Identification of gain of function mutations in KirBac potassium channels by genetic complementation in K+ auxotrophic strains of E-coli and yeast.

Bibliographic Details
Main Authors: Paynter, J, Mogni, M, Tucker, S
Format: Conference item
Published: 2007
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author Paynter, J
Mogni, M
Tucker, S
author_facet Paynter, J
Mogni, M
Tucker, S
author_sort Paynter, J
collection OXFORD
description
first_indexed 2024-03-06T19:10:37Z
format Conference item
id oxford-uuid:16a5f23a-d355-49fe-b78f-8584e75b6052
institution University of Oxford
last_indexed 2024-03-06T19:10:37Z
publishDate 2007
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spelling oxford-uuid:16a5f23a-d355-49fe-b78f-8584e75b60522022-03-26T10:32:31ZIdentification of gain of function mutations in KirBac potassium channels by genetic complementation in K+ auxotrophic strains of E-coli and yeast.Conference itemhttp://purl.org/coar/resource_type/c_5794uuid:16a5f23a-d355-49fe-b78f-8584e75b6052Symplectic Elements at Oxford2007Paynter, JMogni, MTucker, S
spellingShingle Paynter, J
Mogni, M
Tucker, S
Identification of gain of function mutations in KirBac potassium channels by genetic complementation in K+ auxotrophic strains of E-coli and yeast.
title Identification of gain of function mutations in KirBac potassium channels by genetic complementation in K+ auxotrophic strains of E-coli and yeast.
title_full Identification of gain of function mutations in KirBac potassium channels by genetic complementation in K+ auxotrophic strains of E-coli and yeast.
title_fullStr Identification of gain of function mutations in KirBac potassium channels by genetic complementation in K+ auxotrophic strains of E-coli and yeast.
title_full_unstemmed Identification of gain of function mutations in KirBac potassium channels by genetic complementation in K+ auxotrophic strains of E-coli and yeast.
title_short Identification of gain of function mutations in KirBac potassium channels by genetic complementation in K+ auxotrophic strains of E-coli and yeast.
title_sort identification of gain of function mutations in kirbac potassium channels by genetic complementation in k auxotrophic strains of e coli and yeast
work_keys_str_mv AT paynterj identificationofgainoffunctionmutationsinkirbacpotassiumchannelsbygeneticcomplementationinkauxotrophicstrainsofecoliandyeast
AT mognim identificationofgainoffunctionmutationsinkirbacpotassiumchannelsbygeneticcomplementationinkauxotrophicstrainsofecoliandyeast
AT tuckers identificationofgainoffunctionmutationsinkirbacpotassiumchannelsbygeneticcomplementationinkauxotrophicstrainsofecoliandyeast