Fat in hearts: Uptake, storage, and turnover

The heart is one of the most energy demanding organs and is metabolically flexible to meet those demands. A major fraction of the hearts energy is derived from the uptake of circulating lipids; this dissertation reviews general pathways of lipid metabolism and then discusses how the heart obtains li...

Full description

Bibliographic Details
Main Author: Trent, Chad
Language:English
Published: 2014
Subjects:
Online Access:https://doi.org/10.7916/D8C53J0X
id ndltd-columbia.edu-oai-academiccommons.columbia.edu-10.7916-D8C53J0X
record_format oai_dc
spelling ndltd-columbia.edu-oai-academiccommons.columbia.edu-10.7916-D8C53J0X2019-05-09T15:14:27ZFat in hearts: Uptake, storage, and turnoverTrent, Chad2014ThesesNutritionThe heart is one of the most energy demanding organs and is metabolically flexible to meet those demands. A major fraction of the hearts energy is derived from the uptake of circulating lipids; this dissertation reviews general pathways of lipid metabolism and then discusses how the heart obtains lipids and how these lipids are processed once inside the heart. Furthermore, derangements in lipid uptake and processing that are associated or causative of cardiac dysfunction are discussed. A new finding describes how the mouse heart requires lipoprotein lipase derived fatty acids for intracellular lipid droplets formation. Finally, the implications of these findings and future studies are described.Englishhttps://doi.org/10.7916/D8C53J0X
collection NDLTD
language English
sources NDLTD
topic Nutrition
spellingShingle Nutrition
Trent, Chad
Fat in hearts: Uptake, storage, and turnover
description The heart is one of the most energy demanding organs and is metabolically flexible to meet those demands. A major fraction of the hearts energy is derived from the uptake of circulating lipids; this dissertation reviews general pathways of lipid metabolism and then discusses how the heart obtains lipids and how these lipids are processed once inside the heart. Furthermore, derangements in lipid uptake and processing that are associated or causative of cardiac dysfunction are discussed. A new finding describes how the mouse heart requires lipoprotein lipase derived fatty acids for intracellular lipid droplets formation. Finally, the implications of these findings and future studies are described.
author Trent, Chad
author_facet Trent, Chad
author_sort Trent, Chad
title Fat in hearts: Uptake, storage, and turnover
title_short Fat in hearts: Uptake, storage, and turnover
title_full Fat in hearts: Uptake, storage, and turnover
title_fullStr Fat in hearts: Uptake, storage, and turnover
title_full_unstemmed Fat in hearts: Uptake, storage, and turnover
title_sort fat in hearts: uptake, storage, and turnover
publishDate 2014
url https://doi.org/10.7916/D8C53J0X
work_keys_str_mv AT trentchad fatinheartsuptakestorageandturnover
_version_ 1719045869814153216