酵母及其对葡萄酒香气的重要性综述

M. Lambrechts, I. S. Pretorius
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引用次数: 561

摘要

葡萄酒最神秘的地方在于其无穷无尽的风味源于数百种化合物之间复杂的、完全非线性的相互作用系统。从最广泛的意义上讲,葡萄酒风味是指香气和味道成分的整体印象。香气通常与有气味的挥发性化合物有关;葡萄酒的酒香是指在发酵、发酵和陈酿过程中产生的更复杂的味道。除了芳香葡萄品种中的萜烯和草本品种中的烷氧基吡嗪外,感知到的味道是许多这些相互作用化合物的绝对数量和特定比例的结果,而不是归因于单一的“影响”化合物。不低估这些相互作用的复杂性,也不否认次生葡萄代谢物在葡萄酒品种特征中所起的决定性作用,本文将主要关注酵母发酵对最终产品感官质量的贡献。酵母和发酵条件被认为是影响葡萄酒风味的最重要因素。自发发酵和接种发酵都受到与葡萄园和酿酒厂相关的酵母多样性的影响。在糖的初级酒精发酵过程中,酿酒酵母、酿酒酵母菌与其他本地非酿酒酵母菌一起产生乙醇、二氧化碳和一些副产品。在这些酵母菌衍生的代谢物中,酒精、醋酸酯和C4-C8脂肪酸乙酯在葡萄酒中的浓度最高。虽然挥发性代谢物有助于发酵芳香无处不在的所有年轻的葡萄酒,这些副产品的生产水平是可变的和酵母菌株特异性。因此,本文还强调了挖掘葡萄上存在的本地酵母物种的隐藏财富的重要性,以及酵母发酵剂培养菌株的选择和遗传发育的重要性。在未来,一些酿酒师可能更喜欢使用本地酵母品种和定制酿酒酵母菌株的混合物作为发酵剂,以反映特定地区的生物多样性和风格独特性。这将有助于酿酒师满足消费者对具有完整当地特色的个人葡萄酒的需求,并确保葡萄酒最迷人的方面-其无穷无尽的品种的生存。
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Yeast and its Importance to Wine Aroma - A Review
The most mysterious aspect of wine is the endless variety of flavours that stem from a complex, completely non-linear system of interactions among many hundreds of compounds. In its widest sense, wine flavour refers to the overall impression of both aroma and taste components. Aroma is usually associated with odorous, volatile compounds; the bouquet of wine refers to the more complex flavour compounds which evolve as a result of fermentation, elevage and ageing. With the exception of terpenes in the aromatic grape varieties and alkoxypyrazines in the herbaceous cultivars, perceived flavour is the result of absolute amounts and specific ratios of many of these interactive compounds, rather than being attributable to a single "impact" compound. Without underestimating the complexity of these interactive effects or negating the definitive role played by the accumulated secondary grape metabolites in the varietal character of wine, this review will focus mainly on the contribution of yeast fermentation to the sensorial quality of the final product. Yeast and fermentation conditions are claimed to be the most important factors influencing the flavours in wine. Both spontaneous and inoculated wine fermentations are affected by the diversity of yeasts associated with the vineyard and winery. During the primary alcoholic fermentation of sugar, the wine yeast, Saccharomyces cerevisiae, together with other indigenous non-Saccharomyces species, produce ethanol, carbon dioxide and a number of by-products. Of these yeast-derived metabolites, the alcohols, acetates and C4-C8 1tfatty acid ethyl esters are found in the highest concentration in wine. While the volatile metabolites contribute to the fermentation bouquet ubiquitous to all young wines, the production levels of these by-products are variable and yeast strain specific. Therefore, this article also highlights the importance of untapping the hidden wealth of indigenous yeast species present on grapes, and the selection and genetic development of yeast starter culture strains with improved flavour profiles. In the future, some winemakers may prefer to use mixtures of indigenous yeast species and tailored S. cerevisiae strains as starter cultures to reflect the biodiversity and stylistic distinctiveness of a given region. This will help winemakers to fullfil the consumer's demand for individual wines with intact local character and to ensure the survival of wine's most enthralling aspect - its endless variety.
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