薬学部

Medicine & Life Sciences

1. Pharmaceutical Preparations 100%
2. Cell Line 73%
3. Japan 73%
4. Proteins 66%
5. Pharmacokinetics 62%
6. Apoptosis 60%
7. Neoplasms 56%
8. Polysaccharides 55%
9. Temperature 52%
10. Escherichia coli 50%
11. Liver 48%
12. Genes 47%
13. Acetylcholine 47%
14. Hepatocellular Carcinoma 45%
15. Lenses 41%
16. Lipase 40%
17. Mononuclear Phagocyte System 40%
18. Glycosphingolipids 38%
19. Enzymes 37%
20. Anti-Inflammatory Agents 36%
21. In Vitro Techniques 35%
22. Galactose 35%
23. High Pressure Liquid Chromatography 34%
24. MicroRNAs 34%
25. DNA 34%
26. Therapeutics 34%
27. Esters 34%
28. Fullerenes 34%
29. Messenger RNA 32%
30. Stomach 32%
31. Kinetics 31%
32. Serum 31%
33. Interferons 30%
34. Peptides 30%
35. Lactams 30%
36. Polymers 28%
37. galacturonic acid 28%
38. poly-N-isopropylacrylamide 28%
39. Water 28%
40. Hydrolysis 28%
41. Acids 28%
42. Breast Neoplasms 28%
43. Trophoblasts 27%
44. ATP Binding Cassette Transporter, Subfamily B, Member 1 27%
45. Chronic Hepatitis C 27%
46. Magnetic Resonance Spectroscopy 27%
47. Carbon 26%
48. Cytochrome P-450 Enzyme System 26%
49. Arabinose 26%
50. Anti-Bacterial Agents 26%
51. Phosphorylation 26%
52. Gene Expression 25%
53. Mutation 25%
54. Methylation 25%
55. indenestrol 25%
56. Down-Regulation 25%
57. Hepacivirus 25%
58. Chromatography 24%
59. Nanoparticles 24%
60. Amino Acids 24%
61. Growth 23%
62. Liver Cirrhosis 23%
63. Membranes 23%
64. Rhizome 22%
65. Phosphotransferases 22%
66. T-Lymphocytes 22%
67. Multiple Myeloma 22%
68. Liquid Chromatography 22%
69. Adenosine Triphosphate 21%
70. Phenotype 21%
71. Macrophages 21%
72. Carbon-13 21%
73. Coffee 20%
74. Pharmacists 20%
75. Skin 20%
76. Nitric Oxide 20%
77. Cell Death 19%
78. Phospholipids 19%
79. Tetradecanoylphorbol Acetate 19%
80. Ornithine Decarboxylase 19%
81. Cytokines 19%
82. Gel Chromatography 19%
83. Microtubules 19%
84. Heat-Shock Proteins 19%
85. lecithinized superoxide dismutase 19%
86. DNA Replication 19%
87. Alcohols 18%
88. Gastrointestinal Microbiome 18%
89. Kupffer Cells 18%
90. Plasmids 18%
91. HL-60 Cells 18%
92. Sulfotransferases 18%
93. Nicotinic Receptors 18%
94. Flavonoids 18%
95. Cricetulus 18%
96. Rhamnose 18%
97. Brain 18%
98. Antigens 18%
99. Cytochrome P-450 CYP3A 18%
100. Up-Regulation 18%

Chemical Compounds

1. Protein 91%
2. Drug 80%
3. Chromatography 44%
4. Polysaccharide 43%
5. Clearance 42%
6. Acid 41%
7. Enantiomer 38%
8. Glycosphingolipid 38%
9. Pharmacokinetics 36%
10. D-Galactose 33%
11. Metabolite 33%
12. Cytochrome P450 31%
13. Total Synthesis 29%
14. Hydrolysis 28%
15. Mutation 27%
16. D-Galacturonic Acid 27%
17. Reduction 27%
18. Lipid 26%
19. Column Like Crystal 26%
20. L-Arabinose 25%
21. Reaction Yield 25%
22. Plasma 25%
23. Metabolic 25%
24. Resistance 24%
25. Gel 22%
26. Application 22%
27. Electrophoresis 22%
28. Chemical Transformation 22%
29. Strain 20%
30. Antiinflammatory 20%
31. Pharmaceutical 20%
32. Diethylstilbestrol 20%
33. Biperiden 19%
34. Ester 19%
35. Pharmacological Metabolism 19%
36. Antioxidant Agent 19%
37. NMR Spectroscopy 19%
38. Nonsteroid Antiinflammatory Agent 18%
39. Protective 18%
40. Heat 18%
41. Cell Death 18%
42. Purity 18%
43. High-Pressure Liquid Chromatography 18%
44. Apoptotic 18%
45. Copolymer 17%
46. D-Glucose 17%
47. Dose 17%
48. Amount 17%
49. Fullerene 16%
50. L-Rhamnose 16%
51. Beta Lactam Antibiotic Agent 16%
52. Occurrence in Nature 15%
53. Estrogen 15%
54. Sphingosine 1-Phosphate 15%
55. Molecular Mass 15%
56. Phenol 15%
57. Ethyl 15%
58. Molecule 15%
59. Carbon Atom 15%
60. Enantioselectivity 15%
61. Surface 15%
62. Cefazolin 14%
63. Polymer Brush 14%
64. Antimicrobial Agent 14%
65. Cystathionine 14%
66. Nanoparticle 14%
67. Acetylcholine 14%
68. Oxidation Reaction 14%
69. Liposome 14%
70. Stereochemistry 14%
71. Time 13%
72. Phospholipid 13%
73. Ether 13%
74. Acetate 13%
75. Hydroxy Group 13%
76. Biosynthesis 13%
77. Periodate 13%
78. Ceramide 13%
79. Liquid 13%
80. Antineoplastic Agent 13%
81. Alcohol 13%
82. Flavonoid 13%
83. Androsterone 13%
84. Liquid Chromatography 12%
85. Food 12%
86. Methyl Ester 12%
87. Nitric Oxide 12%
88. Carbohydrate 12%
89. Reactive Oxygen Metabolite 12%
90. Glucose 12%
91. Nitrile 12%
92. Complementary DNA 12%
93. Deacetylation 12%
94. Marker 11%
95. Disorder 11%
96. Glycolipid 11%
97. Antitumor 11%
98. Neutral Glycosphingolipid 11%