The lipid fraction of the coffee bean

Липидная фракция кофейного зерна
Karl Speer, I. Kölling‐Speer
2006-03-01

5-hydroxytryptamidesCoffea arabicaCoffea canephora var. Robustaarabiol Icoffeadiolcoffee lipid fractioncoffee waxditerpenes (kaurene family)roasting effects on lipidssteaming effects on lipidssterolsstorage effects on green coffee beanstocopherolstriacylglycerols
The lipid fraction of coffee is composed mainly of triacylglycerols, sterols and tocopherols, the typical components found in all common edible vegetable oils. Additionally, the so-called coffee oil contains diterpenes of the kaurene family in proportions of up to 20 % of the total lipids. Diterpenes are of interest because of their analytical and physiological effects. The composition of the main lipid components of the two most important coffee species, Coffea arabica and Coffea canphora var. Robusta is presented. In addition, the influences of typical processes like roasting and steaming on selected lipid components as well as the effects of the storage of green coffee beans under different conditions will be described. Furthermore, new findings regarding the 5-hydroxytryptamides, the main parts of the coffee wax located on the outer layer of the bean and the recently identified components coffeadiol and arabiol I will also be discussed.
1
Coffee lipid fraction is mainly triacylglycerols, sterols and tocopherols, like common edible vegetable oils.
2
Coffee oil contains kaurene-family diterpenes up to 20% of total lipids, notable for analytical and physiological effects.
3
Composition of main lipid components is characterized for Coffea arabica and Coffea canephora var. Robusta.
4
New findings include 5-hydroxytryptamides in coffee wax and recently identified components coffeadiol and arabiol I.
5
Roasting, steaming and green-bean storage conditions influence selected lipid components.

Lipid fraction of the coffee bean (coffee oil and its constituent lipids)

Composition and variations of the main lipid components (triacylglycerols, sterols, tocopherols, kaurene-family diterpenes, 5-hydroxytryptamides, coffeadiol, arabiol I) and their changes due to roasting, steaming and green-bean storage conditions

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2006-03-01
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Karl Speer
I. Kölling‐Speer
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