MinK is a novel protein which induces an extremely slowly activating potassium channel when expressed in Xenopus oocytes. We discuss the properties and regulation of the current and localization and possible physiological roles of the MinK protein
Once again, a MinK-related peptide (MiRP) hasbeen implicated in allowing a pore-forming,voltage-gate...
MinK is a widely expressed protein of relative molecular mass approximately 15K that forms potassium...
I(Ks) channels contain four pore-forming KCNQ1 subunits and two accessory MinK subunits. MinK influe...
MinK is a novel protein which induces an extremely slowly activating potassium channel when expresse...
The minK gene encodes a protein of 130 amino acids that has a single transmembrane segment and is ex...
AbstractExpression of minK protein in Xenopus oocytes induces a slowly activating, voltage-dependent...
Expression of minK protein in Xenopus oocytes induces a slowly activating, voltage-dependent, potass...
The minK protein induces a slowly activating voltage-dependent potassium current when expressed in X...
Minimal potassium channel (minK) protein induces very slowly activating voltage-dependent K+ current...
MinK is a transmembrane protein of 130 amino acids found in the kidney, heart, and vestibular system...
The minK protein induces a slowly activating voltage-dependent potassium current when expressed in X...
When expressed in the Xenopus oocyte, the minK protein induces a slowly activating voltage-dependent...
When expressed in the Xenopus oocyte, the minK protein induces a slowly activating voltage-dependent...
MinK is a small membrane protein of 130 amino acids with a single potential membrane-spanning alpha-...
The protein family includes 5 members: MinK, MiRP (MinK-related peptides) 1, MiRP2, MiRP3 and MiRP4,...
Once again, a MinK-related peptide (MiRP) hasbeen implicated in allowing a pore-forming,voltage-gate...
MinK is a widely expressed protein of relative molecular mass approximately 15K that forms potassium...
I(Ks) channels contain four pore-forming KCNQ1 subunits and two accessory MinK subunits. MinK influe...
MinK is a novel protein which induces an extremely slowly activating potassium channel when expresse...
The minK gene encodes a protein of 130 amino acids that has a single transmembrane segment and is ex...
AbstractExpression of minK protein in Xenopus oocytes induces a slowly activating, voltage-dependent...
Expression of minK protein in Xenopus oocytes induces a slowly activating, voltage-dependent, potass...
The minK protein induces a slowly activating voltage-dependent potassium current when expressed in X...
Minimal potassium channel (minK) protein induces very slowly activating voltage-dependent K+ current...
MinK is a transmembrane protein of 130 amino acids found in the kidney, heart, and vestibular system...
The minK protein induces a slowly activating voltage-dependent potassium current when expressed in X...
When expressed in the Xenopus oocyte, the minK protein induces a slowly activating voltage-dependent...
When expressed in the Xenopus oocyte, the minK protein induces a slowly activating voltage-dependent...
MinK is a small membrane protein of 130 amino acids with a single potential membrane-spanning alpha-...
The protein family includes 5 members: MinK, MiRP (MinK-related peptides) 1, MiRP2, MiRP3 and MiRP4,...
Once again, a MinK-related peptide (MiRP) hasbeen implicated in allowing a pore-forming,voltage-gate...
MinK is a widely expressed protein of relative molecular mass approximately 15K that forms potassium...
I(Ks) channels contain four pore-forming KCNQ1 subunits and two accessory MinK subunits. MinK influe...
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