NMR resonance assignments and secondary structure of a mutant form of the human KCNE1 channel accessory protein that exhibits KCNE3-like function

Overview of attention for article published in Biomolecular NMR Assignments, January 2019

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RT @memprot_biophys: NMR resonance assignments and secondary structure of a mutant form of the human KCNE1 channel accessory protein that e…

05 Jan 2019

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RT @memprot_biophys: NMR resonance assignments and secondary structure of a mutant form of the human KCNE1 channel accessory protein that e…

05 Jan 2019

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NMR-based structure determination of a mutant KCNE1 channel accessory protein that behaves like KCNE3 from VICB member Chuck Sanders. @VICB_Vanderbilt https://t.co/C8XDDMJ2z4

04 Jan 2019

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NMR-based structure determination of a mutant KCNE1 channel accessory protein that behaves like KCNE3 from VU Basic Sciences investigator Chuck Sanders. @tweetbasicsci https://t.co/2W6XbG81EE

04 Jan 2019

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NMR resonance assignments and secondary structure of a mutant form of the human KCNE1 channel accessory protein that exhibits KCNE3-like function. https://t.co/jzktYroFRL https://t.co/HiJxsk2dXG

04 Jan 2019

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