Journal of Food Science · 2002 · 146 citations · 34 references
AgricultureChemistryFood ScienceChemical KineticsFood ChemistryReaction EngineeringAroma CompoundsChemical Kinetics ModelingFlavor ChemistryFlavor DevelopmentKinetic ModelingVolatile Aroma AnalysisAroma Volatile FormationFlavor Compound FormationMaillard Reaction FlavorReaction Rate EquationsReaction Rate ModelingVolatile Aroma Compound FormationVolatile Aroma FormationVolatile Flavor Compounds
ABSTRACT: The simplified kinetic scheme presented categorizes the volatile compounds into 4 classes: pyrroles and other nitrogen‐containing heterocyclic compounds (PY), furans and other oxygen‐containing heterocyclic compounds (FU), carbonyls (C), and pyrazines (PZ). The scheme comprises 11 reaction steps. The order of magnitude of the reaction rate for some of these steps could be determined from literature sources. Using these rates, the scheme was able to correlate the pseudo‐zero‐order rate of generation of FU and PZ (from the literature) to the initial temperature and concentration of reactants. It also reproduces the kinetics of volatile formation in a model glucose‐alanine system in a glycerol matrix, as measured for 4 temperatures by GC‐MS.
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P. Overbosch, W. G. M. Afterof, Peter Haring · Food Reviews International · 1991 · 250 citations
Reactive intermediates and carbohydrate fragmentation in Maillard chemistry
Hugo Weenen · Food Chemistry · 1998 · 174 citations