1994Journal of Food LipidsRequires access

HEXANAL AS AN INDICATOR OF MEAT FLAVOR DETERIORATION

Fereidoon Shahidi, Ronald B. Pegg

Open publisher page 217 citations

Abstract

ABSTRACT. Pentanal and hexanal were the dominant volatile aldehydes generated from cooked pork during 3 weeks of refrigerated storage. Moreover, hexanal concentrations may serve as an index of meat flavor deterioration (MFD) during the early stages of storage; its concentration increased more rapidly than any other aldehyde. During the first 6 days, contribution of pentanal and hexanal to the total volatile aldehydes increased linearly by 350 and 650%, respectively, after which, their concentrations declined quite markedly. Reactions of pentanal and hexanal with meat components and/or their further oxidation may be responsible for this observation. Therefore, caution should be exercised when using hexanal as an indicator of lipid oxidation and MFD since a given hexanal level may correspond with two different points during storage of cooked meats.

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ABSTRACT. Pentanal and hexanal were the dominant volatile aldehydes generated from cooked pork during 3 weeks of refrigerated storage. Moreover, hexanal concentrations may serve as an index of meat flavor deterioration (MFD) during the early stages of storage; its concentration increased more rapidly than any other aldehyde. During the first 6 days, contribution of pentanal and hexanal to the total volatile aldehydes increased linearly by 350 and 650%, respectively, after which, their concentrations declined quite markedly. Reactions of pentanal and hexanal with meat components and/or their further oxidation may be responsible for this observation. Therefore, caution should be exercised when using hexanal as an indicator of lipid oxidation and MFD since a given hexanal level may correspond with two different points during storage of cooked meats.

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Available abstract

ABSTRACT. Pentanal and hexanal were the dominant volatile aldehydes generated from cooked pork during 3 weeks of refrigerated storage. Moreover, hexanal concentrations may serve as an index of meat flavor deterioration (MFD) during the early stages of storage; its concentration increased more rapidly than any other aldehyde. During the first 6 days, contribution of pentanal and hexanal to the total volatile aldehydes increased linearly by 350 and 650%, respectively, after which, their concentrations declined quite markedly. Reactions of pentanal and hexanal with meat components and/or their further oxidation may be responsible for this observation. Therefore, caution should be exercised when using hexanal as an indicator of lipid oxidation and MFD since a given hexanal level may correspond with two different points during storage of cooked meats.

Key concepts: Hexanal, Chemistry, Flavor, Lipid oxidation, Food science, Aldehyde, Organic chemistry, Antioxidant

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