【2h】

The winemaker’s bug

机译:酿酒师的虫子

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摘要

The past three decades have seen a global wine glut. So far, well-intended but wasteful and expensive market-intervention has failed to drag the wine industry out of a chronic annual oversupply of roughly 15%. Can yeast research succeed where these approaches have failed by providing a means of improving wine quality, thereby making wine more appealing to consumers? To molecular biologists Saccharomyces cerevisiae is as intriguing as it is tractable. A simple unicellular eukaryote, it is an ideal model organism, enabling scientists to shed new light on some of the biggest scientific challenges such as the biology of cancer and aging. It is amenable to almost any modification that modern biology can throw at a cell, making it an ideal host for genetic manipulation, whether by the application of traditional or modern genetic techniques. To the winemaker, this yeast is integral to crafting wonderful, complex wines from simple, sugar-rich grape juice. Thus any improvements that we can make to wine, yeast fermentation performance or the sensory properties it imparts to wine will benefit winemakers and consumers. With this in mind, the application of frontier technologies, particularly the burgeoning fields of systems and synthetic biology, have much to offer in their pursuit of “novel” yeast strains to produce high quality wine. This paper discusses the nexus between yeast research and winemaking. It also addresses how winemakers and scientists face up to the challenges of consumer perceptions and opinions regarding the intervention of science and technology; the greater this intervention, the stronger the criticism that wine is no longer “natural.” How can wine researchers respond to the growing number of wine commentators and consumers who feel that scientific endeavors favor wine quantity over quality and “technical sophistication, fermentation reliability and product consistency” over “artisanal variation”? This paper seeks to present yeast research in a new light and a new context, and it raises important questions about the direction of yeast research, its contribution to science and the future of winemaking.
机译:在过去的三十年中,全球葡萄酒供过于求。到目前为止,出于善意但浪费和昂贵的市场干预措施未能将葡萄酒行业从每年约15%的长期年度供过于求中解脱出来。如果通过提供改善葡萄酒质量的方法,从而使葡萄酒对消费者更具吸引力,酵母研究能否在这些方法失败的情况下成功?对分子生物学家来说,酿酒酵母既有趣又容易处理。它是一种简单的单细胞真核生物,是理想的模型生物,使科学家能够阐明一些最大的科学挑战,例如癌症和衰老的生物学。不论是通过传统的还是现代的遗传技术的应用,现代生物学几乎可以对细胞进行任何修饰,使其成为进行遗传操作的理想宿主。对于酿酒师来说,这种酵母是用简单的,富含糖的葡萄汁制作精美复杂的葡萄酒所不可或缺的。因此,我们可以对葡萄酒做出的任何改进,酵母发酵性能或赋予葡萄酒的感官特性都将使酿酒师和消费者受益。考虑到这一点,前沿技术的应用,尤其是新兴的系统和合成生物学领域,在追求“新型”酵母菌株以生产高品质葡萄酒方面可以提供很多帮助。本文讨论了酵母研究与酿酒之间的联系。它还探讨了酿酒师和科学家如何面对消费者对科学技术干预的看法和观点的挑战;干预越多,对葡萄酒不再“自然”的批评就越强烈。葡萄酒研究人员如何应对越来越多的葡萄酒评论员和消费者,他们认为科学努力偏爱葡萄酒数量胜过质量,而“技术成熟度,发酵可靠性和产品一致性”胜过“手工变化”?本文试图以新的视角和新的背景介绍酵母研究,并提出了有关酵母研究的方向,其对科学的贡献以及酿酒未来的重要问题。

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