Myotonia congenita-associated mutations in chloride channel-1 affect zebrafish body wave swimming kinematics

10.1371/journal.pone.0103445

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Main Authors:	Cheng W., Tian J., Burgunder J.-M., Hunziker W., Eng H.-L.
Other Authors:	PHYSIOLOGY
Format:	Article
Published:	2019
Subjects:	chloride channel chloride channel 1 unclassified drug actin CLC-1 channel hybrid protein adult animal experiment animal model animal tissue article body movement controlled study disease association embryo kinematics muscle function mutational analysis nonhuman protein expression quantitative analysis swimming Thomsen disease transgenic zebrafish videorecording wild type animal biomechanics disease model gene expression gene order gene vector genetics human locomotion metabolism muscle mutation Myotonia Congenita phenotype transgenic animal zebra fish Actins Animals Animals, Genetically Modified Biomechanical Phenomena Chloride Channels Disease Models, Animal Gene Expression Gene Order Genetic Vectors Humans Locomotion Muscles Mutation Phenotype Recombinant Fusion Proteins Swimming Zebrafish
Online Access:	https://scholarbank.nus.edu.sg/handle/10635/161393
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Institution:	National University of Singapore

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spelling	sg-nus-scholar.10635-1613932024-04-04T01:09:09Z Myotonia congenita-associated mutations in chloride channel-1 affect zebrafish body wave swimming kinematics Cheng W. Tian J. Burgunder J.-M. Hunziker W. Eng H.-L. PHYSIOLOGY chloride channel chloride channel 1 unclassified drug actin chloride channel CLC-1 channel hybrid protein adult animal experiment animal model animal tissue article body movement controlled study disease association embryo kinematics muscle function mutational analysis nonhuman protein expression quantitative analysis swimming Thomsen disease transgenic zebrafish videorecording wild type animal biomechanics disease model gene expression gene order gene vector genetics human locomotion metabolism muscle mutation Myotonia Congenita phenotype transgenic animal zebra fish Actins Animals Animals, Genetically Modified Biomechanical Phenomena Chloride Channels Disease Models, Animal Gene Expression Gene Order Genetic Vectors Humans Locomotion Muscles Mutation Myotonia Congenita Phenotype Recombinant Fusion Proteins Swimming Zebrafish 10.1371/journal.pone.0103445 PLoS ONE 9 8 e103445 2019-11-05T00:34:26Z 2019-11-05T00:34:26Z 2014 Article Cheng W., Tian J., Burgunder J.-M., Hunziker W., Eng H.-L. (2014). Myotonia congenita-associated mutations in chloride channel-1 affect zebrafish body wave swimming kinematics. PLoS ONE 9 (8) : e103445. ScholarBank@NUS Repository. https://doi.org/10.1371/journal.pone.0103445 1932-6203 https://scholarbank.nus.edu.sg/handle/10635/161393 Attribution 4.0 International http://creativecommons.org/licenses/by/4.0/ Unpaywall 20191101
institution	National University of Singapore
building	NUS Library
continent	Asia
country	Singapore Singapore
content_provider	NUS Library
collection	ScholarBank@NUS
topic	chloride channel chloride channel 1 unclassified drug actin chloride channel CLC-1 channel hybrid protein adult animal experiment animal model animal tissue article body movement controlled study disease association embryo kinematics muscle function mutational analysis nonhuman protein expression quantitative analysis swimming Thomsen disease transgenic zebrafish videorecording wild type animal biomechanics disease model gene expression gene order gene vector genetics human locomotion metabolism muscle mutation Myotonia Congenita phenotype transgenic animal zebra fish Actins Animals Animals, Genetically Modified Biomechanical Phenomena Chloride Channels Disease Models, Animal Gene Expression Gene Order Genetic Vectors Humans Locomotion Muscles Mutation Myotonia Congenita Phenotype Recombinant Fusion Proteins Swimming Zebrafish
spellingShingle	chloride channel chloride channel 1 unclassified drug actin chloride channel CLC-1 channel hybrid protein adult animal experiment animal model animal tissue article body movement controlled study disease association embryo kinematics muscle function mutational analysis nonhuman protein expression quantitative analysis swimming Thomsen disease transgenic zebrafish videorecording wild type animal biomechanics disease model gene expression gene order gene vector genetics human locomotion metabolism muscle mutation Myotonia Congenita phenotype transgenic animal zebra fish Actins Animals Animals, Genetically Modified Biomechanical Phenomena Chloride Channels Disease Models, Animal Gene Expression Gene Order Genetic Vectors Humans Locomotion Muscles Mutation Myotonia Congenita Phenotype Recombinant Fusion Proteins Swimming Zebrafish Cheng W. Tian J. Burgunder J.-M. Hunziker W. Eng H.-L. Myotonia congenita-associated mutations in chloride channel-1 affect zebrafish body wave swimming kinematics
description	10.1371/journal.pone.0103445
author2	PHYSIOLOGY
author_facet	PHYSIOLOGY Cheng W. Tian J. Burgunder J.-M. Hunziker W. Eng H.-L.
format	Article
author	Cheng W. Tian J. Burgunder J.-M. Hunziker W. Eng H.-L.
author_sort	Cheng W.
title	Myotonia congenita-associated mutations in chloride channel-1 affect zebrafish body wave swimming kinematics
title_short	Myotonia congenita-associated mutations in chloride channel-1 affect zebrafish body wave swimming kinematics
title_full	Myotonia congenita-associated mutations in chloride channel-1 affect zebrafish body wave swimming kinematics
title_fullStr	Myotonia congenita-associated mutations in chloride channel-1 affect zebrafish body wave swimming kinematics
title_full_unstemmed	Myotonia congenita-associated mutations in chloride channel-1 affect zebrafish body wave swimming kinematics
title_sort	myotonia congenita-associated mutations in chloride channel-1 affect zebrafish body wave swimming kinematics
publishDate	2019
url	https://scholarbank.nus.edu.sg/handle/10635/161393
_version_	1795374099988480000

Myotonia congenita-associated mutations in chloride channel-1 affect zebrafish body wave swimming kinematics

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