分子醫學與生物工程研究所

Keyphrases

1. Apoptosis 68%
2. Cytotoxicity 64%
3. Tumor 55%
4. Autoimmune Hypophysitis 53%
5. Magnetic Resonance Imaging 51%
6. Hydrogen Peroxide 50%
7. Carboxymethylation 47%
8. Relaxivity 46%
9. Phosphorylase Kinase 45%
10. Survivin 45%
11. Ca2+ 45%
12. Nitric Oxide 44%
13. Gd-DTPA 43%
14. Nanodiamond 43%
15. Polyethylene Glycol 43%
16. Tumor Cells 42%
17. Dinitrosyl Iron Complexes 42%
18. Cu2+ 39%
19. Butylidenephthalide 39%
20. Gelatin Methacryloyl (GelMA) 39%
21. Colorectal Cancer Cells 38%
22. Gd(III) 38%
23. Exonuclease 37%
24. Zn2+ 36%
25. Pituitary 35%
26. Anticancer Activity 34%
27. Gadolinium(III) Complex 34%
28. Securin 34%
29. Gd3+ 34%
30. Cancer Cells 31%
31. Metal Ions 30%
32. 17O NMR 30%
33. Water Exchange 30%
34. P38 Mitogen-activated Protein Kinase (p38 MAPK) 30%
35. Gadolinium(III) 30%
36. Fluorescent Probe 29%
37. Lipo-PEG-PEI Complex 29%
38. Contrast Agent 29%
39. Canine Transmissible Venereal Tumor 28%
40. Antitumor Effect 28%
41. Magnetic Resonance Imaging Contrast Agents 27%
42. Breast Cancer 27%
43. Taiwan 26%
44. Overexpression 26%
45. Metal-organic Frameworks (MOFs) 26%
46. Inner Sphere 26%
47. Amide Derivatives 26%
48. Bisamides 26%
49. Angiogenesis 26%
50. Human Colorectal Cancer 25%
51. COVID-19 25%
52. Inflammation 25%
53. Stability Constants 24%
54. Single-stranded DNA (ssDNA) 23%
55. Diethylenetriaminepentaacetic Acid 23%
56. Candida Albicans (C. albicans) 23%
57. Induced Apoptosis 23%
58. Epidermal Growth Factor Receptor 23%
59. Physicochemical Characterization 22%
60. Liposomal 22%
61. Protein Expression 22%
62. In Situ 21%
63. Cadmium 21%
64. Gene Expression 21%
65. Reactive Oxygen Species 21%
66. Diethylenetriamine 20%
67. Zn(II) 20%
68. Magnetism 20%
69. Induced Pluripotent Stem Cells (iPSCs) 20%
70. Liposomes 20%
71. In Vivo Imaging 20%
72. Zinc Ion 19%
73. Copper(II) 19%
74. Cell-based 19%
75. Cell Death 19%
76. In Cancer 19%
77. Liver 19%
78. Nucleic Acids 19%
79. Autophagy Receptor 19%
80. MicroRNA 19%
81. Drug Resistance 19%
82. Cu(II) 19%
83. Nanoparticles 19%
84. Paclitaxel 18%
85. Near-infrared Fluorescent Probe 18%
86. Hypophysitis 18%
87. Non-small Cell Lung Cancer (NSCLC) 18%
88. Chelates 18%
89. C.albicans 18%
90. Mammalian Cells 18%
91. Protonation Constants 18%
92. Cancer Therapy 18%
93. Phosphorylation 18%
94. Carboxylated Nanodiamond 18%
95. Endothelial Cells 18%
96. Human Umbilical Vein Endothelial Cells (HUVECs) 18%
97. RNase T 18%
98. Lipoplexes 18%
99. Bispecific Antibody 18%
100. Superparamagnetic Iron Oxide Nanoparticles (SPIONs) 17%

Pharmacology, Toxicology and Pharmaceutical Science

1. Neoplasm 100%
2. Malignant Neoplasm 95%
3. Cytotoxicity 73%
4. Macrogol 59%
5. Polyethylene Glycol 57%
6. Colorectal Carcinoma 55%
7. Survivin 48%
8. Protein P53 42%
9. Nitric Oxide 40%
10. Diseases 40%
11. Nanodiamond 39%
12. Epidermal Growth Factor Receptor 38%
13. Nanoparticle 37%
14. Liposome 34%
15. Securin 34%
16. Receptor 32%
17. Inflammation 29%
18. Iron Complex 28%
19. Lung Cancer 28%
20. Breast Cancer 27%
21. Melanoma 26%
22. Metal Organic Framework 25%
23. Non Small Cell Lung Cancer 24%
24. Paclitaxel 24%
25. Mitogen Activated Protein Kinase P38 23%
26. Tumor Growth 23%
27. SARS Coronavirus 22%
28. Phosphorylase Kinase 22%
29. Methacrylate 22%
30. Gelatin 22%
31. Infection 20%
32. Reactive Oxygen Metabolite 19%
33. Cetuximab 18%
34. Lung Carcinoma 18%
35. Lipoplex 18%
36. Bispecific Antibody 17%
37. Oxaliplatin 17%
38. microRNA 17%
39. Glioblastoma 17%
40. Osteosarcoma 17%
41. Doxorubicin 17%
42. Macrogol Derivative 16%
43. Metastasis 16%
44. Carcinogenesis 16%
45. Cancer Inhibition 15%
46. Biological Marker 15%
47. Prodrug 15%
48. Antiinflammatory Agent 14%
49. Protein Kinase B 14%
50. Tumor Necrosis Factor 14%
51. Contrast Medium 14%
52. Drug Resistance 13%
53. Anti-Inflammatory Drug 13%
54. Combination Therapy 13%
55. Cytokine 13%
56. Pentetic Acid 13%
57. Immunotherapy 12%
58. Fresh Water 12%
59. Polyethyleneimine 12%
60. Neuroprotective Agent 12%
61. Squamous Cell Carcinoma 12%
62. Mouse Model 11%
63. Arsenous Acid 11%
64. Arsenite 11%
65. Confocal Microscopy 11%
66. Nanomedicine 11%
67. Candida 11%
68. Glycoside 11%
69. Transdermal 11%
70. Triple Negative Breast Cancer 11%
71. Endometrium Cancer 11%
72. Single Chain Fragment Variable Antibody 11%
73. Gefitinib 11%
74. Enterovirus A71 11%
75. Virtual Screening 11%
76. Magnolol 11%
77. Corbicula 11%
78. Chinese Hamster 11%
79. Sequestosome 1 11%
80. Fluindostatin 11%
81. Doxycycline 11%
82. Zoledronic Acid 11%
83. Glutathione 11%
84. Caspase 3 10%
85. Clam 10%
86. Blood-Brain Barrier 10%
87. Nanomaterial 10%
88. Phosphotransferase 10%
89. Glucuronide 10%
90. Wound Healing 10%
91. Cell Viability 9%
92. Matrix Metalloproteinase 9%
93. Fluconazole 9%
94. Cisplatin 9%
95. Beta Glucuronidase 9%
96. Colon Carcinoma 9%
97. Triterpene 8%
98. Antiangiogenic 8%
99. Hypothyroidism 8%
100. Catalase 8%