薬物治療学研究室

Keyphrases

1. Methamphetamine 100%
2. Shati 76%
3. Brain-derived Neurotrophic Factor 58%
4. Nerve Growth Factor 50%
5. Alzheimer's Disease 46%
6. Nucleus Accumbens 45%
7. Hippocampus 45%
8. Glial Cell Line-derived Neurotrophic Factor 32%
9. Tumor Necrosis Factor-α 29%
10. Amyloid Protein 28%
11. Morphine 27%
12. Overexpression 25%
13. Rat Brain 25%
14. Factor Content 24%
15. Toxic Conformer 20%
16. Neurotoxicity 20%
17. Knock-in Mouse Model 19%
18. Oral Administration 18%
19. Piccolo 18%
20. N-acetyltransferase 2 (NAT2) 17%
21. N-acetylaspartate 17%
22. Drug Dependence 16%
23. Cognitive Impairment 16%
24. NAT8L 16%
25. Basal Forebrain 15%
26. Neuronal Network 15%
27. Dopamine 15%
28. Medial Prefrontal Cortex (mPFC) 15%
29. Dipeptide 15%
30. Cognitive Dysfunction 14%
31. Phencyclidine 14%
32. Immunoreactivity 14%
33. Conditioned Place Preference 14%
34. Rewarding Effect 13%
35. Memory Impairment 13%
36. Protective Effect 13%
37. Neurotrophin-3 (NT-3) 13%
38. Schizophrenia 13%
39. Inducer 13%
40. Striatum 13%
41. Inhibitory Effect 13%
42. Neuronal Dysfunction 13%
43. Choline Acetyltransferase (ChAT) 12%
44. Dopamine D1 Receptor 12%
45. Hyperlocomotion 12%
46. Phosphorylation 12%
47. Nicotinic Acetylcholine Receptor (nAChR) 12%
48. Neurotrophic Factors 12%
49. Aged Rats 11%
50. Tissue Plasminogen Activator (t-PA) 11%
51. Learning Impairment 11%
52. Discriminative Stimulus Effects 11%
53. Seeking Behavior 11%
54. 4-Methylcatechol 11%
55. Dopamine Release 11%
56. Prefrontal Cortex 11%
57. Cerebral Cortex 10%
58. Place Preference 10%
59. Oxidative Stress 10%
60. Long-term Potentiation 10%
61. Alzheimer's Disease Model 10%
62. Dopamine Uptake 10%
63. Propentofylline 10%
64. Passive Avoidance 10%
65. Striatal 9%
66. Adult Rats 9%
67. Superoxide Dismutase 1 (SOD1) 9%
68. Nicotine 9%
69. Cognitive Function 9%
70. Central Nervous System 9%
71. Novel Molecules 9%
72. Knockdown 9%
73. Corticosterone 9%
74. Galantamine 9%
75. Depressive-like Behavior 9%
76. Aging 9%
77. Dorsal Striatum 9%
78. Anti-nerve Growth Factor 9%
79. Nerve Growth Factor Inhibitors 8%
80. Continuous Infusion 8%
81. Neuroprotective Effect 8%
82. DNA Methylation (DNAm) 8%
83. Behavioral Sensitization 8%
84. Neuronal Cell Death 8%
85. Rat Cerebral Cortex 8%
86. Skin Atrophy 8%
87. Leucine 8%
88. Wild Mice 8%
89. Brain Regions 8%
90. Cognitive Decline 8%
91. Idebenone 8%
92. MRNA Expression 8%
93. Oligomerization 8%
94. Gene-deficient Mice 7%
95. Macrophages 7%
96. MRNA Level 7%
97. Amyloid-β Peptide 7%
98. C57BL 7%
99. Oxidative Damage 7%
100. Methamphetamine Self-administration 7%

Neuroscience

1. Brain-Derived Neurotrophic Factor 59%
2. Nucleus Accumbens 53%
3. Nerve Growth Factor 51%
4. Amyloid Protein 49%
5. Behavior (Neuroscience) 48%
6. Hippocampus 48%
7. Glial Cell Line-Derived Neurotrophic Factor 39%
8. Alzheimer's Disease 37%
9. Messenger RNA 34%
10. Cognitive Disorders 32%
11. Conditioned Place Preference 28%
12. Morphine 27%
13. Cholinergic 26%
14. Dopaminergic 25%
15. Prefrontal Cortex 25%
16. Necrosis 22%
17. Cerebral Cortex 21%
18. In Vivo 20%
19. N-Acetyltransferase 20%
20. Neurotoxicity 19%
21. Striatum 17%
22. Dorsal Striatum 16%
23. Basal Forebrain 15%
24. Dipeptide 15%
25. Aspartic Acid 15%
26. Receptor 14%
27. Phencyclidine 14%
28. Dopamine Release 14%
29. Neuronal Cell Death 14%
30. Neurotrophin-3 13%
31. Dopamine Receptor D1 13%
32. Choline Acetyltransferase 13%
33. Neuroprotective Agent 13%
34. Oxidative Stress 13%
35. Nicotinic Acetylcholine Receptor 12%
36. Memory Disorder 12%
37. Dopamine Uptake 12%
38. Neurotrophic Factor 11%
39. Microglia 10%
40. Cell Signaling 10%
41. Promoter Region 10%
42. Cyclic Adenosine Monophosphate 10%
43. Propentofylline 10%
44. Cognitive Function 10%
45. Galantamine 9%
46. DNA Methylation 9%
47. Long-Term Potentiation 9%
48. Synaptic Transmission 9%
49. In Vitro 9%
50. Cholinesterase 9%
51. Astrocyte 9%
52. Central Nervous System 9%
53. Corticosterone 9%
54. Nerve Growth Factor Antibody 8%
55. Oligomer 8%
56. Methamphetamine Dependence 8%
57. Glutamic Acid 8%
58. Tumor Necrosis Factor Alpha 8%
59. Neurogenesis 8%
60. Learning Disabilities 8%
61. Beta Amyloid 8%
62. Tissue Plasminogen Activator 8%
63. Isoleucine 8%
64. Methylation 8%
65. Kinase 8%
66. Social Interaction 8%
67. Fear Conditioning 8%
68. Macrophage 8%
69. Locomotor Activity 7%
70. Recognition Memory 7%
71. Ventral Tegmental Area 7%
72. Receptor Antagonist 7%
73. Dopamine Receptor 7%
74. Adeno Associated Virus Vector 7%
75. Antioxidant 7%
76. Cancer Growth Factor 7%
77. Amygdala 6%
78. MMP2 6%
79. Major Depressive Disorder 6%
80. Gene Expression 6%
81. Acetylcholine 6%
82. Risperidone 6%
83. Antidepressant 6%
84. Social Defeat 6%
85. Extracellular Signal-Regulated Kinases 6%
86. Frontal Lobe 6%
87. Serotonergic 6%
88. Dopamine Transporter 6%
89. Synaptic Plasticity 6%
90. Cerebral Ventricle 6%
91. Gamma-Aminobutyric Acid 6%
92. Matrix Metalloproteinase 5%
93. Metalloprotease Inhibitor 5%
94. Scopolamine 5%
95. Neurotrophin 5%
96. Dentate Gyrus 5%
97. Fibrinolysin 5%
98. Senile Dementia 5%
99. Progenitor Cell 5%
100. Internalization 5%