Modelling of electrical activity in pancreatic islets: The role of a novel K-Ca-channel.

Detalles Bibliográficos
Autores principales: Galvanovskis, J, Gopel, S, Rorsman, P
Formato: Journal article
Publicado: 2000
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author Galvanovskis, J
Gopel, S
Rorsman, P
author_facet Galvanovskis, J
Gopel, S
Rorsman, P
author_sort Galvanovskis, J
collection OXFORD
description
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format Journal article
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institution University of Oxford
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publishDate 2000
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spelling oxford-uuid:3af0c67c-e87f-47a3-b37e-f4780b3118db2022-03-26T14:04:38ZModelling of electrical activity in pancreatic islets: The role of a novel K-Ca-channel.Journal articlehttp://purl.org/coar/resource_type/c_dcae04bcuuid:3af0c67c-e87f-47a3-b37e-f4780b3118dbSymplectic Elements at Oxford2000Galvanovskis, JGopel, SRorsman, P
spellingShingle Galvanovskis, J
Gopel, S
Rorsman, P
Modelling of electrical activity in pancreatic islets: The role of a novel K-Ca-channel.
title Modelling of electrical activity in pancreatic islets: The role of a novel K-Ca-channel.
title_full Modelling of electrical activity in pancreatic islets: The role of a novel K-Ca-channel.
title_fullStr Modelling of electrical activity in pancreatic islets: The role of a novel K-Ca-channel.
title_full_unstemmed Modelling of electrical activity in pancreatic islets: The role of a novel K-Ca-channel.
title_short Modelling of electrical activity in pancreatic islets: The role of a novel K-Ca-channel.
title_sort modelling of electrical activity in pancreatic islets the role of a novel k ca channel
work_keys_str_mv AT galvanovskisj modellingofelectricalactivityinpancreaticisletstheroleofanovelkcachannel
AT gopels modellingofelectricalactivityinpancreaticisletstheroleofanovelkcachannel
AT rorsmanp modellingofelectricalactivityinpancreaticisletstheroleofanovelkcachannel