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Tests/Models/Neurons


AKBushy.par
	2.0e-3		Cell membrane time-constant, tm (s).
	2.0e-3		Potassium decay time-constant, tGk (s).
	2.0e-3		Threshold time-constant, tTh (s).
	0.95		Accommodation constant, c (dimensionless).
	1.75e-3		Delayed rectifier postassium conductance, b (nano-Siemens).
	1.25		Cell resting Threshold, Th0 (mV).
	30.0		Action potential (mV).
	0.75		Non-linear voltage constant, Vnl (mV).
	-65.0		Reversal potential of the potassium conductance, Ek (mV).
	-65.0		Reversal potential of all other conductances, Eb (mV).
	0.022		Resting potassium conductance, gk (nS).
	0.022		Resting component of all other conductances, gb (nS).
	

AKFusiform.par
	12.0e-3		Cell membrane time-constant, tm (s).
	7.5e-3		Potassium decay time-constant, tGk (s).
	1.0e-3		Threshold time-constant, tTh (s).
	0.0			Accommodation constant, c (dimensionless).
	1.0e-3		Delayed rectifier postassium conductance, b (nano-Siemens).
	11.5		Cell resting Threshold, Th0 (mV).
	60.0		Action potential (mV).
	-0.5		Non-linear voltage constant, Vnl (mV).
	-65.0		Reversal potential of the potassium conductance, Ek (mV).
	-65.0		Reversal potential of all other conductances, Eb (mV).
	0.002		Resting potassium conductance, gk (nS).
	0.002		Resting component of all other conductances, gb (nS).
	
	

AKStellate.par
	5.0e-3		Cell membrane time-constant, tm (s).
	2.0e-3		Potassium decay time-constant, tGk (s).
	2.0e-3		Threshold time-constant, tTh (s).
	0.0			Accommodation constant, c (dimensionless).
	0.00025		Delayed rectifier postassium conductance, b (nano-Siemens).
	12.0		Cell resting Threshold, Th0 (mV).
	50.0		Action potential (mV).
	0.5			Non-linear voltage constant, Vnl (mV).
	-65.0		Reversal potential of the potassium conductance, Ek (mV).
	-65.0		Reversal potential of all other conductances, Eb (mV).
	0.02		Resting potassium conductance, gk (nS).
	0.0			Resting component of all other conductances, gb (nS).
	

HHDCN1.par
	#HHDCN1.par
	normal		Operation mode ("normal" or "voltage clamp").
	on			Injection mode ("on" or "off").
	-0.010		Excitatory reversal potential (V).
	-0.010		Inhibitory reversal potential (V).
	80.0e-12		Cell capacitance (Farads).
	100e-3		Resting signal duration - used when finding V0(s).
	1e-8		Resting criteria, dV (V).
	
	# Ion channel parameters
	off			Print ion channel tables mode ("on" or "off").
	25e-9		Base leakage conductance (S).
	-0.017		Leakage equilibrium potential (V).
	User		Ion channel mode ("User", later we'll have "wood" too).
	3			Number of ion channel files.
	ParFiles/NC/IonChans/NaPConnr1.par	Sodium ion channel format file.
	ParFiles/NC/IonChans/KPConnr1.par	Potassium ion channel file.
	ParFiles/NC/IonChans/KAConnr1.par	Potassium 'A' ion channel file.
	
	

HHDCNRo1.par
	#HHDCNRo1.par
	normal		Operation mode ("normal" or "voltage clamp").
	on			Injection mode ("on" or "off").
	-0.010		Excitatory reversal potential (V).
	-0.010		Inhibitory reversal potential (V).
	23e-12		Cell capacitance (Farads/cm^2).
	100e-3		Resting signal duration - used when finding V0(s).
	1e-5		Resting criteria, dV (V).
	
	# Ion channel parameters
	off		Print ion channel tables mode ("on" or "off").
	1.7e-9	Leakage conductance (S).
	0.0028	Leakage equilibrium potential (V).
	Rothman	Mode option ("user", "rothman").
	3		Number of ion channels.
	22.0	Operating temperature (degrees C).
	2.0		Leakge conductance Q10.
	-0.120	Initial voltage for tables (V).
	0.055	Final voltage for tables (V).
	0.001	Voltage step for tables (V).
	
