 11%
77. Internet 11%
78. Antineoplastic Agents 11%
79. Fluorouracil 11%
80. In Vitro Techniques 11%
81. Dexamethasone 11%
82. Bone Density 10%
83. Metals 10%
84. Counseling 10%
85. Fruit and Vegetable Juices 10%
86. Intestinal Absorption 9%
87. Mitochondria 9%
88. Food 9%
89. Clinical Studies 9%
90. Anti-Bacterial Agents 9%
91. Voriconazole 9%
92. Caspase 7 8%
93. Cell Membrane 8%
94. Hydroxylation 8%
95. Fluconazole 8%
96. Staining and Labeling 7%
97. Agar Gel Electrophoresis 7%
98. Esterases 7%
99. HEK293 Cells 7%
100. Inhibitory Concentration 50 7%

Chemical Compounds

1. Cytochrome P450 85%
2. Fexofenadine 50%
3. Drug 46%
4. Terbinafine 40%
5. Narirutin 38%
6. Polypeptide 33%
7. Itraconazole 32%
8. Erythromycin 31%
9. Pharmacokinetics 30%
10. Estrone 3-Sulfate 28%
11. Pharmaceutical 26%
12. Dabigatran Etexilate 22%
13. Avicularin 22%
14. Resveratrol 21%
15. Naringin 21%
16. Flavanone Glycoside 20%
17. Clearance 20%
18. (S)-Warfarin 20%
19. Naringenin 19%
20. Food 18%
21. Clarithromycin 18%
22. Nortriptyline 18%
23. Testosterone 18%
24. Aromatase Inhibitor 17%
25. Bioavailability 17%
26. Cimetidine 17%
27. Amlodipine 17%
28. Amitriptyline 17%
29. pH Value 16%
30. Phenobarbital 15%
31. Warfarin 14%
32. Azole 14%
33. 5-Fluorouracil 14%
34. Ciprofloxacin 13%
35. Apoptotic 13%
36. Vitamin 12%
37. Plasma Concentration 12%
38. Voriconazole 11%
39. Glycoside 11%
40. Dabigatran 11%
41. Communication 10%
42. Antineoplastic Agent 10%
43. Inhibition Constant (Ki) 10%
44. Fragmentation 9%
45. Ketoconazole 9%
46. Fluconazole 9%
47. Kinact 9%
48. Digoxin 8%
49. Pharmacological Metabolism 8%
50. Enteral 8%
51. Adsorption 7%
52. Metal Ion 7%
53. Agarose Gel Electrophoresis 7%
54. Nisoldipine 6%
55. Membrane Potential 6%
56. Felodipine 6%
57. Tricyclic Antidepressant Agent 6%
58. Area Under the Curve 6%
59. Rate Constant 5%
60. Concentration Profile 5%
61. Metal 5%
62. Nifedipine 5%
63. Nutrient 5%
64. Monosaccharide 5%
65. Disaccharide 5%