A Gate in the Selectivity Filter of Potassium Channels

Bernèche, Simon, Roux, Benoît·2005·Structure

Cited by (214)

Items 101–200 of 214

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  8. Ion binding in the Open HCN Pacemaker Channel Pore: Fast Mechanisms to Shape “Slow” Channels
    Alex K. Lyashchenko, Gareth R. Tibbs · 2008 · The Journal of General Physiology
  9. Conduction and Gating Properties of the TRAAK Channel from Molecular Dynamics Simulations with Different Force Fields
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  10. Differential binding of monovalent cations to KcsA: Deciphering the mechanisms of potassium channel selectivity
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  11. Kir4.1 K+channels are regulated by external cations
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  12. Slow Inactivation inShakerK Channels Is Delayed by Intracellular Tetraethylammonium
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  13. Examining Ion Channel Properties Using Free-Energy Methods
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  14. K2P Potassium Channels, Mysterious and Paradoxically Exciting
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  15. Ion binding properties and structure stability of the NaK channel
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  16. Charybdotoxin and Margatoxin Acting on the Human Voltage-Gated Potassium Channel hKv1.3 and Its H399N Mutant: An Experimental and Computational Comparison
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  17. An electrostatic interaction between TEA and an introduced pore aromatic drives spring-in-the-door inactivation in Shaker potassium channels
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  18. Gramicidin Channels Are Internally Gated
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  19. High-Risk Long QT Syndrome Mutations in the Kv7.1 (KCNQ1) Pore Disrupt the Molecular Basis for Rapid K+ Permeation
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  20. The influence of membrane bilayer thickness on KcsA channel activity
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  21. Block of CaV1.2 Channels by Gd3+ Reveals Preopening Transitions in the Selectivity Filter
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  22. Absence of Ion-Binding Affinity in the Putatively Inactivated Low-[K+] Structure of the KcsA Potassium Channel
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  23. Energetics of Double-Ion Occupancy in the Gramicidin A Channel
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  25. Non-equivalent role of TM2 gating hinges in heteromeric Kir4.1/Kir5.1 potassium channels
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  26. Computer Simulations of Voltage-Gated Cation Channels
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  27. Contribution of Ion Binding Affinity to Ion Selectivity and Permeation in KcsA, a Model Potassium Channel
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  28. Insight into the origins of the barrier-less knock-on conduction in the KcsA channel: molecular dynamics simulations and ab initio calculations
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  29. A KcsA/MloK1 Chimeric Ion Channel Has Lipid-dependent Ligand-binding Energetics
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  30. Four-mode gating model of fast inactivation of sodium channel Nav1.2a
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  31. Tl+-induced μs Gating of Current Indicates Instability of the MaxiK Selectivity Filter as Caused by Ion/Pore Interaction
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  32. Combining enhanced sampling with experiment-directed simulation of the GYG peptide
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  33. Structural Insights and Influence of Terahertz Waves in Midinfrared Region on Kv1.2 Channel Selectivity Filter
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  34. A Disease Mutation Causing Episodic Ataxia Type I in the S1 Links Directly to the Voltage Sensor and the Selectivity Filter in Kv Channels
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  37. Selective exclusion and selective binding both contribute to ion selectivity in KcsA, a model potassium channel
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  38. The pore domain in glutamate-gated ion channels: Structure, drug binding and similarity with potassium channels
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  39. Quantum Mechanical Coherence of K+ Ion Wave Packets Increases Conduction in the KcsA Ion Channel
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  40. Molecular dynamics simulations of potassium channels
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  42. Stabilization of the Conductive Conformation of a Voltage-gated K+ (Kv) Channel
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  43. P-Loop Residues Critical for Selectivity in K+ Channels Fail to Confer Selectivity to Rabbit HCN4 Channels
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  44. An NMR investigation of the structure, function and role of the hERG channel selectivity filter in the long QT syndrome
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  46. Potassium‐dependent activation of Kir4.2 K+ channels
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  47. The Distal C-Terminal Region of the KcsA Potassium Channel Is a pH-Dependent Tetramerization Domain
    Guy Kamnesky, Hadassa Shaked, Jordan H. Chill · 2012 · Journal of Molecular Biology
  48. Using a five-state model for fitting amplitude histograms from MaxiK channels: β-distributions reveal more than expected
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  49. A Double‐Point Mutation in the Selectivity Filter Site of the KCNQ1 Potassium Channel Results in a Severe Phenotype, LQT1, of Long QT Syndrome
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  50. A novel mutation KCNQ1p.Thr312del is responsible for long QT syndrome type 1
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  51. Tuning the tetraethylammonium sensitivity of potassium channel Kcv by subunit combination
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  52. Modelling the pH-dependent Properties of Kv1 Potassium Channels
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  53. Investigation of a KcsA Cytoplasmic pH Gate in Lipoprotein Nanodiscs
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  54. Intrinsic Free Energy of the Conformational Transition of the KcsA Signature Peptide from Conducting to Nonconducting State
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  55. Base of pore loop is important for rectification, activation, permeation, and block of Kir3.1/Kir3.4.
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  56. A Deep Learning Approach to Uncover Voltage-Gated Ion Channels’ Intermediate States
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  57. TOK channels use the two gates in classical K + channels to achieve outward rectification
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  58. Molecular determinants of tetramerization in the KcsA cytoplasmic domain
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  59. Quantum entanglement in the voltage dependent sodium channel can reproduce the salient features of neuronal action potential initiation
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  60. Molecular Determinants of Gating at the Potassium Channel Selectivity Filter
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  61. A gate mechanism indicated in the selectivity filter of the potassium channel KscA
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  62. Unraveling of a Strongly Correlated Dynamical Network of Residues Controlling the Permeation of Potassium in KcsA Ion Channel
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  68. A Twist on Potassium Channel Gating
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  69. Potassium channel gating: Not an open and shut case
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  70. Evaluation of channel function after alteration of amino acid residues at the pore center of KCNQ1 channel
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  71. Separation of heteromeric potassium channel Kcv towards probing subunit composition‐regulated ion permeation and gating
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  72. Do selectivity filter carbonyls in K+ channels flip away from the pore? Two-dimensional infrared spectroscopy study
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