#
NEURON Hands-on Course

##
EXERCISES

### Table of Contents

### 1. Lipid Bilayer |  | ### 3
### 2. Hodgkin - Huxley axon |  | ### 5
### 3. Ball - Stick model |  | ### 7
### 4. HOC exercises |  | ### 19
### 5. Model Control : Arbitrary forcing functions |  | ### 29
### 6. Model Control : Simulation Families |  | ### 33
### 7. Linear Circuits 1 : Two electrode voltage clamp |  | ### 39
### 8. NMODL : HH type channels |  | ### 45
### 9. NMODL : Kinetic Scheme : potassium channel |  | ### 47
### 10. Using ModelDB |  | ### 61
### 11. NMODL : Kinetic Scheme : calcium pump |  | ### 67
### 12. NMODL : Parameter Discontinuities : pulse stimulus |  | ### 71
### 13. Networks : discrete event simulations with artificial cells |  | ### 75
### 14. Networks : continuous and hybrid simulations with cells from the CellBuilder |  | ### 79
### 15. Hopfield Brody synchronization (sync) model |  | ### 83
### 16. Custom initialization |  | ### 91
### 17. Working with morphometric data |  | ### 95
### 18. Analyzing electrotonus |  | ### 103
## Informal extras |  |
### Some useful hoc idioms |  | ### 111
### Vector/Matrix : Reading data |  | ### 113
### Vector/Matrix : Subtracting linear response |  | ### 115
### MyFirstNEURON by Arthur Houweling |  | ### (remote)
### Linear Circuits 2: Rectifying gap junction |  | ### 117

NEURON hands-on course
Copyright © 1998-2003 by N.T. Carnevale and M.L. Hines, all rights reserved.