| | Models |
| 1. |
A detailed Purkinje cell model (Masoli et al 2015)
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| 2. |
A Model of Multiple Spike Initiation Zones in the Leech C-interneuron (Crisp 2009)
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| 3. |
A model of neurovascular coupling and the BOLD response (Mathias et al 2017, Kenny et al 2018)
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| 4. |
A set of reduced models of layer 5 pyramidal neurons (Bahl et al. 2012)
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| 5. |
A threshold equation for action potential initiation (Platkiewicz & Brette 2010)
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| 6. |
Action Potential initiation and backpropagation in Neocortical L5 Pyramidal Neuron (Hu et al. 2009)
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| 7. |
Action potential initiation in the olfactory mitral cell (Shen et al 1999)
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| 8. |
Action potential of mouse urinary bladder smooth muscle (Mahapatra et al 2018)
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| 9. |
Active dendrites and spike propagation in a hippocampal interneuron (Saraga et al 2003)
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| 10. |
AP back-prop. explains threshold variability and rapid rise (McCormick et al. 2007, Yu et al. 2008)
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| 11. |
AP initiation and propagation in type II cochlear ganglion cell (Hossain et al 2005)
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| 12. |
Artificial neuron model (Izhikevich 2003, 2004, 2007)
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| 13. |
Axonal HH-model for temperature stimulation (Fribance et al 2016)
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| 14. |
Axonal NaV1.6 Sodium Channels in AP Initiation of CA1 Pyramidal Neurons (Royeck et al. 2008)
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| 15. |
Biophysically detailed model of the mouse sino-atrial node cell (Kharche et al. 2011)
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| 16. |
Biophysically realistic neuron models for simulation of cortical stimulation (Aberra et al. 2018)
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| 17. |
Breakdown of accmmodation in nerve: a possible role for INAp (Hennings et al 2005)
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| 18. |
CA1 pyramidal neuron: as a 2-layer NN and subthreshold synaptic summation (Poirazi et al 2003)
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| 19. |
CA1 pyramidal neuron: action potential backpropagation (Gasparini & Migliore 2015)
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| 20. |
CA1 pyramidal neuron: dendritic spike initiation (Gasparini et al 2004)
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| 21. |
CA1 pyramidal neuron: effects of Ih on distal inputs (Migliore et al 2004)
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| 22. |
CA1 pyramidal neuron: functional significance of axonal Kv7 channels (Shah et al. 2008)
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| 23. |
CA1 pyramidal neuron: integration of subthreshold inputs from PP and SC (Migliore 2003)
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| 24. |
CA1 pyramidal neuron: rebound spiking (Ascoli et al.2010)
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| 25. |
CA1 pyramidal neuron: signal propagation in oblique dendrites (Migliore et al 2005)
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| 26. |
CA1 stratum radiatum interneuron multicompartmental model (Katona et al. 2011)
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| 27. |
CA3 pyramidal neuron (Lazarewicz et al 2002)
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| 28. |
CA3 pyramidal neuron (Safiulina et al. 2010)
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| 29. |
Cerebellar purkinje cell: K and Ca channels regulate APs (Miyasho et al 2001)
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| 30. |
Compartmental model of a mitral cell (Popovic et al. 2005)
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| 31. |
Competition for AP initiation sites in a circuit controlling simple learning (Cruz et al. 2007)
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| 32. |
Complex CA1-neuron to study AP initiation (Wimmer et al. 2010)
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| 33. |
Computational neuropharmacology of CA1 pyramidal neuron (Ferrante et al. 2008)
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| 34. |
Contribution of the axon initial segment to APs recorded extracellularly (Telenczuk et al 2018)
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| 35. |
Criticality,degeneracy in injury-induced changes in primary afferent excitability (Ratte et al 2014)
