Methyl ketones, aldehydes and free saturated fatty acids were measured in the headspace of samples of two indirectly processed and two directly processed Australian commercial UHT milks during room temperature storage for 16 weeks. The analytes were isolated using headspace solid phase microextraction and analysed by gas chromatography coupled with flame ionisation detection. All methyl ketones and aldehydes increased during storage, With free saturated fatty acids exhibiting little change. On average, the total methyl ketone and aldehyde concentrations in the indirectly processed UHT milks were higher than those in the directly processed samples. A strong correlation was found between the concentration of methyl ketones and various heat in...
Manufacturing shelf-stable Ultra-high temperature hydrolyzed-lactose milk (UHLM) is a challenge for ...
Fatty acid profiles may affect the flavor of milk. The diversity of volatile compounds in raw milk w...
First published in Journal of Dairy Science (http://www.journalofdairyscience.org/). Copyrighted by ...
Indirectly processed UHT milk was packaged in Intasept (TM) aseptic pouches with (treatment) or with...
Certain aldehyde and ketone compounds can be used as indicators, at a molecular level, of the oxidiz...
UHT processing, leads to the formation of “cooked ” and “flat ” flavours in milk. These undesirable ...
UHT hydrolysed-lactose milk (HLM) is prone to chemical changes, giving rise to off-flavours in the p...
International audienceThe effects of freeze-storage on human milk have been investigated with regard...
Background & aims The effect of human milk storage in the refrigerator has been investigated with re...
Volatile favor compounds of human milk have been investigated comparing to commercial cow milk. Vola...
Solid phase microextraction (SPME) offers a solvent-free and less labour-intensive alternative to tr...
Cooked or sulfurous off-flavour caused by volatile sulfur compounds (VSCs) limits acceptance of ultr...
The aim of this study was to investigate if storage at -80 °C prevents off-odour formation from oxid...
The flavour of fresh milk is due to the combined effect of a great number of compounds from diverse ...
Manufacturing shelf-stable Ultra-high temperature hydrolyzed-lactose milk (UHLM) is a challenge for ...
Manufacturing shelf-stable Ultra-high temperature hydrolyzed-lactose milk (UHLM) is a challenge for ...
Fatty acid profiles may affect the flavor of milk. The diversity of volatile compounds in raw milk w...
First published in Journal of Dairy Science (http://www.journalofdairyscience.org/). Copyrighted by ...
Indirectly processed UHT milk was packaged in Intasept (TM) aseptic pouches with (treatment) or with...
Certain aldehyde and ketone compounds can be used as indicators, at a molecular level, of the oxidiz...
UHT processing, leads to the formation of “cooked ” and “flat ” flavours in milk. These undesirable ...
UHT hydrolysed-lactose milk (HLM) is prone to chemical changes, giving rise to off-flavours in the p...
International audienceThe effects of freeze-storage on human milk have been investigated with regard...
Background & aims The effect of human milk storage in the refrigerator has been investigated with re...
Volatile favor compounds of human milk have been investigated comparing to commercial cow milk. Vola...
Solid phase microextraction (SPME) offers a solvent-free and less labour-intensive alternative to tr...
Cooked or sulfurous off-flavour caused by volatile sulfur compounds (VSCs) limits acceptance of ultr...
The aim of this study was to investigate if storage at -80 °C prevents off-odour formation from oxid...
The flavour of fresh milk is due to the combined effect of a great number of compounds from diverse ...
Manufacturing shelf-stable Ultra-high temperature hydrolyzed-lactose milk (UHLM) is a challenge for ...
Manufacturing shelf-stable Ultra-high temperature hydrolyzed-lactose milk (UHLM) is a challenge for ...
Fatty acid profiles may affect the flavor of milk. The diversity of volatile compounds in raw milk w...
First published in Journal of Dairy Science (http://www.journalofdairyscience.org/). Copyrighted by ...