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Expression and functional phenotype of mouse ERG K
+
channels in the inner ear: Potential role in K
+
regulation in the inner ear
Liping Nie
, Michael Anne Gratton
, Karen J. Mu
, Judilee N. Dinglasan
, Weihong Feng
, Ebenezer N. Yamoah
Department of Otolaryngology
Research output
:
Contribution to journal
›
Article
›
peer-review
20
Scopus citations
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Dive into the research topics of 'Expression and functional phenotype of mouse ERG K
+
channels in the inner ear: Potential role in K
+
regulation in the inner ear'. Together they form a unique fingerprint.
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Keyphrases
Inner Ear
100%
K+ Channels
100%
Expression Phenotype
100%
Functional Phenotype
100%
Endocochlear Potential
75%
Intermediate Cell
75%
Hair Cell
50%
Stria Vascularis
50%
Immunoreactivity
25%
Molecular Mechanism
25%
Cochlea
25%
Cellular Distribution
25%
High-throughput
25%
Cell Signaling Pathways
25%
Inward Rectification
25%
Functional Expression
25%
Single Channel Conductance
25%
IC50
25%
Extrusion
25%
Cochlear Duct
25%
Marginal Cell
25%
Negative Potential
25%
Positive Potential
25%
Rapid Inactivation
25%
E-4031
25%
Outward K+ Current
25%
Recombinant Peptide
25%
HERG
25%
K Cycling
25%
Neuroscience
Potassium Channel
100%
Electroretinogram
100%
Potassium Current
50%
Cochlear Duct
50%