研究推進機構生命科学先端研究支援ユニット遺伝子実験施設

Keyphrases

1. Apoptosis 91%
2. Temperature Sensitivity 82%
3. Simian Virus 40 Large T Antigen 80%
4. Transgenic Mice 77%
5. Ultrasound 70%
6. Gene Expression 68%
7. Hyperthermia 56%
8. Human Leukemia U937 Cells 53%
9. Gene Network 53%
10. Low-intensity Pulsed Ultrasound (LIPUS) 53%
11. Osteoclast 51%
12. Induced Apoptosis 50%
13. H+-ATPase 49%
14. Molecular Mechanism 49%
15. Colonic Epithelial Cells 45%
16. Epithelial Cell Line 40%
17. Expression Level 38%
18. Genetic Network 38%
19. Cell Death 36%
20. Osteoblast 35%
21. Quantitative PCR 35%
22. Cancer Cells 35%
23. Goldfish 32%
24. Neonicotinoid Insecticides 29%
25. Heat Shock Proteins 28%
26. Calcium Metabolism 27%
27. Cell Proliferation 27%
28. Clothianidin 26%
29. Granulocyte Colony-stimulating Factor (G-CSF) 26%
30. Sertoli Cells 25%
31. Cell Survival 24%
32. Bcl2-associated Athanogene 3 (BAG3) 23%
33. Tumor 23%
34. Heat Shock Protein 70 (HSP70) 23%
35. Heat Stress 23%
36. MRNA Expression 23%
37. Microarray 22%
38. Osteoblastic Activity 22%
39. In Cancer 21%
40. Overexpression 21%
41. Cell Differentiation 21%
42. MRNA Level 21%
43. Mild Hyperthermia 21%
44. Calcitonin 21%
45. Osteoclastic Activity 20%
46. Male Mice 20%
47. Upregulated Genes 20%
48. NOAEL 20%
49. Knockdown 19%
50. Intestinal Epithelial Cells 19%
51. Surface mucus Layer 19%
52. Incubation 19%
53. Gastric mucosa 19%
54. Sodium Fluoride 18%
55. Ebselen 18%
56. TAK1 18%
57. Leydig Cells 18%
58. Na+-K+ ATPase 18%
59. Neonicotinoids 18%
60. U937 Cells 18%
61. Cell Growth 17%
62. Large T-antigen (LTAg) 17%
63. Goldfish Scales 17%
64. Gene Expression Profiling 17%
65. Punctata 17%
66. Inhibitory Effect 16%
67. In Vitro Model 16%
68. Biological Function 16%
69. Spaceflight 16%
70. Bisphenol A 16%
71. Differentially Expressed 16%
72. Gastric Epithelial Cells 16%
73. Microarray Analysis 16%
74. Induced Cell Death 16%
75. Changes in Gene Expression 16%
76. Eyelid 15%
77. Hyperthermia Treatment 15%
78. DNA Microarray 15%
79. Butyrate 15%
80. Bone Metabolism 15%
81. Cell Surface 15%
82. Cell-to-cell 15%
83. DNA Microarray Analysis 15%
84. Sodium Butyrate 15%
85. Gastric Acid Secretion 15%
86. HSC-3 Cells 15%
87. Human Oral Squamous Cell Carcinoma 15%
88. Epithelial Cells 14%
89. HeLa Cells 14%
90. Downregulated Genes 14%
91. Sodium Chloride 14%
92. Selenoorganic Compounds 14%
93. Honey 14%
94. Sebaceous Carcinoma 14%
95. Dinotefuran 14%
96. Fetal Exposure 14%
97. 7,12-dimethylbenz(a)anthracene 14%
98. Oral Squamous Cell Carcinoma Cells 13%
99. K+-ATPase Activity 13%
100. Polycyclic Aromatic Hydrocarbons 13%

Biochemistry, Genetics and Molecular Biology

1. Gene Expression 100%
2. Gene Network 58%
3. Cell Death 54%
4. Cancer Cell 53%
5. Microarrays 48%
6. Gene Expression Profiling 46%
7. Genetics 42%
8. Messenger RNA 41%
9. Heat Shock Protein 39%
10. Upregulation 38%
11. ATPase 36%
12. Simian Virus 40 36%
13. DNA Microarray 31%
14. Cell Proliferation 30%
15. Cell Growth 26%
16. Real-Time Polymerase Chain Reaction 25%
17. Osteoblast 25%
18. Sertoli Cell 25%
19. Cell Survival 25%
20. Heat Stress 24%
21. Osteoclast 24%
22. Goldfish 23%
23. Kinase 23%
24. Phosphotransferase 23%
25. Transgenic Mouse 22%
26. P53 22%
27. Biological Functions 21%
28. Claudin 21%
29. Bone Remodeling 19%
30. Cell Cycle 19%
31. Ultrasound 18%
32. cDNA Microarray 17%
33. Butyrate 17%
34. Western Blotting 17%
35. Transgenic Rat 16%
36. Cellular Differentiation 16%
37. Protein Kinases 16%
38. Flight 16%
39. Oxidative Stress 16%
40. Downregulation 16%
41. Tumor Necrosis Factor 15%
42. Heme Oxygenase 15%
43. Normal Human 12%
44. Endoplasmic Reticulum Stress 12%
45. Mitochondrial Membrane Potential 12%
46. Small Interfering RNA 12%
47. Hsp70 12%
48. Melatonin 11%
49. Blood Plasma 11%
50. Gene Cluster 11%
51. Autophagy 10%
52. Radiosensitivity 10%
53. DNA Fragmentation 10%
54. Alkaline Phosphatase 10%
55. Microgravity 10%
56. Osteolysis 10%
57. Secretion (Process) 10%
58. Carcinogenesis 9%
59. Caspase 3 9%
60. Cell Damage 9%
61. MicroRNA 9%
62. Sebaceous Gland 9%
63. Cytokine 9%
64. Stromal Cell 9%
65. Interferon 9%
66. Cholecystokinin A Receptor 9%
67. Gastrin 9%
68. RANKL 9%
69. Extracellular Signal-Regulated Kinases 9%
70. Protein Expression 9%
71. Cell Viability 8%
72. Isoform 8%
73. Colon 8%
74. Gene Expression Level 8%
75. Biological Activity 8%
76. Cell Marker 8%
77. Heat Shock Transcription Factor 1 8%
78. Cytolysis 8%
79. Calcitonin 8%
80. DNA Damage 8%
81. Enzyme 8%
82. SRY Gene 7%
83. Keratinocyte 7%
84. Granulocyte Colony-Stimulating Factor 7%
85. Phosphatidylserine 7%
86. Apoptosis 7%
87. Cysteine 7%
88. Mitochondrion 7%
89. Mucin 7%
90. Transcription Factors 7%
91. DNA Repair 7%
92. Independent Pathway 7%
93. Cosmic Radiation 7%
94. X Ray 7%
95. Nicotinic Acetylcholine Receptor 7%
96. Transcription 6%
97. Ataxia Telangiectasia Mutated 6%
98. Enzyme Active Site 6%
99. Cardiac Glycoside 6%
100. Amino Acids 6%