Serum cholesterol and triglyceride level of rats fed with consumer selectd coconut oil blends
Loading...
Date
Journal Title
Journal ISSN
Volume Title
Publisher
Abstract
Attached
Double blends were prepared by mixing copra oil (CO) with seed oils of Brassica juncea (BO), Madhuca nerifolia (MO) and Sessamum indicum (SO) in different volume proportions. The consumer-acceptable oil blends were selected based on the opinion of a panel of consumers about the palatability and other physical properties of French fries prepared using the oil blends. The effect of the selected oil blends on serum lipid parameters of Wistar rats was examined. The serum levels of total cholesterol, LDL and triglycerides decreased and the serum levels of HDL increased significantly in rats fed with selected oil blends, when compared to those fed with coconut oil. The beneficial effects on lipid parameters of the rats fed with the oil blend containing the seed oil of BO (40%) and CO (60%) were closely comparable with those of the rats fed with soybean oil. The results recommended that it could be helpful to prepare essential fatty acid-rich nutritional oil blends based on CO in industrial scale.
Double blends were prepared by mixing copra oil (CO) with seed oils of Brassica juncea (BO), Madhuca nerifolia (MO) and Sessamum indicum (SO) in different volume proportions. The consumer-acceptable oil blends were selected based on the opinion of a panel of consumers about the palatability and other physical properties of French fries prepared using the oil blends. The effect of the selected oil blends on serum lipid parameters of Wistar rats was examined. The serum levels of total cholesterol, LDL and triglycerides decreased and the serum levels of HDL increased significantly in rats fed with selected oil blends, when compared to those fed with coconut oil. The beneficial effects on lipid parameters of the rats fed with the oil blend containing the seed oil of BO (40%) and CO (60%) were closely comparable with those of the rats fed with soybean oil. The results recommended that it could be helpful to prepare essential fatty acid-rich nutritional oil blends based on CO in industrial scale.
Description
Keywords
Citation
International Food Research Journal
18(4):1303-1308 (2011)
