研究推進機構生命科学先端研究支援ユニット分子・構造解析施設

Keyphrases

1. Clothianidin 92%
2. Neonicotinoid Insecticides 77%
3. Male Mice 62%
4. Neonicotinoids 50%
5. NOAEL 49%
6. Gonad 26%
7. Testicle 26%
8. Dinotefuran 18%
9. Anxiety-like Behavior 16%
10. Lactational Exposure 16%
11. Gene Network 16%
12. Neurotoxicity 16%
13. Aged Mice 14%
14. Eyelid 14%
15. Chronic Mild Stress 14%
16. Locomotor Activity 14%
17. Behavioral Effects 13%
18. Emotional Behavior 13%
19. Fipronil 13%
20. Environmental Stress 12%
21. Sertoli Cells 12%
22. Immunoreactivity 12%
23. Transcription Factor 12%
24. Sebaceous Carcinoma 12%
25. Human Mesenchymal Stem Cells (hMSCs) 12%
26. Acute Exposure 12%
27. Low-intensity Pulsed Ultrasound (LIPUS) 12%
28. Nicotinic Acetylcholine Receptor (nAChR) 11%
29. C57BL 11%
30. Fetal Mice 10%
31. Combined Exposure 10%
32. Neurobehavior 10%
33. Doublesex 9%
34. Immunohistochemical Analysis 9%
35. Fetal Exposure 9%
36. Quantitative PCR 9%
37. Developmental Stages 9%
38. Neuronal Activity 9%
39. Anti-Mllerian Hormone 8%
40. Germ Cells 8%
41. Overexpression 8%
42. Oral Administration 8%
43. Behavioral Activity 8%
44. Cell-to-cell 8%
45. Cell Survival 8%
46. Pesticides 7%
47. PCR Analysis 7%
48. Chicken Embryo 7%
49. Gut Microbiota 7%
50. Reproductive Function 7%
51. Behavioral Tests 7%
52. Cell Proliferation 7%
53. In Utero Exposure 7%
54. Behavioral Abnormalities 7%
55. True Hermaphrodite 6%
56. Deltamethrin 6%
57. Behavioral Function 6%
58. Sex-related Genes 6%
59. Hyperactivity 6%
60. Immediate-early Gene 6%
61. Somite 6%
62. Subchronic Exposure 6%
63. Dentate Gyrus 6%
64. Audible Vocalization 6%
65. Neurogenesis 6%
66. Neurite 6%
67. Y Chromosome 6%
68. Morphological Study 6%
69. Bioinformatics Analysis 6%
70. Bilateral Ovaries 6%
71. Ontogenic 6%
72. Sex Reversal 6%
73. Genetic Modification 6%
74. Dopaminergic Neurons 6%
75. Liver Steatosis 6%
76. Hikeshi 6%
77. Chronic Low-dose Exposure 6%
78. Imidacloprid 6%
79. Reproductive Dysfunction 6%
80. High-fat Diet 6%
81. Cyclin-dependent Kinase 1 (CDK1) 6%
82. Cyclin E1 6%
83. Cell Differentiation 6%
84. Early Postnatal 6%
85. Causal Relationship 6%
86. Two-photon Microscopy 6%
87. Cognitive Behavior 6%
88. Acetamiprid 6%
89. Epithelial Cells 6%
90. Hippocampal Fimbria 6%
91. 2,3,7,8-tetrachlorodibenzo-p-dioxin 6%
92. Developing Mice 6%
93. Maternal-to-fetal Transfer 6%
94. Reference Gene 6%
95. Female Mice 6%
96. Reproductive Organs 6%
97. Human Oral Squamous Cell Carcinoma 6%
98. HSC-3 Cells 6%
99. Age-related Changes 6%
100. Novel Environment 6%

Pharmacology, Toxicology and Pharmaceutical Science

1. Neonicotinoid 100%
2. Clothianidin 96%
3. No-Observed-Adverse-Effect Level 45%
4. Neurotoxicity 19%
5. Dinotefuran 18%
6. Behavioral Effect 12%
7. Intestine Flora 11%
8. Nicotinic Receptor 10%
9. Mitogen Activated Protein Kinase 9%
10. Pyrethroid 9%
11. Corticosterone 8%
12. Cycline 6%
13. Proteasome 6%
14. Deltamethrin 6%
15. Two-Photon Microscopy 6%
16. Imidacloprid 6%
17. Cyclin Dependent Kinase 1 6%
18. Cyclin Dependent Kinase Inhibitor 2A 6%
19. Polypeptide 6%
20. Cyclophilin A 6%
21. 2,3,7,8-Tetrachlorodibenzodioxin 6%
22. Sebaceous Carcinoma 6%
23. RNA Polymerase II 6%
24. Mus musculus 6%
25. Dopamine Receptor Stimulating Agent 6%
26. Sprague Dawley Rat 6%
27. Immunotoxicity 6%
28. Fatty Liver 6%
29. Hyperthermia 6%
30. Kisspeptin 6%
31. Neuroblastoma 6%
32. Hyperactivity 6%
33. Mouth Squamous Cell Carcinoma 6%
34. Lead Poisoning 6%
35. Calcium Ion 5%
36. C57BL/6N Mouse 5%
37. Adverse Event 5%