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| 36. |
DBS of a multi-compartment model of subthalamic nucleus projection neurons (Miocinovic et al. 2006)
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| 37. |
Dendritic Na+ spike initiation and backpropagation of APs in active dendrites (Nevian et al. 2007)
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| 38. |
Dendritic properties control energy efficiency of APs in cortical pyramidal cells (Yi et al 2017)
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| 39. |
Dendritica (Vetter et al 2001)
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| 40. |
Dentate Gyrus Feed-forward inhibition (Ferrante et al. 2009)
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| 41. |
Determinants of the intracellular and extracellular waveforms in DA neurons (Lopez-Jury et al 2018)
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| 42. |
Dopamine-modulated medium spiny neuron, reduced model (Humphries et al. 2009)
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| 43. |
Dopaminergic subtantia nigra neuron (Moubarak et al 2019)
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| 44. |
Dorsal root ganglion (primary somatosensory) neurons (Rho & Prescott 2012)
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| 45. |
DRG neuron models investigate how ion channel levels regulate firing properties (Zheng et al 2019)
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| 46. |
Dynamics of Spike Initiation (Prescott et al. 2008)
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| 47. |
Effects of KIR current inactivation in NAc Medium Spiny Neurons (Steephen and Manchanda 2009)
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| 48. |
Effects of neural morphology on global and focal NMDA-spikes (Poleg-Polsky 2015)
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| 49. |
Effects of the membrane AHP on the Lateral Superior Olive (LSO) (Zhou & Colburn 2010)
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| 50. |
Excitability of the soma in central nervous system neurons (Safronov et al 2000)
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| 51. |
Fast sodium channel gating in mossy fiber axons (Schmidt-Hieber et al. 2010)
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| 52. |
Febrile seizure-induced modifications to Ih (Chen et al 2001)
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| 53. |
Functional impact of dendritic branch point morphology (Ferrante et al., 2013)
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| 54. |
Globus pallidus neuron models with differing dendritic Na channel expression (Edgerton et al., 2010)
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| 55. |
High frequency oscillations induced in three gap-junction coupled neurons (Tseng et al. 2008)
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| 56. |
Hodgkin–Huxley model with fractional gating (Teka et al. 2016)
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| 57. |
Human L2/3 pyramidal cells with low Cm values (Eyal et al. 2016)
|
| 58. |
IA and IT interact to set first spike latency (Molineux et al 2005)
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| 59. |
Impact of fast Na channel inact. on AP threshold & synaptic integration (Platkiewicz & Brette 2011)
|
| 60. |
Intracortical synaptic potential modulation by presynaptic somatic potential (Shu et al. 2006, 2007)
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| 61. |
Layer V pyramidal cell functions and schizophrenia genetics (Mäki-Marttunen et al 2019)
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| 62. |
Leech Heart (HE) Motor Neuron conductances contributions to NN activity (Lamb & Calabrese 2013)
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| 63. |
Leech Mechanosensory Neurons: Synaptic Facilitation by Reflected APs (Baccus 1998)
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| 64. |
MCCAIS model (multicompartmental cooperative AIS) (Öz et al 2015)
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| 65. |
Mechanisms of magnetic stimulation of central nervous system neurons (Pashut et al. 2011)
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| 66. |
Model of repetitive firing in Grueneberg ganglion olfactory neurons (Liu et al., 2012)
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| 67. |
Modeling interactions in Aplysia neuron R15 (Yu et al 2004)
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| 68. |
Multicompartmental cerebellar granule cell model (Diwakar et al. 2009)
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| 69. |
Multiscale model of olfactory receptor neuron in mouse (Dougherty 2009)
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| 70. |
MyFirstNEURON (Houweling, Sejnowski 1997)
