薬学・和漢系

Keyphrases

1. Inhibitory Effect 71%
2. Cytotoxicity 69%
3. Phosphorylation 53%
4. Alkaloids 51%
5. Insulin 51%
6. IC50 Value 51%
7. PANC-1 47%
8. Gene Expression 46%
9. Cancer Cells 46%
10. Apoptosis 45%
11. Brain-derived Neurotrophic Factor 45%
12. Inhibitory Activity 45%
13. Liver 45%
14. Ca2+ 43%
15. Blood-brain Barrier 43%
16. MRNA Expression 42%
17. Alzheimer's Disease 42%
18. IC50 42%
19. Tumor Necrosis Factor-α 41%
20. Rat Brain 41%
21. Iminosugars 41%
22. Protective Effect 41%
23. Transgenic Mice 40%
24. Crude Drug 38%
25. Nicotinic Acetylcholine Receptor (nAChR) 37%
26. Transthyretin 37%
27. Total Synthesis 36%
28. Natural Killer Cells 36%
29. NF-B 35%
30. Induced Apoptosis 35%
31. Nitric Oxide 35%
32. Inner Blood-retinal Barrier 33%
33. Methamphetamine 33%
34. Oral Administration 32%
35. Myanmar 32%
36. Cytotoxic Activity 32%
37. Retina 31%
38. Insulin Resistance 31%
39. Expression Level 30%
40. Molecular Mechanism 30%
41. Blood-retinal Barrier 30%
42. Cell Death 29%
43. Overexpression 29%
44. Methyl 29%
45. Pharmacognostical Studies 28%
46. Pharmacokinetics 28%
47. Natural Products 28%
48. Signaling Pathway 28%
49. Transcription Factor 27%
50. Tumor 27%
51. Insulin Receptor 27%
52. Nicotine 27%
53. Dirhodium Complex 27%
54. Hippocampus 27%
55. Neurotoxicity 27%
56. Preferential Cytotoxicity 27%
57. Glucosidase 26%
58. Protein Kinase 26%
59. Cl Channel 26%
60. Mouse Model 26%
61. Oxidative Stress 26%
62. Glycosidase Inhibition 26%
63. Na + 25%
64. Isolated Compounds 25%
65. Chemical Constituents 25%
66. Sterol Regulatory Element-binding protein-1c (SREBP-1c) 24%
67. Type III Polyketide Synthase 24%
68. TAK1 24%
69. T Cells 24%
70. Quantitative PCR 24%
71. Concentration-dependent 24%
72. Shati 24%
73. Nicotinic Receptors 24%
74. Botanical Origin 24%
75. Macrophages 24%
76. Temperature Sensitivity 24%
77. Tumor Necrosis Factor-related Apoptosis-inducing Ligand (TRAIL) 23%
78. Side Chain 23%
79. Inflammation 23%
80. Spectroscopic Analysis 22%
81. Human Pancreatic Cancer Cells 22%
82. Biological Evaluation 22%
83. Prostaglandin E2 22%
84. PANC-1 Cells 22%
85. Epithelial Cell Line 21%
86. Amino Acids 21%
87. Potent Inhibitor 21%
88. Fibroblasts 21%
89. Glycosidase 21%
90. Mitogen-activated Protein Kinase 21%
91. Human Pancreatic Cancer Cell Line 21%
92. Japan 21%
93. HeLa Cells 21%
94. Cancer Cell Lines 21%
95. In Cancer 21%
96. Glutamate 21%
97. Stereoselectivity 20%
98. H+-ATPase 20%
99. Biological Activity 20%
100. MRNA Level 20%

Pharmacology, Toxicology and Pharmaceutical Science

1. Cytotoxicity 100%
2. Malignant Neoplasm 89%
3. IC50 76%
4. Receptor 69%
5. Messenger RNA 67%
6. Neoplasm 56%
7. Pharmacokinetics 51%
8. Calcium Ion 46%
9. Kampo Medicine (Drug) 40%
10. Nicotinic Receptor 39%
11. Tumor Necrosis Factor 38%
12. Glucosidase 38%
13. Nitric Oxide 37%
14. Disease 37%
15. Crude Drug 35%
16. Inflammation 33%
17. Glutamic Acid 33%
18. Iminosugar 33%
19. Effusion 32%
20. Pancreas Cancer 32%
21. Blood-Brain Barrier 31%
22. Alzheimer's Disease 31%
23. Mouse Model 30%
24. Amyloid Protein 30%
25. Natural Product 29%
26. Amino Acid 28%
27. Neurotoxicity 28%
28. Phosphotransferase 28%
29. Sodium Ion 27%
30. Potassium Ion 27%
31. Transthyretin 26%
32. Glycosidase 24%
33. Cytokine 23%
34. Epidermal Growth Factor Receptor 23%
35. Dopamine Receptor Stimulating Agent 23%
36. Synthetase 22%
37. Neuroprotective Agent 22%
38. Antioxidant 22%
39. Anticarcinogen 21%
40. Medicinal Plant 21%
41. Elimination 20%
42. Insulin Resistance 20%
43. Structure Activity Relationship 20%
44. Polyketide Synthase 19%
45. Breast Cancer 19%
46. Cisplatin 19%
47. Hyperthermia 19%
48. Mitogen Activated Protein Kinase 19%
49. Biological Activity 18%
50. Diterpenoid 17%
51. Fatty Acid 17%
52. Pruritus 17%
53. Metastasis 17%
54. Chloride Channel 17%
55. Reactive Oxygen Metabolite 17%
56. Adenosine Triphosphatase 17%
57. Polysaccharide 16%
58. Antivirus Agent 16%
59. Adenosine Triphosphate 16%
60. Melanoma 16%
61. Flavonoid 16%
62. Tumor Necrosis Factor Related Apoptosis Inducing Ligand 16%
63. Phytochemical 16%
64. Brain Derived Neurotrophic Factor 16%
65. Glycoside 16%
66. Western Blot 15%
67. Galactosidase 15%
68. Lung Cancer 15%
69. Diabetes Mellitus 15%
70. Pyrrolidine Derivative 15%
71. Insulin Receptor 15%
72. Indometacin 14%
73. High Performance Liquid Chromatography 14%
74. Neonicotinoid 14%
75. Tablet 14%
76. Nuclear Factor 14%
77. Aspartic Acid 14%
78. Clothianidin 14%
79. Arginine 14%
80. Lipopolysaccharide 13%
81. Methanol 13%
82. Prostaglandin E2 13%
83. Infection 13%
84. Leporidae 13%
85. Curcumin 13%
86. Carbon 14 13%
87. Knockout Mouse 12%
88. Saponin 12%
89. Anti-Inflammatory Drug 12%
90. Injury 12%
91. Antibacterial Activity 12%
92. Xenopus 12%
93. Serine 12%
94. Transgenic Mouse 12%
95. Non Insulin Dependent Diabetes Mellitus 12%
96. Mannitol 12%
97. Hydrogen Potassium Adenosine Triphosphatase 12%
98. Lung Metastasis 12%
99. Protein Kinase C 11%
100. Alternative Complement Pathway C3 C5 Convertase 11%