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Hopping Technology in Relation to Beer Bitterness Consistency and Flavor Stability

机译:与啤酒苦味一致性和风味稳定性有关的跳跃技术

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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.
机译:α-酸,异α-酸及其化学修饰的变体的命运在中试啤酒中作为跳跃制度和啤酒陈酿的函数进行了监测。 HPLC分析表明,啤酒中的α-酸,异-α-酸和二氢异-α-酸在强制老化过程中不稳定。这些啤酒的感官性能进一步体现了这一点。在啤酒花成分方面,在所采用的实验条件下,完全被四氢异α-酸所苦的啤酒是完全稳定的。另外,总体风味稳定性显着提高。这些结果提供了进一步的证据,证明啤酒花衍生的苦味酸,包括光稳定的二氢异α-酸,可能在储存过程中对啤酒风味的恶化起重要作用。

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