神経・腫瘍のシグナル解析プロジェクト研究

Biochemistry, Genetics and Molecular Biology

1. Somite 100%
2. Somitogenesis 88%
3. Mesoderm 55%
4. Xenopus 49%
5. Ascidiacea 49%
6. Cell Adhesion 49%
7. Cadherin 49%
8. Xenopus laevis 36%
9. Mouse 35%
10. Transcription 32%
11. Anticodon 30%
12. Uridine 30%
13. Corepressor 30%
14. Phosphatase 24%
15. Small GTPase 24%
16. Thrombocyte Activation 24%
17. Phosphoinositide 24%
18. Animal 24%
19. Zymogen 24%
20. Amylase Release 24%
21. Transfer RNA 24%
22. T Box Transcription Factor 24%
23. IQGAP1 24%
24. Genetic Code 24%
25. Mitochondrial Genome 24%
26. Urochordata 24%
27. Chordata 24%
28. Notch Signaling Pathway 24%
29. Binding Protein 24%
30. GTPase 24%
31. Bile Acid 24%
32. G Protein 24%
33. Guanosine Triphosphate 24%
34. Platelet 20%
35. Zebra Fish 20%
36. Cholecystokinin 17%
37. Monospecific Antibody 16%
38. Catenin 16%
39. Promoter Region 16%
40. Development 16%
41. Biogenesis 16%
42. MYO5A 15%
43. Cysteine 14%
44. Enzyme Activation 14%
45. Diacylglycerol 14%
46. Amino Acids 14%
47. Subcellular Localization 12%
48. Cell Membrane 12%
49. Gene Expression 12%
50. Antibody Labeling 12%
51. Cytosolic Fraction 12%
52. Immunoreactivity 12%
53. Mutant Drosophila 12%
54. Posttranslational Modification 9%
55. Phosphatidylinositol 9%
56. Protein Kinase C 9%
57. Enzymatic Hydrolysis 9%
58. Lipid 9%
59. Diglyceride 9%
60. Germ Layer 9%
61. Phosphotransferase 8%
62. Kinase 8%
63. Luciferase 8%
64. Peptide Sequence 8%
65. Experimental Animal 8%
66. Tetrapeptide 8%
67. Gene Control 8%
68. Cell Contact 6%
69. Mouse Mutant 6%
70. Knockout Mouse 6%
71. Cytidine 6%
72. McHerry 6%
73. T-Box 6%
74. Primitive Streak 6%
75. Mitochondrion 6%
76. Methionine 6%
77. RNA Sequence 6%
78. Nucleotide Sequence 6%
79. MyoD 5%

Keyphrases

1. MYC Gene 24%
2. Swiss 3T3 24%
3. Prenyl 24%
4. Cell Adhesion 24%
5. 3T3 Fibroblasts 24%
6. Growth Factors 24%
7. Monocyte Migration 24%
8. Human Gastrulation 24%
9. Random Migration 24%
10. Human Brain Microvascular Endothelial Cells (HBMEC) 24%
11. Internal Analysis 24%
12. Somite Formation 24%
13. Mouse Early Development 24%
14. Mesendoderm 24%
15. E-cadherin 24%
16. Mode of Action 24%
17. Cdc42 24%
18. Ripply3 24%
19. Universal Genetic Code 24%
20. TRNA Anticodon 24%
21. IQGAP1 24%
22. Ascidian 24%
23. Uridine 24%
24. Urochordata 24%
25. Smad3 Phosphorylation 24%
26. Chordata 24%
27. Physical Interaction 24%
28. Mesodermal 24%
29. Notch Signaling 24%
30. Light-sheet Microscopy 24%
31. Tumor Promoter 24%
32. Tbx6 24%
33. Rac1 24%
34. Groucho 24%
35. Guanosine Deaminase 24%
36. Presomitic Mesoderm 24%
37. Somite 24%
38. Still Life 24%
39. Myosin Va 24%
40. Catenin 21%
41. Halocynthia 21%
42. MYO5A 15%
43. Germ Layers 14%
44. Phospholipid Bilayer 12%
45. Fibroblast Growth Factor 1 (FGF1) 12%
46. Gene Activation 12%
47. KB Cells 12%
48. Drosophila mutants 12%
49. Terminal Change 12%
50. Active State 12%
51. Induced Membrane 12%
52. Somite Segmentation 10%
53. Primitive Streak 9%
54. E-cadherin Adhesion 9%
55. Diglycerides 9%
56. Bile Acids 9%
57. DNA Synthesis 9%
58. Wobble Position 8%
59. Wobble Modification 8%
60. Lunatic Fringe 8%
61. Organ Differentiation 8%
62. Mesp 8%
63. Stripe Pattern 8%
64. Claudin-5 8%
65. Barrier System 8%
66. Tetrapeptide 8%
67. RNA Injection 8%
68. Axial Skeleton 8%
69. Xenopus Laevis Embryo 8%
70. Boundary Formation 8%
71. Somitogenesis 8%
72. Rostro-caudal 8%
73. Universal Code 8%
74. Near-cognate Codon 8%
75. Misreading 8%
76. Mitochondrial tRNA 8%
77. Genetic Code Alterations 8%
78. Decoding Mechanism 8%
79. Decoding System 8%
80. Genetic Code 8%
81. Anticodon 8%
82. TRNAGly 8%
83. Halocynthia Roretzi 8%
84. Urochordates 7%
85. Cadherin 7%
86. T-box Proteins 7%
87. Protein Kinase 6%
88. Positive Cooperativity 6%
89. Negative Cooperativity 6%
90. Reaction Velocity 6%
91. Cyclic Adenosine Monophosphate (cAMP) 6%
92. Ca2+ 6%
93. Inward Migration 6%
94. SOX17 6%
95. Zebrafish Embryo 6%
96. Yolk Syncytial Layer 6%
97. Phorbol Ester 6%
98. Notch Expression 5%
99. Animal Cap 5%
100. MyoD 5%