Skip to main content
Ctrl+K
braincell - Home braincell - Home

Quickstart

  • Overview
  • 概要

Tutorials

  • Channels
  • 通道
  • Ions
  • 离子
  • Cell
  • 细胞

Advanced Tutorials

  • Supplementary Explanation
  • 补充说明
  • Differential Equations
  • 微分方程
  • 例程
    • 低阈值与高阈值钙通道的门控特性对比
    • Code Explanation
    • 兴奋性-抑制性神经元网络(E-I网络)的模拟与分析
    • Simulation and Analysis of Excitatory-Inhibitory Neuronal Networks (E-I Networks)
    • 不同积分方法对 HH 模型神经元动态的影响
    • Effects of Different Integration Methods on HH Neuron Dynamics
    • 丘脑神经元模型的构建与电活动模拟
    • Construction and Electrophysiological Simulation of Thalamic Neuron Models
  • More
  • 更多

API Documentation

  • braincell module
    • HHTypedNeuron
    • SingleCompartment
    • IonChannel
    • Ion
    • IonInfo
    • MixIons
    • Channel
  • braincell.morph module
  • braincell.synapse module
    • AMPA
    • GABAa
    • NMDA
  • braincell.ion module
    • Calcium
    • CalciumFixed
    • CalciumInitNernst
    • CalciumDetailed
    • CalciumFirstOrder
    • Potassium
    • PotassiumFixed
    • PotassiumInitNernst
    • Sodium
    • SodiumFixed
    • SodiumInitNernst
  • braincell.channel module
    • CaN_IS2008
    • CaT_HM1992
    • CaT_HP1992
    • CaHT_HM1992
    • CaHT_Re1993
    • CaL_IS2008
    • Cav1p2_MA2020
    • Cav1p3_MA2020
    • Cav3p1_MA2020
    • CaHVA_MA2020_GoC
    • CaHVA_MA2020_GrC
    • Cav2p3_MA2020_GoC
    • Ca_ZH2019_IO
    • HCN_HM1992
    • HCN1_MA2025_BC
    • HCN1_MA2024_PC
    • HCN1_RI2021_SC
    • HCN1_MA2020_GoC
    • HCN2_MA2020_GoC
    • HCN_SU2015_DCN
    • HCN_ZH2019_IO
    • LeakageChannel
    • IL
    • KDR_Ba2002
    • K_TM1991
    • K_HH1952
    • KA1_HM1992
    • KA2_HM1992
    • KK2A_HM1992
    • KK2B_HM1992
    • KNI_Ya1989
    • K_Leak
    • K_Kv_test
    • fKdr_SU2015_DCN
    • sKdr_SU2015_DCN
    • KM_RI2021_SC
    • Kir2p3_MA2025_BC
    • Kir2p3_MA2024_PC
    • Kir2p3_RI2021_SC
    • Kv1p1_MA2025_BC
    • Kv1p1_MA2024_PC
    • Kv1p1_RI2021_SC
    • Kv3p4_MA2025_BC
    • Kv3p4_MA2024_PC
    • Kv3p4_RI2021_SC
    • Kv4p3_MA2025_BC
    • Kv4p3_MA2024_PC
    • Kv4p3_RI2021_SC
    • KM_MA2020_GoC
    • Kv1p1_MA2020_GoC
    • Kv3p4_MA2020_GoC
    • Kv4p3_MA2020_GoC
    • KM_MA2020_GrC
    • Kir2p3_MA2020_GrC
    • Kv1p1_MA2020_GrC
    • Kv2p2_0010_MA2020_GrC
    • Kv3p4_MA2020_GrC
    • Kv4p3_MA2020_GrC
    • Kdr_ZH2019_IO
    • AHP_De1994
    • Kca3p1_MA2020
    • Kca2p2_MA2020
    • Kca1p1_MA2020
    • Na_Ba2002
    • Na_TM1991
    • Na_HH1952
    • NaF_SU2015_DCN
    • NaP_SU2015_DCN
    • Na_ZH2019_IO
    • Nav1p6_MA2020_GoC
    • Nav1p6_MA2024_PC
    • Nav1p6_MA2025_BC
    • Nav1p6_RI2021_SC
    • Nav1p1_MA2025_BC
    • Nav1p1_RI2021_SC
    • Nav_MA2020_GrC
    • NaFHF_MA2020_GrC
  • braincell.quad module
    • DiffEqState
