The utility of mouse models in post-GWAS research

Functional validation of a noncoding genetic variant linked to cancer risk is encouraging for genome-wide association studies.

Bibliographic Details
Main Authors: Lewis, A, Tomlinson, I
Format: Journal article
Published: 2012
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author Lewis, A
Tomlinson, I
author_facet Lewis, A
Tomlinson, I
author_sort Lewis, A
collection OXFORD
description Functional validation of a noncoding genetic variant linked to cancer risk is encouraging for genome-wide association studies.
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format Journal article
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institution University of Oxford
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publishDate 2012
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spelling oxford-uuid:4696ff59-287b-4e4a-8af6-4677d399a9c92022-03-26T15:14:34ZThe utility of mouse models in post-GWAS researchJournal articlehttp://purl.org/coar/resource_type/c_dcae04bcuuid:4696ff59-287b-4e4a-8af6-4677d399a9c9Symplectic Elements at Oxford2012Lewis, ATomlinson, IFunctional validation of a noncoding genetic variant linked to cancer risk is encouraging for genome-wide association studies.
spellingShingle Lewis, A
Tomlinson, I
The utility of mouse models in post-GWAS research
title The utility of mouse models in post-GWAS research
title_full The utility of mouse models in post-GWAS research
title_fullStr The utility of mouse models in post-GWAS research
title_full_unstemmed The utility of mouse models in post-GWAS research
title_short The utility of mouse models in post-GWAS research
title_sort utility of mouse models in post gwas research
work_keys_str_mv AT lewisa theutilityofmousemodelsinpostgwasresearch
AT tomlinsoni theutilityofmousemodelsinpostgwasresearch
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