Article: Calcium dynamics predict direction of synaptic plasticity in striatal spiny projection neurons.

Full Text (publisher's website) ; Article Metadata ; Article Data (extracted)
Jędrzejewska-Szmek J; Damodaran S; Dorman DB; Blackwell KT
Eur. J. Neurosci., 2016

Table 1. Ion channel kinetic equations and parameters
Channel name	mh form	Steady state	Tau	α or β equation	Vhalf (mV)	Slope (mV)	Rate
NaF	m³	Sigmoid	See Table 2	-	-25	-10	1
NaF	h	Sigmoid	See Table 2	-	-60	6	1
Kir	m	α/(α + β)	2/(α + β)	α (exp)	0	-11	1e-5 per ms
Kir				β (sigmoid)	30	-50	1.2 per ms
KaF	m²	α/(α + β)	1/(α + β)	α (sigmoid)	-18	-13	1.8 per ms
				β (sigmoid)	2	11	0.45 per ms
	h	α/(α + β)	1/(α + β)	α (sigmoid)	-121	22	0.105 per ms
				β (sigmoid)	-55	-11	0.065 per ms
KaS	m²	Sigmoid	See Table 2	-	-27	-16	1
KaS	h	0.004 + sigmoid	See Table 2	-	-33.5	21.5	0.996
Krp	m²	α/(α + β)	1/(α + β)	α (exp)	0	20	16 per s
				β (exp)	0	-40	2.4 per s
	h	0.87 + 0.13*α/(α + β)	2s + 1/(α + β)	α (exp)	0	-100	0.010 per s
				β (exp)	0	18	0.40 per s
CaL1.2	m	α/(α + β)	1/(α + β)	α (linoid)	3.99	-7.5	-110e3 per V per s
				β (linoid)	-3.99	5	35.5e3 per V per s
	h	0.83 + sigmoid	44.3 ms	-	-55	8	0.17
CaL1.3	m	α/(α + β)	1/(α + β)	α (sigmoid)	5	-25	1500 per s
				β (sigmoid)	-52	7	2000 per s
	h	Sigmoid	44.3 ms	-	-37	5	1
CaN	m²	Sigmoid	See Table 2	-	-3	-8	1
CaN	h	0.79 + sigmoid	70 ms	-	-74.8	6.5	0.21
CaR	m³	Sigmoid	See Table 2	-	-29	-9.6	1
CaR	h	Sigmoid	See Table 2	-	-33.3	17	1
CaT	m³	Sigmoid	See Table 2	-	-63	-8	1
CaT	h	Sigmoid	See Table 2	-	-86	5	1

Inferred neuron-electrophysiology data values

Neuron Type	Neuron Description	Ephys Prop	Extracted Value	Standardized Value	Content Source