Journal of the American Society of Brewing Chemists · 2007 · 30 citations · 10 references
AgricultureChemistryFood ScienceFermentation ScienceFood ChemistryFood PreservationAging AnalysisAging ChemistryAging StabilityFlavor ChemistryFlavor EvaluationOrganic AcidsAging FlavorBeer Flavor ChemistryBeer StabilityFlavor DegradationFlavor RetentionSensory CharacteristicsSensory CharacterizationStorage-induced Flavor Deterioration
The fate of α-acids, iso-α-acids, and their chemically modified variants was monitored in pilot brews as a function of hopping regime and beer aging. HPLC analysis indicates that α-acids, iso-α-acids, and dihydroiso-α-acids in beer are not stable during forced aging. This is reflected further in the sensory performance of these beers. Beer exclusively bittered with tetrahydroiso-α-acids was completely stable, in terms of hop components, under the experimental conditions employed. In addition, overall flavor stability was significantly improved. These results provide further evidence that hop-derived bitter acids, including the light-stable dihydroiso-α-acids, could play an important role in beer flavor deterioration during storage.
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Michael Moir · Journal of the American Society of Brewing Chemists · 2000 · 166 citations
Luc De Cooman, Guido Aerts, Hildegard Overmeire et al. · Journal of the Institute of Brewing · 2000 · 109 citations · Full text
Agriculture, Chemistry, Food Science +17
The Role of Free Radicals in Beer Oxidation
Hirotaka Kaneda, Yukinobu Kano, Toshihiko Osawa et al. · Journal of the American Society of Brewing Chemists · 1989 · 55 citations
Changes in bitterness as beer ages naturally
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