Cat Locomotion and Paw-Shaking Central Pattern Generator Model (Parker et al 2021)

Reused in 28 other models:

Effects of spinal cord stimulation on WDR dorsal horn network (Zhang et al 2014)
- __MACOSX/ZhangEtAl2014/._.DS_Store
A detailed Purkinje cell model (Masoli et al 2015)
- __MACOSX/purkinjecell_2015/._.DS_Store
Perfect Integrate and fire with noisy adaptation or fractional noise (Richard et al 2018)
- __MACOSX/Codes-modeldb/._.DS_Store
Biochemically detailed model of LTP and LTD in a cortical spine (Maki-Marttunen et al 2020)
- __MACOSX/synaptic/._.DS_Store
- __MACOSX/synaptic/NEURON/._.DS_Store
- __MACOSX/synaptic/NeuroRD/._.DS_Store
- __MACOSX/synaptic/L23PC/._.DS_Store
A computational model of single-neuron perturbations (Sadeh and Clopath 2020)
- __MACOSX/Codes_SNP/._.DS_Store
Cerebellar granule cell (Masoli et al 2020)
- __MACOSX/Granule_cell_2020/._.DS_Store
Sequence learning via biophysically realistic learning rules (Cone and Shouval 2021)
- __MACOSX/Final Code for Sequence Project - new/._.DS_Store
Purkinje neuron network (Zang et al. 2020)
- __MACOSX/PRC_network_code/._.DS_Store
- __MACOSX/PRC_network_code/figure2/._.DS_Store
- __MACOSX/PRC_network_code/figure1/._.DS_Store
- __MACOSX/PRC_network_code/figure6/._.DS_Store
- __MACOSX/PRC_network_code/figure2/figure2B/._.DS_Store
- __MACOSX/PRC_network_code/figure1/simdata/._.DS_Store
NMDA receptors enhance the fidelity of synaptic integration (Li and Gulledge 2021)
- __MACOSX/nmda_models/Figure_6_CA3/._.DS_Store
- __MACOSX/nmda_models/._.DS_Store
- __MACOSX/nmda_models/Figure_2_synaptic_thresholds/._.DS_Store
- __MACOSX/nmda_models/Figure_1_single_EPSPs/._.DS_Store
- __MACOSX/nmda_models/Figure_3_200um_on_BigNeuron/._.DS_Store
- __MACOSX/nmda_models/Figure_4_and_5_modified conductances/._.DS_Store
- __MACOSX/nmda_models/Figure_7_variable_gAMPA/._.DS_Store
- __MACOSX/nmda_models/Figure_6_DGC/._.DS_Store
A general model of hippocampal and dorsal striatal learning and decision making (Geerts et al 2020)
- __MACOSX/hippocampus-dls/._.DS_Store
- __MACOSX/hippocampus-dls/hippocampus/._.DS_Store
- __MACOSX/hippocampus-dls/data/._.DS_Store
- __MACOSX/hippocampus-dls/hippocampus/analysis/._.DS_Store
- __MACOSX/hippocampus-dls/hippocampus/experiments/._.DS_Store
- __MACOSX/hippocampus-dls/hippocampus/auxiliary/._.DS_Store
Diameter, Myelination and Na/K pump interactions affect axonal resilience to high frequency spiking
- __MACOSX/axon_pub_code/._.DS_Store
- __MACOSX/axon_pub_code/mye_pub/._.DS_Store
- __MACOSX/axon_pub_code/unm_pub/._.DS_Store
Efficient simulation of 3D reaction-diffusion in models of neurons (McDougal et al, 2022)
- __MACOSX/code/._.DS_Store
Switching circuit for optimal context integration during static + moving contexts (Voina et al 2022)
- __MACOSX/repository_project1/._.DS_Store
Layer-specific pyramidal cell props underlie diverse ACC motor + limbic networks (Medalla et al '21)
- __MACOSX/Codes_and_ReadMe/._.DS_Store
- __MACOSX/Codes_and_ReadMe/no_Adaptation/._.DS_Store
- __MACOSX/Codes_and_ReadMe/fast&slow_Adaptation/._.DS_Store
Active intrinsic conductances in networks, transients, activity, plasticity (Akosy and Shouval 2021)
- __MACOSX/ModelDB_small/._.DS_Store
Mouse Episodic and Continuous Locomotion CPG (Sharples et al, 2022)
- __MACOSX/MouseLocomotionCPG/._.DS_Store
- __MACOSX/MouseLocomotionCPG/SingleCell/._.DS_Store
- __MACOSX/MouseLocomotionCPG/ReducedSingleCell/._.DS_Store
- __MACOSX/MouseLocomotionCPG/EpisodicHCO/._.DS_Store
Distributed working memory in large-scale macaque brain model (Mejias and Wang, 2022)
- __MACOSX/ModelDB/._.DS_Store
- __MACOSX/ModelDB/Figure2/._.DS_Store
- __MACOSX/ModelDB/Figure3/._.DS_Store
- __MACOSX/ModelDB/Figure4/._.DS_Store
- __MACOSX/ModelDB/Figure8/._.DS_Store
- __MACOSX/ModelDB/Figure7/._.DS_Store
- __MACOSX/ModelDB/Figure7/fig7ab/._.DS_Store
- __MACOSX/ModelDB/Figure7/fig7c/._.DS_Store
Exact mean-field models for Izhikevich networks (Chen and Campbell 2022)
- __MACOSX/Code_IzhikevichNetwork_MF_ModelDB/._.DS_Store
