Current Protocols in Microbiology · 2019 · 42 citations · 12 references
AgricultureFood ScienceMicrobiologyFermentation ScienceFermentation TechnologyFood MicrobiologyAlcoholic FermentationAroma CompoundsBeer FermentationFermentation MicrobiologyVolatile Aroma AnalysisYeast BiologyAroma Compound ProductionFermentation Aroma FormationFermentation-derived Aroma CompoundsSaccharomyces Cerevisiae Aroma MetabolismYeast Aroma MetabolismYeast PropagationYeast-derived Aroma CompoundsYeast-driven Aroma Formation
Beer relies on microbes that ferment cereal sugars into ethanol and CO₂, while yeast also generates diverse aroma compounds whose interactions give each beer a unique flavor profile. The article aims to provide comprehensive protocols for laboratory beer brewing, emphasizing yeast use. It details protocols for yeast propagation, brewing calculations, beer production, and analytical methods targeting yeast‑derived aroma compounds. © 2019 The Authors.
Abstract Beer would not exist without microbes. During fermentation, yeast cells convert cereal‐derived sugars into ethanol and CO 2 . Yeast also produces a wide array of aroma compounds that influence beer taste and aroma. The complex interaction between all these aroma compounds results in each beer having its own distinctive palette. This article contains all protocols needed to brew beer in a standard lab environment and focuses on the use of yeast in beer brewing. More specifically, it provides protocols for yeast propagation, brewing calculations and, of course, beer brewing. At the end, we have also included protocols for analyses that can be performed on the resulting brew, with a focus on yeast‐derived aroma compounds. © 2019 The Authors.
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Agriculture, Biology, Microbiology +16