	#Ion channels
	
	Na+_Rothman	Description.
	0.055		Equilibrium potential (V).
	325e-9		Base maximum conductance - 22oC (S).
	2.0			Conductance Q10.
	2			Activation exponent (int).
	#Current parameters
	# a		b	c	d	e	f	g	h	i	j	k
	0.36	3	1	49	-1	49	-3	0	1	0	0	alpha
	0	3	1	1	-0.4	3	1	58	-1	58	20	beta
	2.4	3	0	1	1	68	3	0.8	10	1	61.3	alpha
	0	3	1	1	3.60	3	0	1	1	21	-10	beta
	
	K+High_Rothman	Description.
	-0.077		Equilibrium potential (V).
	40e-9			Base maximum conductance - 22oC (S).
	2.5			Conductance Q10.
	1			Activation exponent (int).
	#Current parameters
	# a		b	c	d	e	f	g	h	i	j	k
	0.0282	3	1	9	-1	9	-12	0	1	0	0	alpha
	6	3	144	-30	6	3	0	1	1	62	1		beta
	0	0	0	0	0	0	0	0	0	0	0		alpha
	0	0	0	0	0	0	0	0	0	0	0		beta
	
	K+Low_Rothman	Description.
	-0.077		Equilibrium potential (V).
	20e-9		Base maximum conductance - 22oC (S).
	2.5			Conductance Q10.
	1			Activation exponent (int).
	#Current parameters
	# a		b	c	d	e	f	g	h	i	j	k
	0.107	3	0	1	1	33	-13.1	0	1	0	0	alpha
	0.0188	3	30	-30.3	0	1	0	0	1	0	1	beta
	0	0	0	0	0	0	0	0	0	0	0			alpha
	0	0	0	0	0	0	0	0	0	0	0			beta
	
	

HHDCNRo2.par
	#HHDCNRo2.par
	normal		Operation mode ("normal" or "voltage clamp").
	on			Injection mode ("on" or "off").
	-0.010		Excitatory reversal potential (V).
	-0.010		Inhibitory reversal potential (V).
	23e-12		Cell capacitance (Farads/cm^2).
	100e-3		Resting signal duration - used when finding V0(s).
	1e-5		Resting criteria, dV (V).
	
	# Ion channel parameters
	off		Print ion channel tables mode ("on" or "off").
	1.7e-9	Leakage conductance (S).
	0.0028	Leakage equilibrium potential (V).
	Rothman	Mode option ("user", "rothman").
	3		Number of ion channels.
	38.0	Operating temperature (degrees C).
	2.0		Leakge conductance Q10.
	-0.120	Initial voltage for tables (V).
	0.055	Final voltage for tables (V).
	0.001	Voltage step for tables (V).
	
	#Ion channels
	
	Na+_Rothman	Description.
	0.055		Equilibrium potential (V).
	325e-9		Base maximum conductance - 22oC (S).
	2.0			Conductance Q10.
	2			Activation exponent (int).
	#Current parameters
	# a		b	c	d	e	f	g	h	i	j	k
	0.36	3	1	49	-1	49	-3	0	1	0	0	alpha
	0	3	1	1	-0.4	3	1	58	-1	58	20	beta
	2.4	3	0	1	1	68	3	0.8	10	1	61.3	alpha
	0	3	1	1	3.60	3	0	1	1	21	-10	beta
	
	K+High_Rothman	Description.
	-0.077		Equilibrium potential (V).
	40e-9		Base maximum conductance - 22oC (S).
	2.5			Conductance Q10.
	1			Activation exponent (int).
	#Current parameters
	# a		b	c	d	e	f	g	h	i	j	k
	0.0282	3	1	9	-1	9	-12	0	1	0	0	alpha
	6	3	144	-30	6	3	0	1	1	62	1		beta
	0	0	0	0	0	0	0	0	0	0	0		alpha
	0	0	0	0	0	0	0	0	0	0	0		beta
	
	K+Low_Rothman	Description.
	-0.077		Equilibrium potential (V).
	20e-9		Base maximum conductance - 22oC (S).
	2.5			Conductance Q10.
	1			Activation exponent (int).
	#Current parameters
	# a		b	c	d	e	f	g	h	i	j	k
	0.107	3	0	1	1	33	-13.1	0	1	0	0	alpha
	0.0188	3	30	-30.3	0	1	0	0	1	0	1	beta
	0	0	0	0	0	0	0	0	0	0	0			alpha
	0	0	0	0	0	0	0	0	0	0	0			beta
	
	


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