医学部・生理学Ⅱ

Keyphrases

1. Serotonergic Synapse 31%
2. Electrical Synapse 31%
3. Solid-state Spin 31%
4. Solid State 31%
5. Structural Properties 31%
6. Functional Segregation 31%
7. Long-range Coherence 31%
8. Coherence Time 31%
9. Connexin36 31%
10. Rat Retinal Ganglion Cells 31%
11. Space Representation 31%
12. Allocentric Representation 31%
13. Network Properties 31%
14. Cell Coupling 31%
15. Synaptic Ultrastructure 31%
16. Horizontal Cell 31%
17. Fgf15 31%
18. Extrinsic Signals 31%
19. Partial Reprogramming 31%
20. Pluripotency Factors 31%
21. Spin Coherence Time 21%
22. Dendritic Field 21%
23. Allocentric 21%
24. Transient Current 15%
25. Persistent Current 15%
26. Ganglion Cells 12%
27. Ribbon Synapse 12%
28. Cell Pair 12%
29. LHX6 12%
30. Synaptic Ribbon 11%
31. Steady-state Inactivation 10%
32. Recovery from Inactivation 10%
33. Diamond Semiconductor 10%
34. Quantum Sensing 10%
35. Quantum Networks 10%
36. Single Spin 10%
37. Quantum Information Processing 10%
38. Decoherence 10%
39. Entorhinal 10%
40. Dynamic Plasticity 10%
41. Cortex Layers 10%
42. Theta Phase Precession 10%
43. Sharp-wave Ripple 10%
44. Neurophysiological Data 10%
45. Circuit Dynamics 10%
46. Reasons-first 10%
47. Cortical Patterns 10%
48. Telencephalic Development 10%
49. Pyriform 10%
50. Dace 10%
51. Field Coverage 10%
52. Transient Response 10%
53. Primary Dendrite 10%
54. Soma Size 10%
55. Spatial Summation 10%
56. Retinal Periphery 10%
57. Electrical Connection 10%
58. Electron Spin 10%
59. Single Electron Spin 10%
60. Single Crystal Diamond 10%
61. Impurity Doping 10%
62. 28Si 10%
63. Quantum Technologies 10%
64. Quantum Devices 10%
65. Spin Bath 10%
66. Spin Dephasing 10%
67. Hahn Echo 10%
68. Device Engineering 10%
69. Dephasing Time 10%
70. Information Quanta 10%
71. Whole-genome Bisulfite Sequencing 10%
72. Neuronal Reprogramming 10%
73. Lateral Gap 9%
74. Dual Patches 9%
75. Neurobiotin 9%
76. Lateral Inhibition 9%
77. High-voltage Electron Microscopy 9%
78. Dendrodendritic 9%
79. Biocytin 8%
80. Reward Seeking 7%
81. Course of Action 7%
82. Data Falsification 7%
83. Being Alone 7%
84. Nesting Material 7%
85. Pup Retrieval 7%
86. Social Contact Behaviour 7%
87. Maternal Contact 7%
88. Non-social 7%
89. Alloparental Behavior 7%
90. Reproductive Value 7%
91. Fiber Photometry 7%
92. Virgin Females 7%
93. Confocal Laser Scanning 6%
94. Electron Transfer Channel 6%
95. Temporal Synchronization 6%
96. Coupling Coefficient 6%
97. Intracellular Labeling 6%
98. Albino Rats 6%
99. Tracer Coupling 6%
100. Vesicle Cluster 6%

Neuroscience

1. Amacrine Cell 100%
2. Gap Junction 70%
3. Nucleus Accumbens 63%
4. In Vivo 55%
5. Electron Microscopy 49%
6. Behavior (Neuroscience) 47%
7. Neurotransmission 39%
8. Biocytin 38%
9. Retinal Ganglion Cell 31%
10. Cyclic Adenosine Monophosphate 31%
11. Place Cell 31%
12. Hippocampus 31%
13. Soma 31%
14. Electrical Synapse 31%
15. Dendrite 31%
16. Indoleamine 31%
17. Norepinephrine 31%
18. Dopamine Receptor 31%
19. Embryonic Stem Cell 31%
20. Calcitonin Receptor 31%
21. Social Behavior 31%
22. Preoptic Area 31%
23. NEUROD1 31%
24. Alpha Cell 26%
25. Agonist 23%
26. Hedgehog Signaling Pathway 23%
27. Sonic Hedgehog 23%
28. 8 Bromo Cyclic AMP 16%
29. Photoreceptor 15%
30. Cell Membrane 15%
31. Cocaine Dependence 15%
32. Cell Density 15%
33. Cell Signaling 15%
34. Dopaminergic 15%
35. Serotonin 15%
36. Receptive Field 14%
37. Basal Ganglia 12%
38. Synaptic Plasticity 10%
39. Entorhinal Cortex 10%
40. Cell Activity 10%
41. Ribbon Synapse 10%
42. Entactin 10%
43. Gamma-Aminobutyric Acid 9%
44. Eicosanoid Receptor 7%
45. NMDA Receptor 7%
46. Nesting 7%
47. Ganglionic Eminence 7%
48. Neuroectoderm 7%
49. Long-Term Potentiation 7%
50. Social Interaction 7%
51. Stem Cell Culture 7%
52. Cannabinoid 1 Receptor 7%
53. Ion Permeability 7%
54. C-Fos 7%
55. Adenosine 7%
56. Neurotransmitter Receptor 7%
57. Endocannabinoid 7%
58. Neural Plate 7%
59. Gap Junction Protein 7%
60. Cyclic Guanosine Monophosphate 7%
61. Lateral Inhibition 7%
62. MS Contin 6%
63. Spatial Summation 6%
64. Retinal 5%
65. Amphotericin B 5%