- __MACOSX/Code_IzhikevichNetwork_MF_ModelDB/Figure5/._.DS_Store
- __MACOSX/Code_IzhikevichNetwork_MF_ModelDB/Figure2/._.DS_Store
- __MACOSX/Code_IzhikevichNetwork_MF_ModelDB/Figure3/._.DS_Store
- __MACOSX/Code_IzhikevichNetwork_MF_ModelDB/Figure4/._.DS_Store
- __MACOSX/Code_IzhikevichNetwork_MF_ModelDB/1pop_TimeSeries_MATLAB/._.DS_Store
- __MACOSX/Code_IzhikevichNetwork_MF_ModelDB/2pop_TimeSeries_MATLAB/._.DS_Store
- __MACOSX/Code_IzhikevichNetwork_MF_ModelDB/Figure1/._.DS_Store
- __MACOSX/Code_IzhikevichNetwork_MF_ModelDB/Figure6/._.DS_Store
- __MACOSX/Code_IzhikevichNetwork_MF_ModelDB/Figure7/._.DS_Store
- __MACOSX/Code_IzhikevichNetwork_MF_ModelDB/Figure5/Figure5a/._.DS_Store
- __MACOSX/Code_IzhikevichNetwork_MF_ModelDB/Figure5/Figure5b/._.DS_Store
- __MACOSX/Code_IzhikevichNetwork_MF_ModelDB/Figure5/Figure5d/._.DS_Store
- __MACOSX/Code_IzhikevichNetwork_MF_ModelDB/Figure5/Figure5c/._.DS_Store
- __MACOSX/Code_IzhikevichNetwork_MF_ModelDB/Figure2/mu0.18PO-PO/._.DS_Store
- __MACOSX/Code_IzhikevichNetwork_MF_ModelDB/Figure2/mu0.07EP-PO/._.DS_Store
- __MACOSX/Code_IzhikevichNetwork_MF_ModelDB/Figure3/Figure3d/._.DS_Store
- __MACOSX/Code_IzhikevichNetwork_MF_ModelDB/Figure3/Figure3c/._.DS_Store
- __MACOSX/Code_IzhikevichNetwork_MF_ModelDB/Figure3/Figure3a/._.DS_Store
- __MACOSX/Code_IzhikevichNetwork_MF_ModelDB/Figure4/Figure4cd/._.DS_Store
- __MACOSX/Code_IzhikevichNetwork_MF_ModelDB/Figure1/Figure1de/._.DS_Store
- __MACOSX/Code_IzhikevichNetwork_MF_ModelDB/Figure1/Figure1c/._.DS_Store
- __MACOSX/Code_IzhikevichNetwork_MF_ModelDB/Figure6/Figure6a/._.DS_Store
- __MACOSX/Code_IzhikevichNetwork_MF_ModelDB/Figure6/Figure6cd/._.DS_Store
- __MACOSX/Code_IzhikevichNetwork_MF_ModelDB/Figure6/Figure6b/._.DS_Store
- __MACOSX/Code_IzhikevichNetwork_MF_ModelDB/Figure7/Exp1_rnd_N4/._.DS_Store
- __MACOSX/Code_IzhikevichNetwork_MF_ModelDB/Figure7/Exp2_rnd_N4/._.DS_Store
- __MACOSX/Code_IzhikevichNetwork_MF_ModelDB/Figure7/Exp3_deter_N4/._.DS_Store
A 3D population model of midget retinal ganglion cells at the human fovea (Italiano et al, 2022)
- __MACOSX/mRGC_population_model_human_fovea_Italiano_2022/._.DS_Store
- __MACOSX/mRGC_population_model_human_fovea_Italiano_2022/RGC/._.DS_Store
- __MACOSX/mRGC_population_model_human_fovea_Italiano_2022/RGC-fovea/._.DS_Store
- __MACOSX/mRGC_population_model_human_fovea_Italiano_2022/RGC-fovea/primate_cell_generator/._.DS_Store
- __MACOSX/mRGC_population_model_human_fovea_Italiano_2022/RGC-fovea/helpers/._.DS_Store
Model for pusatile insulin secretion at basal levels of glucose (Fletcher et al, 2022)
- __MACOSX/Physiology_22/._.DS_Store
Heterogeneous axon model (Zang et al, accepted)
- __MACOSX/code_pub/._.DS_Store
- __MACOSX/code_pub/multi_compartmental/._.DS_Store
- __MACOSX/code_pub/single/._.DS_Store
LP neuron model database (Zang and Marder 2023)
- __MACOSX/code_pub/._.DS_Store
- __MACOSX/code_pub/131/._.DS_Store
- __MACOSX/code_pub/1292/._.DS_Store
- __MACOSX/code_pub/1292/mod/._.DS_Store
The STN-GPe network; subthalamic nucleus, prototypic GPe, and arkypallidal GPe neurons (Kitano 2023)
- __MACOSX/STN-GPe/._.DS_Store
A computational model for fast skeletal muscle (Kim and Heckman, accepted)
- __MACOSX/supplemental_data_s1/._.DS_Store
Role of synchrony in sensation and the basis for paresthesia-free spinal cord stimulation (Sagalajev et al., 2024)
- code/Circuit Model (Fig 7)/SCS-Circuit-Model/__MACOSX/Code/._.DS_Store
Frequency-dependent pattern separation in a biophysical model of the dentate gyrus, (Singh et al., 2023)
- __MACOSX/DG-NEURON-Oscillations-oscillations/._.DS_Store
Different responses of mice and rats hippocampus CA1 pyramidal neurons to in vitro and in vivo-like inputs (vitale et al., 2023)
- __MACOSX/files_model_2014816/._.DS_Store
- __MACOSX/files_model_2014816/readme_file/._.DS_Store
Markovian model for HCN-encoded current regulated by capsazepine (Wong et al., 2024)
- __MACOSX/Capsazepine-HCN-Model/._.DS_Store

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