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Opposing Effects of Intrinsic Conductance and Correlated Synaptic Input on V-Fluctuations during Network Activity
Jens Kolind,
Jørn Dybkjær Hounsgaard
,
Rune W Berg
Eyepath Lab
Neuronal Signalling
12
Citations (Scopus)
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Dive into the research topics of 'Opposing Effects of Intrinsic Conductance and Correlated Synaptic Input on V-Fluctuations during Network Activity'. Together they form a unique fingerprint.
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Keyphrases
Synaptic Input
100%
Opposing Effects
100%
Network Activity
100%
Synaptic Conductance
55%
Conductance
33%
Functional Network Activity
22%
Membrane Potential
22%
Subthreshold
22%
Relative Contribution
22%
Synaptic
22%
Presynaptic Inhibition
11%
Presynaptic Neuron
11%
Conductance Change
11%
Correlation Degree
11%
Two-source
11%
Dynamic Properties
11%
Action Potential
11%
Compartmental Model
11%
Bombardment
11%
Transmitter
11%
Spike Timing
11%
Membrane Fluctuations
11%
Synaptic Activity
11%
Membrane Conductance
11%
Fixed Ratio
11%
Neuroscience
Membrane Potential
100%
Action Potential
50%
Membrane Conductance
50%