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| 71. |
Na+ channel dependence of AP initiation in cortical pyramidal neuron (Kole et al. 2008)
|
| 72. |
NAcc medium spiny neuron: effects of cannabinoid withdrawal (Spiga et al. 2010)
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| 73. |
Nav1.6 sodium channel model in globus pallidus neurons (Mercer et al. 2007)
|
| 74. |
Neurite: electrophysiological-mechanical coupling simulation framework (Garcia-Grajales et al 2015)
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| 75. |
NMDA spikes in basal dendrites of L5 pyramidal neurons (Polsky et al. 2009)
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| 76. |
Nodes of Ranvier with left-shifted Nav channels (Boucher et al. 2012)
|
| 77. |
Olfactory bulb cluster formation (Migliore et al. 2010)
|
| 78. |
Olfactory bulb granule cell: effects of odor deprivation (Saghatelyan et al 2005)
|
| 79. |
Olfactory Mitral cell: AP initiation modes (Chen et al 2002)
|
| 80. |
Origin of heterogeneous spiking patterns in spinal dorsal horn neurons (Balachandar & Prescott 2018)
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| 81. |
Parallel odor processing by mitral and middle tufted cells in the OB (Cavarretta et al 2016, 2018)
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| 82. |
Proximal inhibition of Renshaw cells (Bui et al 2005)
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| 83. |
Pyramidal neuron coincidence detection tuned by dendritic branching pattern (Schaefer et al 2003)
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| 84. |
Rat LGN Thalamocortical Neuron (Connelly et al 2015, 2016)
|
| 85. |
Robust modulation of integrate-and-fire models (Van Pottelbergh et al 2018)
|
| 86. |
Salamander retinal ganglian cells: morphology influences firing (Sheasby, Fohlmeister 1999)
|
| 87. |
Selective control of cortical axonal spikes by a slowly inactivating K+ current (Shu et al. 2007)
|
| 88. |
Sharpness of spike initiation in neurons explained by compartmentalization (Brette 2013)
|
| 89. |
Simulated light response in rod photoreceptors (Liu and Kourennyi 2004)
|
| 90. |
Site of impulse initiation in a neuron (Moore et al 1983)
|
| 91. |
Sodium currents activate without a delay (Baranauskas and Martina 2006)
|
| 92. |
Spectral method and high-order finite differences for nonlinear cable (Omurtag and Lytton 2010)
|
| 93. |
Spike Initiation in Neocortical Pyramidal Neurons (Mainen et al 1995)
|
| 94. |
Spike propagation and bouton activation in terminal arborizations (Luscher, Shiner 1990)
|
| 95. |
Spike Response Model simulator (Jolivet et al. 2004, 2006, 2008)
|
| 96. |
Spikelet generation and AP initiation in a L5 neocortical pyr neuron (Michalikova et al. 2017) Fig 1
|
| 97. |
Spikelet generation and AP initiation in a simplified pyr neuron (Michalikova et al. 2017) Fig 3
|
| 98. |
Spiking GridPlaceMap model (Pilly & Grossberg, PLoS One, 2013)
|
| 99. |
Spontaneous firing caused by stochastic channel gating (Chow, White 1996)
|
| 100. |
State and location dependence of action potential metabolic cost (Hallermann et al., 2012)
|
| 101. |
Stimulated and physiologically induced APs: frequency and fiber diameter (Sadashivaiah et al 2018)
|
| 102. |
Stochastic ion channels and neuronal morphology (Cannon et al. 2010)
|
| 103. |
Stochastic layer V pyramidal neuron: interpulse interval coding and noise (Singh & Levy 2017)
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| 104. |
Stochastic versions of the Hodgkin-Huxley equations (Goldwyn, Shea-Brown 2011)
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| 105. |
Stochastic versions of the Hodgkin-Huxley equations (Goldwyn, Shea-Brown 2011) (pylab)
|
| 106. |
Striatal Output Neuron (Mahon, Deniau, Charpier, Delord 2000)
|
| 107. |
Superior paraolivary nucleus neuron (Kopp-Scheinpflug et al. 2011)
|
| 108. |
Sympathetic Preganglionic Neurone (Briant et al. 2014)
|
| 109. |
Synaptic gating at axonal branches, and sharp-wave ripples with replay (Vladimirov et al. 2013)
|
| 110. |
Synaptic integration in a model of granule cells (Gabbiani et al 1994)
|
| 111. |
Thalamic network model of deep brain stimulation in essential tremor (Birdno et al. 2012)
|
| 112. |
Thalamic reticular neurons: the role of Ca currents (Destexhe et al 1996)
|
| 113. |
The basis of sharp spike onset in standard biophysical models (Telenczuk et al 2017)
|
| 114. |
Tonic activation of extrasynaptic NMDA-R promotes bistability (Gall & Dupont 2020)
|
| 115. |
Tonic neuron in spinal lamina I: prolongation of subthreshold depol. (Prescott and De Koninck 2005)
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| 116. |
Voltage- and Branch-specific Climbing Fiber Responses in Purkinje Cells (Zang et al 2018)
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