    • DiffEqModule
    • IndependentIntegration
    • braincell.quad.get_integrator
    • braincell.quad.exp_euler_step
    • braincell.quad.ind_exp_euler_step
    • braincell.quad.euler_step
    • braincell.quad.midpoint_step
    • braincell.quad.rk2_step
    • braincell.quad.heun2_step
    • braincell.quad.ralston2_step
    • braincell.quad.rk3_step
    • braincell.quad.heun3_step
    • braincell.quad.ssprk3_step
    • braincell.quad.ralston3_step
    • braincell.quad.rk4_step
    • braincell.quad.ralston4_step
    • braincell.quad.diffrax_euler_step
    • braincell.quad.diffrax_heun_step
    • braincell.quad.diffrax_midpoint_step
    • braincell.quad.diffrax_ralston_step
    • braincell.quad.diffrax_bosh3_step
    • braincell.quad.diffrax_tsit5_step
    • braincell.quad.diffrax_dopri5_step
    • braincell.quad.diffrax_dopri8_step
    • braincell.quad.diffrax_bwd_euler_step
    • braincell.quad.diffrax_kvaerno3_step
    • braincell.quad.diffrax_kvaerno4_step
    • braincell.quad.diffrax_kvaerno5_step
  • braincell.vis module
    • braincell.vis.plot2d
    • braincell.vis.plot3d
    • braincell.vis.plot_movie
    • braincell.vis.plot_traces
    • braincell.vis.plot_dendrogram
    • braincell.vis.plot_topology
    • braincell.vis.plot_sholl
    • braincell.vis.plot_branch_order_histogram
    • braincell.vis.compare_morphologies
    • braincell.vis.compare_values
    • VisHooks
    • PickInfo
    • braincell.vis.theme
    • braincell.vis.publication_theme
    • braincell.vis.configure_defaults
    • braincell.vis.get_defaults
    • braincell.vis.reset_defaults
    • braincell.vis.set_defaults
    • braincell.vis.save_figure
    • VisDefaults
    • PublicationTheme
    • OverlaySpec
    • ValueSpec
    • LayoutConfig
    • LayoutCache
  • Release Notes
  • .rst

Nav1p6_MA2020_GoC

Contents

  • Nav1p6_MA2020_GoC
    • Nav1p6_MA2020_GoC.current()
    • Nav1p6_MA2020_GoC.root_type

Nav1p6_MA2020_GoC#

class braincell.channel.Nav1p6_MA2020_GoC(size, temp=Quantity(295.15, 'K'), g_max=Quantity(16., 'mS / cm^2'), name=None, solver='backward_euler', substeps=1)#

Template-based import of Nav1p6_MA2020_GoC.mod.

current(V, Na)[source]#

Calculate the current for this ion channel.

This method should be implemented by subclasses to compute the current based on the channel’s specific properties and state.

Parameters:
  • *args – Variable length argument list.

  • **kwargs – Arbitrary keyword arguments.

Raises:

NotImplementedError – This method must be implemented by subclasses.

root_type#

alias of Sodium

previous

Na_ZH2019_IO

next

Nav1p6_MA2024_PC

Contents
  • Nav1p6_MA2020_GoC
    • Nav1p6_MA2020_GoC.current()
    • Nav1p6_MA2020_GoC.root_type

By BrainX Ecosystem

© Copyright 2025, braincell.

Last updated on May 13, 2026.