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传统硬质和半硬质熟制山地奶酪的微生物学研究。

The Microbiology of Traditional Hard and Semihard Cooked Mountain Cheeses.

机构信息

UR342 Technologie et Analyses Laitières, Institut National de la Recherche Agronomique, 39801 Poligny cedex 1, France.

出版信息

Microbiol Spectr. 2013 Oct;1(1). doi: 10.1128/microbiolspec.CM-0006-2012.

Abstract

Traditional cheeses originate from complex systems that confer on them specific sensory characteristics. These characteristics are linked to various factors of biodiversity such as animal feed, the use of raw milk and its indigenous microflora, the cheese technology, and the ripening conditions, all in conjunction with the knowledge of the cheesemaker and affineur. In Europe, particularly in France, the preservation of traditional cheesemaking processes, some of which have protected designation of origin, is vital for the farming and food industry in certain regions. Among these cheeses, some are made in the Alps or Jura Mountains, including Comté, Beaufort, Abondance, and Emmental, which are made from raw milk. The principle of hard or semihard cooked cheese, produced in the Alps and Jura Mountains, was to make a product during the summer-a period during which the animals feed more and milk production is high-with a shelf life of several months that could be consumed in winter. Today, these traditional cheeses are produced according to a specific approach combining science and tradition in order to better understand and preserve the elements that contribute to the distinctiveness of these cheeses. To address this complex problem, a global approach to the role of the raw milk microflora in the final quality of cheeses was initially chosen. The modifications resulting from the elimination of the raw milk microflora, either by pasteurization or by microfiltration, to the biochemistry of the ripening process and ultimately the sensory quality of the cheeses were evaluated. This approach was achieved mainly with experimental hard cooked cheeses. Other types of traditional cheese made with raw and pasteurized milk are also considered when necessary. Besides the native raw milk microflora, traditional lactic starters (natural or wild starters) also participate in the development of the characteristics of traditional hard and semihard cooked mountain cheeses. After an initial description, their roles are described, mainly for Comté.

摘要

传统奶酪源自复杂的体系,赋予其独特的感官特性。这些特性与生物多样性的各种因素有关,如动物饲料、生奶及其土著微生物群、奶酪技术以及成熟条件,所有这些都与奶酪制造者和干酪成熟师的知识相结合。在欧洲,特别是在法国,保护传统奶酪制作工艺对于某些地区的农业和食品工业至关重要,其中一些奶酪制作工艺拥有原产地命名保护。在这些奶酪中,有一些是在阿尔卑斯山或汝拉山制作的,包括孔泰、博福尔、阿布丹斯和埃曼塔尔,它们都是用生奶制成的。阿尔卑斯山和汝拉山生产的硬质或半硬质熟奶酪的原理是,在夏季制作一种产品,此时动物饲料丰富,牛奶产量高,保质期可达数月,可以在冬季食用。如今,这些传统奶酪是根据一种特定的方法生产的,该方法将科学和传统结合起来,以更好地理解和保留这些奶酪独特性的元素。为了解决这个复杂的问题,最初选择了一种全球方法来研究生奶微生物群在奶酪最终质量中的作用。通过巴氏杀菌或微滤消除生奶微生物群对成熟过程的生物化学和奶酪感官质量的影响进行了评估。这种方法主要应用于实验性硬质熟奶酪。在必要时,也会考虑到其他使用生奶和巴氏杀菌奶制作的传统奶酪类型。除了本地生奶微生物群外,传统的乳酸发酵剂(天然或野生发酵剂)也参与了传统硬质和半硬质熟山奶酪特征的发展。在初步描述之后,主要针对孔泰奶酪描述了它们的作用。

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