Functional genomics: applying calcium imaging and RNA interference to Drosophila cell lines to identify new roles for gene products.

The selective knockdown of genes using RNA interference, and the analysis of the resultant phenotype using calcium imaging, is proving to be a powerful combination for discovering new genes involved in calcium signalling. This technical note describes the application of this approach to the Drosophi...

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Main Author: Buckingham, S
Format: Journal article
Language:English
Published: 2006
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author Buckingham, S
author_facet Buckingham, S
author_sort Buckingham, S
collection OXFORD
description The selective knockdown of genes using RNA interference, and the analysis of the resultant phenotype using calcium imaging, is proving to be a powerful combination for discovering new genes involved in calcium signalling. This technical note describes the application of this approach to the Drosophila S2 cell line and its derivatives.
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institution University of Oxford
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spelling oxford-uuid:b595d0c7-83eb-42ea-badb-91ec1c4e29bb2022-03-27T04:34:33ZFunctional genomics: applying calcium imaging and RNA interference to Drosophila cell lines to identify new roles for gene products.Journal articlehttp://purl.org/coar/resource_type/c_dcae04bcuuid:b595d0c7-83eb-42ea-badb-91ec1c4e29bbEnglishSymplectic Elements at Oxford2006Buckingham, SThe selective knockdown of genes using RNA interference, and the analysis of the resultant phenotype using calcium imaging, is proving to be a powerful combination for discovering new genes involved in calcium signalling. This technical note describes the application of this approach to the Drosophila S2 cell line and its derivatives.
spellingShingle Buckingham, S
Functional genomics: applying calcium imaging and RNA interference to Drosophila cell lines to identify new roles for gene products.
title Functional genomics: applying calcium imaging and RNA interference to Drosophila cell lines to identify new roles for gene products.
title_full Functional genomics: applying calcium imaging and RNA interference to Drosophila cell lines to identify new roles for gene products.
title_fullStr Functional genomics: applying calcium imaging and RNA interference to Drosophila cell lines to identify new roles for gene products.
title_full_unstemmed Functional genomics: applying calcium imaging and RNA interference to Drosophila cell lines to identify new roles for gene products.
title_short Functional genomics: applying calcium imaging and RNA interference to Drosophila cell lines to identify new roles for gene products.
title_sort functional genomics applying calcium imaging and rna interference to drosophila cell lines to identify new roles for gene products
work_keys_str_mv AT buckinghams functionalgenomicsapplyingcalciumimagingandrnainterferencetodrosophilacelllinestoidentifynewrolesforgeneproducts