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Article: Computation of interaural time difference in the owl's coincidence detector neurons.
Full Text (publisher's website) ; Article Metadata ; Article Data (extracted) Funabiki K; Ashida G; Konishi M J. Neurosci., 2011
Table 3.
Parameters used for the NL neuron model
| Parameter | Value |
|---|---|
| Membrane capacitance density | Cm = 1 μF/cm2 |
| Surface of soma | Asoma = 2400 μm2 |
| Surface of node | Anode = 20 μm2 |
| Capacitances | Csoma = CmAsoma = 24 pF, Cnode = CmAnode = 0.2 pF |
| Reversal potential of Na current | ENa = +35 mV |
| Reversal potential of K current | EK = −75 mV |
| Reversal potential of leak current | Eleak = −60 mV |
| Reversal potential of EPSC | Esynaptic = 0 mV |
| Sodium conductance densities | GNasoma = 0, GNanode = 7500 mS/cm2 |
| KHVA conductance densities | GKHVAsoma = 0 mS/cm2, GKHVAnode = 2250 mS/cm2 |
| KLVA conductance densities | GKLVAsoma = 8 mS/cm2, GKLVAnode = 40 mS/cm2 |
| Leak conductance densities | Gleaksoma = 2 mS/cm2, Gleaknode = 10 mS/cm2 |
| Maximum Na conductances | ḡNasoma = 0, ḡNanode = 1500 nS |
| Maximum KHVA conductances | ḡKHVAsoma = 0, ḡKHVAnode = GKHVAnodeAnode = 450 nS |
| Maximum KLVA conductances | ḡKLVAsoma = GKLVAsomaAsoma = 192 nS, ḡKLVAnode = GKLVAnodeAnode = 8 nS |
| Leak conductances | gleaksoma = GleaksomaAsoma = 48 nS, gleaknode = GleaknodeAnode = 2 nS |
| Axonal resistance | ρaxon = 100 Ωcm |
| Axonal size | Length (between soma and node), Laxon = 60 μm; diameter, Daxon = 3 μm |
| Axonal conductance | gaxon = (πDaxon2)/(4ρaxonLaxon) = 118 nS |
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This table summarizes the parameters used in our simulation.
Inferred neuron-electrophysiology data values
| Neuron Type | Neuron Description | Ephys Prop | Extracted Value | Standardized Value | Content Source |
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