General Settings

Capacitance (µF/cm²)

1.00

Injected current slider (µA/cm²)

3.00

Injected Current (µA/cm²) (time, V, i) => i

The variables are: (time [ms], V [mV], slider [µA/cm²]) => injected current [µA/cm²]

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Simulation Settings

Precision Level (dimensionless; solver tolerance = $10^{-n}$)

6.00

Simulation Time (ms)

50.00

Max compute steps

10000

770 steps used in current simulation

Ion Channels

Sodium

Sodium Equilibrium Potential (mV)

115.00

Sodium Max Conductance (mS/cm²)

120.00

Conductance Coefficient (dimensionless, 0-1) (s) => Math.pow(s.variables["m"], 3) * s.variables["h"]

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Potassium

Potassium Equilibrium Potential (mV)

-12.00

Potassium Max Conductance (mS/cm²)

36.00

Conductance Coefficient (dimensionless, 0-1) (s) => Math.pow(s.variables["n"], 4)

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Leak

Leak Equilibrium Potential (mV)

10.61

Leak Max Conductance (mS/cm²)

0.30

Conductance Coefficient (dimensionless, 0-1) (s) => 1

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Gating Parameters

m

Voltage Shift (mV)

0.00

Alpha (1/ms) (u) => .1 * (25 - u) / (Math.pow(Math.E, (25 - u) / 10) - 1)

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Beta (1/ms) (u) => 4 * Math.pow(Math.E, -u / 18)

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n

Voltage Shift (mV)

0.00

Alpha (1/ms) (u) => .01 * (10 - u) / (Math.pow(Math.E, (10 - u) / 10) - 1)

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Beta (1/ms) (u) => .125 * Math.pow(Math.E, -u / 80)

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h

Voltage Shift (mV)

0.00

Alpha (1/ms) (u) => .07 * Math.pow(Math.E, -u / 20)

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Beta (1/ms) (u) => 1 / (Math.pow(Math.E, (30 - u) / 10) + 1)

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Reset All

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