システム情動科学講座

Keyphrases

1. Monkey 100%
2. Spinal Cord 58%
3. Superior Colliculus 44%
4. Primates 40%
5. Rat Embryo 36%
6. Locomotor 36%
7. Pulvinar 36%
8. Ventral Root 33%
9. Activity Rhythm 32%
10. Neuronal Responses 32%
11. Macaque 32%
12. Locomotion 32%
13. Glycine 30%
14. Lumbar Spinal Cord 29%
15. Neonatal Mice 27%
16. 5-hydroxytryptamine 26%
17. Hemodynamic Function 25%
18. Motor Activity 24%
19. Reward Value 24%
20. Fetal Rats 23%
21. Hippocampus 23%
22. Amygdala 20%
23. Motoneuron 20%
24. Knock-in Mouse Model 19%
25. Cortical Activity 19%
26. Gamma Oscillations 19%
27. Rat Spinal Cord 19%
28. Place Cells 18%
29. Virtual Navigation 18%
30. Locomotor Activity 18%
31. Parvalbumin 18%
32. Polar Areas 17%
33. Myofascial Trigger Points (MTrPs) 17%
34. EphA4 17%
35. Platelet-derived Growth Factor Receptor (PDGFR) 17%
36. Dioxin Exposure 16%
37. Central Pattern Generator 16%
38. Neuronal Activity 15%
39. Renshaw Cell 15%
40. Neuronal Circuits 14%
41. Phase Locking 14%
42. Ca2+ 14%
43. Electroencephalography 14%
44. Prefrontal Cortex 14%
45. Brain Regions 14%
46. Developmental Changes 14%
47. Medial Prefrontal Cortex (mPFC) 14%
48. Anterior Cingulate Cortex 13%
49. Treadmill 13%
50. Social Interaction 13%
51. Retrosplenial Cortex 13%
52. Locomotor Rhythm 13%
53. Video-based 12%
54. Behavior Analysis 12%
55. Navigation Task 12%
56. Cortex Neurons 12%
57. Functional Connectivity 12%
58. Motor Circuit 12%
59. Sexual Behavior 12%
60. Glutamate 11%
61. Dried Bonito Broth 11%
62. Ephrin-B3 11%
63. Extracellular Potential 11%
64. Randomized Trial 11%
65. Receptor Knockout 11%
66. Hippocampal Formation 11%
67. Cell Response 11%
68. Analgesic Effect 11%
69. 3D Video 11%
70. N-methyl-D-aspartate Receptor (NMDAR) 11%
71. Retrosplenial 11%
72. Protocadherin 11%
73. Disengagement 11%
74. Trigger Points 11%
75. Neural Representation 11%
76. Male Rats 11%
77. Locomotor Circuits 11%
78. Insula 11%
79. Chronic Low Back Pain (cLBP) 11%
80. Rhesus Monkey 11%
81. Rodents 11%
82. Face-like Patterns 11%
83. Delayed Matching 11%
84. Conditioned Stimulus 11%
85. Monkey Faces 11%
86. Glycine Receptor 11%
87. Near-infrared Spectroscopy 10%
88. GABAA Receptor (GABAAR) 10%
89. 3D System 10%
90. Nonhuman Primate 10%
91. Neural Mechanisms 10%
92. Cerebral Hemodynamics 9%
93. Parvalbumin Neurons 9%
94. Hemodynamic Response 9%
95. Synaptic Input 9%
96. Flexor 9%
97. Alzheimer's Disease 9%
98. Ultrasonic Vocalization 9%
99. Neuroscience 9%
100. Right-sided 8%

Neuroscience

1. Behavior (Neuroscience) 92%
2. Locomotion 48%
3. Face 45%
4. Superior Colliculus 45%
5. In Vitro 40%
6. Prefrontal Cortex 39%
7. Serotonin 36%
8. Amygdala 28%
9. Parvalbumin 28%
10. Hippocampus 25%
11. Receptor Antagonist 25%
12. Glycine Receptor 24%
13. Strychnine 23%
14. Glutamate Receptor 22%
15. Synaptic Transmission 21%
16. Neuronal Activity 21%
17. Axon 19%
18. Receptor 18%
19. Neurobiology 16%
20. Gamma-Aminobutyric Acid 16%
21. Renshaw Cell 16%
22. Glutamic Acid 16%
23. Interneuron 15%
24. GABAA Receptor 15%
25. Place Cell 15%
26. Central Pattern Generator 15%
27. Sexual Behavior 14%
28. Anterior Cingulate Cortex 14%
29. Agonist 14%
30. Platelet-Derived Growth Factor Receptor 14%
31. Decision-Making 13%
32. Neural Network 13%
33. Heart Rate Variability 13%
34. In Vivo 13%
35. Locomotor Activity 12%
36. Nose 12%
37. Hippocampal Formation 11%
38. Action Potential 11%
39. Functional Connectivity 11%
40. NMDA Receptor 11%
41. Gyri 11%
42. Synapse 10%
43. Alzheimer's Disease 10%
44. Near Infrared Spectroscopy 10%
45. Electroencephalography 10%
46. Information Processing 9%
47. Cell Activity 9%
48. Dorsolateral Prefrontal Cortex 9%
49. Aspartic Acid 9%
50. Placebo 8%
51. Motor Cortex 8%
52. Prenatal Development 8%
53. GABA Receptor 8%
54. Subcortical Visual Pathways 8%
55. Orbitofrontal Cortex 8%
56. Neural Circuit 7%
57. Eating Behavior 7%
58. Evoked Potential 7%
59. Functional near Infrared Spectroscopy 7%
60. Local Field Potential 7%
61. Cognitive Function 7%
62. Social Interaction 7%
63. Systems Analysis 7%
64. Theta Rhythm 7%
65. Snake Phobia 7%
66. Motor Neuron 7%
67. Striatum 7%
68. Amyloid Protein 7%
69. Dopamine Release 6%
70. Episodic Memory 6%
71. Hemoglobins 6%
72. Nucleus Accumbens 6%
73. Electroencephalogram 6%
74. Brainstem 6%
75. Voltage Clamp 6%
76. Ultrasonic Vocalization 6%
77. Parkinson's Disease 6%
78. Transcranial Direct Current Stimulation 5%
79. Long-Term Potentiation 5%
80. Vesicular Inhibitory Amino Acid Transporter 5%
81. Parahippocampal Gyrus 5%
82. DNA Template 5%
83. Auditory Evoked Potential 5%
84. Nucleus Accumbens Core 5%
85. Lateral Hypothalamus 5%
86. Neuropharmacology 5%
87. Postherpetic Neuralgia 5%
88. Ephrin B3 5%
89. Lip 5%
90. Bicarbonate 5%
91. Dopamine Receptor D2 5%
92. Systems Neuroscience 5%
93. Volociximab 5%
94. Serotonergic 5%
95. Cell Signaling 5%
96. 5-HT1A Receptor 5%
97. Inferior Frontal Gyrus 5%
98. Thalamus 5%
99. Executive Function 5%
100. Astaxanthin 5%