Effects of the Protonation States of the EEEE Motif of a Bacterial Na+-Channel on Conduction and Pore Structure

Bibliographic Details
Main Authors: Domene, C, Furini, S
Format: Conference item
Published: 2014
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author Domene, C
Furini, S
author_facet Domene, C
Furini, S
author_sort Domene, C
collection OXFORD
description
first_indexed 2024-03-07T06:37:18Z
format Conference item
id oxford-uuid:f8156906-b035-4077-a1cb-1b4f3bc7f4ed
institution University of Oxford
last_indexed 2024-03-07T06:37:18Z
publishDate 2014
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spelling oxford-uuid:f8156906-b035-4077-a1cb-1b4f3bc7f4ed2022-03-27T12:47:41ZEffects of the Protonation States of the EEEE Motif of a Bacterial Na+-Channel on Conduction and Pore StructureConference itemhttp://purl.org/coar/resource_type/c_5794uuid:f8156906-b035-4077-a1cb-1b4f3bc7f4edSymplectic Elements at Oxford2014Domene, CFurini, S
spellingShingle Domene, C
Furini, S
Effects of the Protonation States of the EEEE Motif of a Bacterial Na+-Channel on Conduction and Pore Structure
title Effects of the Protonation States of the EEEE Motif of a Bacterial Na+-Channel on Conduction and Pore Structure
title_full Effects of the Protonation States of the EEEE Motif of a Bacterial Na+-Channel on Conduction and Pore Structure
title_fullStr Effects of the Protonation States of the EEEE Motif of a Bacterial Na+-Channel on Conduction and Pore Structure
title_full_unstemmed Effects of the Protonation States of the EEEE Motif of a Bacterial Na+-Channel on Conduction and Pore Structure
title_short Effects of the Protonation States of the EEEE Motif of a Bacterial Na+-Channel on Conduction and Pore Structure
title_sort effects of the protonation states of the eeee motif of a bacterial na channel on conduction and pore structure
work_keys_str_mv AT domenec effectsoftheprotonationstatesoftheeeeemotifofabacterialnachannelonconductionandporestructure
AT furinis effectsoftheprotonationstatesoftheeeeemotifofabacterialnachannelonconductionandporestructure