The apo E gene knockout mouse as a model to study the potential atherogenic properties of glycosphingolipids

Bibliographic Details
Main Authors: Garner, B, Priestman, D, Stocker, R, Harvey, D, Butters, T, Platt, F
Format: Conference item
Published: 2003
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author Garner, B
Priestman, D
Stocker, R
Harvey, D
Butters, T
Platt, F
author_facet Garner, B
Priestman, D
Stocker, R
Harvey, D
Butters, T
Platt, F
author_sort Garner, B
collection OXFORD
description
first_indexed 2024-03-07T03:43:02Z
format Conference item
id oxford-uuid:be8a5b13-8195-4198-abb3-f485c5cc184e
institution University of Oxford
last_indexed 2024-03-07T03:43:02Z
publishDate 2003
record_format dspace
spelling oxford-uuid:be8a5b13-8195-4198-abb3-f485c5cc184e2022-03-27T05:40:17ZThe apo E gene knockout mouse as a model to study the potential atherogenic properties of glycosphingolipidsConference itemhttp://purl.org/coar/resource_type/c_5794uuid:be8a5b13-8195-4198-abb3-f485c5cc184eSymplectic Elements at Oxford2003Garner, BPriestman, DStocker, RHarvey, DButters, TPlatt, F
spellingShingle Garner, B
Priestman, D
Stocker, R
Harvey, D
Butters, T
Platt, F
The apo E gene knockout mouse as a model to study the potential atherogenic properties of glycosphingolipids
title The apo E gene knockout mouse as a model to study the potential atherogenic properties of glycosphingolipids
title_full The apo E gene knockout mouse as a model to study the potential atherogenic properties of glycosphingolipids
title_fullStr The apo E gene knockout mouse as a model to study the potential atherogenic properties of glycosphingolipids
title_full_unstemmed The apo E gene knockout mouse as a model to study the potential atherogenic properties of glycosphingolipids
title_short The apo E gene knockout mouse as a model to study the potential atherogenic properties of glycosphingolipids
title_sort apo e gene knockout mouse as a model to study the potential atherogenic properties of glycosphingolipids
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AT stockerr apoegeneknockoutmouseasamodeltostudythepotentialatherogenicpropertiesofglycosphingolipids
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