Modeling Circadian Clock Mechanisms From Synapse To Gene

Keyphrases

1. Suprachiasmatic nucleus Neurons 100%
2. Synapse 100%
3. Clock Mechanism 100%
4. Circadian Clock 100%
5. Circadian Rhythm 66%
6. Activity Patterns 66%
7. Suprachiasmatic nucleus 66%
8. Membrane Excitability 66%
9. Daily Rhythm 66%
10. Day-night Cycle 66%
11. Mathematical Model 66%
12. Timekeeping 66%
13. External Light 33%
14. Electrical Activity 33%
15. Mathematical Framework 33%
16. Light-dark Cycle 33%
17. Urban Community 33%
18. Daily Transitions 33%
19. Neural Behavior 33%
20. Levels of Organization 33%
21. Educational Outreach 33%
22. Clock Control 33%
23. Neuroscience 33%
24. Hormone Production 33%
25. Conductance-based 33%
26. Underserved 33%
27. Circuit Level 33%
28. Health Implications 33%
29. Firing Rate 33%
30. Mathematical Biology 33%
31. Mammalian Circadian Clock 33%
32. BRAIN Initiative 33%
33. Electrical Properties 33%
34. Neuronal Survival 33%
35. Dynamical Analysis 33%
36. Long-term Memory Formation 33%
37. State Transition 33%
38. Cell Membrane 33%
39. Output Signal 33%
40. Detailed Model 33%
41. Computer Simulation Technique 33%
42. Neural Activity 33%
43. Day-night Difference 33%
44. Undergraduate Students 33%
45. Changes in Gene Expression 33%
46. Jet Lag 33%
47. Dynamic Change 33%
48. Interdisciplinary Research 33%
49. Neuronal Death 33%
50. Molecular Clock 33%
51. Simulation System 33%
52. Brain Processes 33%
53. Functional Role 33%
54. Model Simulation 33%
55. Scale Model 33%
56. Mathematical Understanding 33%
57. Impact Area 33%
58. Key Cells 33%
59. Information Flow 33%
60. Sleep Patterns 33%
61. Night Shift Work 33%
62. Animal Behavior 33%
63. Data-driven Model 33%
64. System Modeling 33%
65. Rhythmic Gene Expression 33%