NetPyNE Course 2021

Spinal motor nucleus

Status:

"motor nucleus" population with 120 ball and stick cells with custom mechs.
400 "pre-motoneuronal" NetStims with 30% connectivity.
generates force signal based on data for the first dorsal interosseous of the hand.
All neurons have the same values for parameters

To run the model you can use the interactive ipython console:

$ ipython -i mn_init.py

Name		Name	Last commit message	Last commit date
Latest commit History 57 Commits
Figures		Figures
MOD		MOD
PowersEtAl2012		PowersEtAl2012
batch_figs		batch_figs
EPSP.png		EPSP.png
HHCellFile.py		HHCellFile.py
MNPowersEtAl2012.py		MNPowersEtAl2012.py
MNPowersNoMechs.py		MNPowersNoMechs.py
MNPowers_joe.py		MNPowers_joe.py
MotorNeuron.py		MotorNeuron.py
README.md		README.md
SaveParams.py		SaveParams.py
batch_analysis.py		batch_analysis.py
epsp_init.py		epsp_init.py
epsp_netParams.py		epsp_netParams.py
exportGUI.json		exportGUI.json
exportGUI.py		exportGUI.py
fi_analysis.py		fi_analysis.py
fi_batch.py		fi_batch.py
fi_cfg.py		fi_cfg.py
fi_init.py		fi_init.py
fi_netParams.py		fi_netParams.py
interpol.py		interpol.py
mn_cfg.py		mn_cfg.py
mn_init.py		mn_init.py
mn_netParams.py		mn_netParams.py
nerlabtools.py		nerlabtools.py
output_soma_0.json		output_soma_0.json
output_soma_1.json		output_soma_1.json
pool_cfg.py		pool_cfg.py
pool_init.py		pool_init.py
pool_modify.py		pool_modify.py
pool_netParams.py		pool_netParams.py
sigUtils.py		sigUtils.py
syn_cfg.py		syn_cfg.py
syn_init.py		syn_init.py
syn_modiify.py		syn_modiify.py
syn_netParams.py		syn_netParams.py
testCell_h.py		testCell_h.py
triang_analysis.py		triang_analysis.py
triang_cfg.py		triang_cfg.py
triang_init.py		triang_init.py
triang_netParams.py		triang_netParams.py