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1. A Simple Reflex Loop
2. Action Potential I: Qualitative Introduction and Current Clamp
3. Action Potential II: Voltage Clamp and Analysis of the Potassium Current
4. Action Potential III: Sodium Current, Patch Clamp, and Ion Channels
5. Action Potential IV: Hodgkin-Huxley Equations and Other Conductances
6. Action Potential V: Design and Analysis of Complex Neurons
7. Action Potentials III Answer 1
8. Action Potentials III Answer 2
9. Action Potentials V Lab Notebook Table
10. Attendance
11. Benchmark III agv13
12. Benchmark III axl90
13. Benchmark III ixk51
14. Benchmark III kjk103
15. Benchmark II agv13
16. Benchmark II axl90
17. Benchmark II ixk51
18. Benchmark II kjk103
19. Benchmark IV agv13
20. Benchmark IV axl90
21. Benchmark IV ixk51
22. Benchmark IV kjk103
23. Benchmark I agv13
24. Benchmark I axl90
25. Benchmark I ixk51
26. Benchmark I kjk103
27. Bursting Identification Table
28. CablePropertiesIQuestion4
29. Cable Properties I: Passive Properties
30. Cable Properties II: Temporal Characteristics and Myelination
31. Cable Properties III: Design and Analysis of Branching Neurons
32. Cable Theory Parameters and Units
33. Cell Identification Table
34. Central Pattern Generators I: From Behavior to a Circuit
35. Central Pattern Generators II: Analysis of Tritonia Escape Swim Circuit Interneurons
36. Central Pattern Generators III: Role of Modulation in a Central Pattern Generator
37. Circuit Analysis Lab Notebook Table
38. Comments on Course Materials
39. Conceptual checkoffs
40. Course Topics
41. Course policies
42. Course syllabus
43. Creating an Effective Team
44. Critical Thinking
45. Derevation
46. DerivationSphericalCell
47. Don't Cheat
48. Equilibrium Potentials I
49. Equilibrium Potentials II
50. Equilibrium Potentials II Answer 1

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