Use of paramagnetic 19F NMR to monitor domain movement in a glutamate transporter homolog
In proteins where conformational changes are functionally important, the number of accessible states and their dynamics are often difficult to establish. Here we describe a novel 19 F-NMR spectroscopy approach to probe dynamics of large membrane proteins. We labeled a glutamate transporter homolog w...
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Published in | Nature chemical biology Vol. 16; no. 9; pp. 1006 - 1012 |
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Main Authors | , , , , , , , , |
Format | Journal Article |
Language | English |
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New York
Nature Publishing Group US
01.09.2020
Nature Publishing Group |
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Abstract | In proteins where conformational changes are functionally important, the number of accessible states and their dynamics are often difficult to establish. Here we describe a novel
19
F-NMR spectroscopy approach to probe dynamics of large membrane proteins. We labeled a glutamate transporter homolog with a
19
F probe via cysteine chemistry and with a Ni
2+
ion via chelation by a di-histidine motif. We used distance-dependent enhancement of the longitudinal relaxation of
19
F nuclei by the paramagnetic metal to assign the observed resonances. We identified one inward- and two outward-facing states of the transporter, in which the substrate-binding site is near the extracellular and intracellular solutions, respectively. We then resolved the structure of the unanticipated second outward-facing state by cryo-EM. Finally, we showed that the rates of the conformational exchange are accessible from measurements of the metal-enhanced longitudinal relaxation of
19
F nuclei.
A
19
F-NMR-based method monitoring the conformational dynamics of the glutamate transporter GltPh identified one inward- and two outward-facing states, including one unanticipated outward-facing state that was characterized by cryo-EM. |
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AbstractList | In proteins where conformational changes are functionally important, the number of accessible states and their dynamics are often difficult to establish. Here we describe a novel 19F-NMR spectroscopy approach to probe dynamics of large membrane proteins. We labeled a glutamate transporter homolog with a 19F probe via cysteine chemistry and with a Ni2+ ion via chelation by a di-histidine motif. We used distance-dependent enhancement of the longitudinal relaxation of 19F nuclei by the paramagnetic metal to assign the observed resonances. We identified one inward- and two outward-facing states of the transporter, in which the substrate-binding site is near the extracellular and intracellular solutions, respectively. We then resolved the structure of the unanticipated second outward-facing state by cryo-EM. Finally, we showed that the rates of the conformational exchange are accessible from measurements of the metal-enhanced longitudinal relaxation of 19F nuclei. In proteins where conformational changes are functionally important, the number of accessible states and their dynamics are often difficult to establish. Here we describe a novel 19 F-NMR spectroscopy approach to probe dynamics of large membrane proteins. We labeled a glutamate transporter homolog with a 19 F probe via cysteine chemistry and with a Ni 2+ ion via chelation by a di-histidine motif. We used distance-dependent enhancement of the longitudinal relaxation of 19 F nuclei by the paramagnetic metal to assign the observed resonances. We identified one inward- and two outward-facing states of the transporter, in which the substrate-binding site is near the extracellular and intracellular solutions, respectively. We then resolved the structure of the unanticipated second outward-facing state by cryo-EM. Finally, we showed that the rates of the conformational exchange are accessible from measurements of the metal-enhanced longitudinal relaxation of 19 F nuclei. A 19 F-NMR-based method monitoring the conformational dynamics of the glutamate transporter GltPh identified one inward- and two outward-facing states, including one unanticipated outward-facing state that was characterized by cryo-EM. In proteins where conformational changes are functionally important, the number of accessible states and their dynamics are often difficult to establish. Here we describe a novel 19F-NMR spectroscopy approach to probe dynamics of large membrane proteins. We labeled a glutamate transporter homolog with a 19F probe via cysteine chemistry and with a Ni2+ ion via chelation by a di-histidine motif. We used distance-dependent enhancement of the longitudinal relaxation of 19F nuclei by the paramagnetic metal to assign the observed resonances. We identified one inward- and two outward-facing states of the transporter, in which the substrate-binding site is near the extracellular and intracellular solutions, respectively. We then resolved the structure of the unanticipated second outward-facing state by cryo-EM. Finally, we showed that the rates of the conformational exchange are accessible from measurements of the metal-enhanced longitudinal relaxation of 19F nuclei.A 19F-NMR-based method monitoring the conformational dynamics of the glutamate transporter GltPh identified one inward- and two outward-facing states, including one unanticipated outward-facing state that was characterized by cryo-EM. |
Author | Lv, Guohua Weinstein, Harel Razavi, Asghar M. Eliezer, David Wang, Xiaoyu Huang, Yun Huysmans, Gerard H. M. Boudker, Olga Bracken, Clay |
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Title | Use of paramagnetic 19F NMR to monitor domain movement in a glutamate transporter homolog |
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