American Journal of Enology and Viticulture · 2014 · 10 citations · 20 references
AgricultureEnologyViticultureWine AnalysisWine ChemistryWine Quality ControlOxidation ControlOxidation ReactionsRed Wine StabilizationSensory Impact On WineWine Composition AnalysisWine Spoilage ChemistryAerationOxidative Stress In WineOxidative WinemakingOxygen Management In WinemakingOxygenationPigmentsPolymeric PigmentsRed Wine Color Chemistry
Microoxygenation (MOX) is a winemaking technique used with the aim of enhancing certain chemical and sensory wine features. Theoretically, by infusing small volumes of oxygen in a continuous way, the quality of the product may improve and the hazards of oxygen buildup and uncontrolled oxidation are avoided. However, the effects produced by discontinued air exposure, at rates comparable to MOX, have not been reported. Therefore, the aim of this trial was to evaluate the chemical effects of an alternative oxygenation protocol, based on weekly wine aerations, compared to conventional MOX (postmalolactic fermentation). For most of the variables analyzed, the periodic aeration treatment produced effects that were equivalent to conventional MOX (e.g., a reduction in the concentration of free anthocyanins and an enhancement in polymeric pigments).
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James F. Harbertson, Edward A. Picciotto, Douglas O. Adams · American Journal of Enology and Viticulture · 2003 · 364 citations