Article: Burst Firing Enhances Neural Output Correlation.
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Chan HK; Yang DP; Zhou C; Nowotny T
Front Comput Neurosci, 2016
Table 1
Parameters used in this work .
Parameters Value Unit
Single Neuron Dynamics
V r -70
mV
V e 0
V i -75
mV
τm
20
ms
A e G l 0.1
A i G l 0.3
τi
8
ms
Input statistics
c 0.2
λe
3000 (low), 60000 (high)
Hz
νout
8±0.03
Hz
Spiking mechanism (Sections Asymmetric Effects of Membrane Potential and Synaptic Integration Time Constants on Output Correlations and Slow Synaptic Filtering Induces Strong Burst Firing)
V th -50
mV
V reset -60
mV
t refract 2
ms
I fahp max 0
I sahp max 0
Spiking mechanism (Section Burst Firing Greatly Enhances Output Correlations)
V spike 0
t delay 0.5
ms
V th rest -50
ms
λe
λe
V th max -48.2
-48.8
mV
I fahp max -1000
-800
mA
τfahp
1
variable
ms
I sahp max -40
0
mA
τsahp
variable
N/A
Correlation analysis
T small 1.1
ms
T large 10.1
ms
Inferred neuron-electrophysiology data values
Neuron Type
Neuron Description
Ephys Prop
Extracted Value
Standardized Value
Content Source
