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###Neuron (Hodgkin-Huxley)

Requirements: None
Limitations: None

This is the classic Hodgkin-Huxley model neuron. For best results, make sure your rate of integration is a multiple of your real-time period (or vice versa).

####Input Channels

1. input(0) - Iapp : applied current (A)

####Output Channels

1. output(0) - Vm : membrane voltage (V)

####Parameters

1. V0 - voltage (mV)
2. Cm - membrane capacitance (uF/cm^2)
3. G_Na_max - max. Na+ conductance density (mS/cm^2)
4. E_Na - Na+ reversal potential (mV)
5. G_K_max - max. K+ conductance density (mS/cm^2)
6. E_K - K+ reversal potential (mV)
7. G_L - leak channel conductance density (mS/cm^2)
8. E_L - leak channel reversal potential (mV)
9. Iapp_offset - offset current added to input (uA/cm^2)
10. rate - rate of integration (Hz)

####States

1. m - sodium activation
2. h - sodium inactivation
3. n - potassium inactivation