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Mathematical analysis of depolarization block mediated by slow inactivation of fast sodium channels in midbrain dopamine neurons
Kun Qian
, Na Yu
,
Kristal R. Tucker
, Edwin S. Levitan
, Carmen C. Canavier
Penn State Greater Allegheny
Research output
:
Contribution to journal
›
Article
›
peer-review
27
Scopus citations
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Dive into the research topics of 'Mathematical analysis of depolarization block mediated by slow inactivation of fast sodium channels in midbrain dopamine neurons'. Together they form a unique fingerprint.
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Keyphrases
Midbrain Dopaminergic Neurons
100%
Depolarization Block
100%
Mathematical Analysis
100%
Sodium Channel
100%
Slow Inactivation
100%
Slow Component
44%
Dopamine Neurons
22%
Depolarization
22%
Firing Rate
22%
Window Current
22%
Sodium
11%
N-methyl-D-aspartate Receptor (NMDAR)
11%
Current-voltage Characteristics
11%
Relative Contribution
11%
Voltage Range
11%
Sodium Current
11%
Qualitative Features
11%
Reduced Model
11%
Steady State Current
11%
Freely Moving Rats
11%
Slow Time
11%
AMPA Receptor (AMPAR)
11%
Multiple Spike
11%
N-shaped
11%
Interspike Interval
11%
Spike Threshold
11%
Neuroscience
In Vitro
100%
Sodium Channel
100%
Midbrain
100%
Firing Rate
100%
NMDA Receptor
50%
AMPA Receptor
50%
Sodium Current
50%