Effect of Oil Content on Flavour Release: Static Equilibrium Headspace above Milk-Based Emulsions

Static headspace measurements were performed using Atmospheric Pressure Chemical Ionisation- Mass Spectrometer (APCI-MS) to determine volatile partitioning from a series of milk-based emulsions. The 20 aroma compounds studied exhibited a broad range of hydrophobicity/ hydrophilicity in model emulsio...

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Main Authors: ZA Shojaei, RST Linforth, AJ Taylor
Format: Article
Language:English
Published: Tehran University of Medical Sciences 2005-03-01
Series:Iranian Journal of Public Health
Subjects:
Online Access:https://ijph.tums.ac.ir/index.php/ijph/article/view/3006
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author ZA Shojaei
RST Linforth
AJ Taylor
author_facet ZA Shojaei
RST Linforth
AJ Taylor
author_sort ZA Shojaei
collection DOAJ
description Static headspace measurements were performed using Atmospheric Pressure Chemical Ionisation- Mass Spectrometer (APCI-MS) to determine volatile partitioning from a series of milk-based emulsions. The 20 aroma compounds studied exhibited a broad range of hydrophobicity/ hydrophilicity in model emulsions. Experimental method was done using 6 samples with different lipid contents (0.002-0.102 g/mL). The results showed that there were three groups of volatile compounds due to their lipophilicities; the least, intermediate and most lipophilic volatile compounds. Overall, the release of lipophilic molecules was so dependent of the fat content of the matrix which opposed to the release of the very hydrophilic compounds.
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spelling doaj.art-e180425d75de46e2bf77a31b9c653c672022-12-21T21:28:07ZengTehran University of Medical SciencesIranian Journal of Public Health2251-60852251-60932005-03-0134Supple 1Effect of Oil Content on Flavour Release: Static Equilibrium Headspace above Milk-Based Emulsions ZA Shojaei0 RST Linforth1 AJ Taylor2 Static headspace measurements were performed using Atmospheric Pressure Chemical Ionisation- Mass Spectrometer (APCI-MS) to determine volatile partitioning from a series of milk-based emulsions. The 20 aroma compounds studied exhibited a broad range of hydrophobicity/ hydrophilicity in model emulsions. Experimental method was done using 6 samples with different lipid contents (0.002-0.102 g/mL). The results showed that there were three groups of volatile compounds due to their lipophilicities; the least, intermediate and most lipophilic volatile compounds. Overall, the release of lipophilic molecules was so dependent of the fat content of the matrix which opposed to the release of the very hydrophilic compounds.https://ijph.tums.ac.ir/index.php/ijph/article/view/3006Oil contentLipophilicityAPCI-MS
spellingShingle ZA Shojaei
RST Linforth
AJ Taylor
Effect of Oil Content on Flavour Release: Static Equilibrium Headspace above Milk-Based Emulsions
Iranian Journal of Public Health
Oil content
Lipophilicity
APCI-MS
title Effect of Oil Content on Flavour Release: Static Equilibrium Headspace above Milk-Based Emulsions
title_full Effect of Oil Content on Flavour Release: Static Equilibrium Headspace above Milk-Based Emulsions
title_fullStr Effect of Oil Content on Flavour Release: Static Equilibrium Headspace above Milk-Based Emulsions
title_full_unstemmed Effect of Oil Content on Flavour Release: Static Equilibrium Headspace above Milk-Based Emulsions
title_short Effect of Oil Content on Flavour Release: Static Equilibrium Headspace above Milk-Based Emulsions
title_sort effect of oil content on flavour release static equilibrium headspace above milk based emulsions
topic Oil content
Lipophilicity
APCI-MS
url https://ijph.tums.ac.ir/index.php/ijph/article/view/3006
work_keys_str_mv AT zashojaei effectofoilcontentonflavourreleasestaticequilibriumheadspaceabovemilkbasedemulsions
AT rstlinforth effectofoilcontentonflavourreleasestaticequilibriumheadspaceabovemilkbasedemulsions
AT ajtaylor effectofoilcontentonflavourreleasestaticequilibriumheadspaceabovemilkbasedemulsions