The Microbiology of Cheese and Dairy Products is a Critical Step in Ensuring Health, Quality and Typicity

S. Focardi
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引用次数: 1

Abstract

Cheese and dairy products require a rigorous observation of the procedures, strictly linked to the different indigenous components, such as the initial raw materials, the process chain, the ripening temperature, the water activity (aw), the pH and the contamination of the environment and operators. Microorganisms are key agents in the transformation of milk and in the subsequent phases which confer typicity and stability to cheese and dairy products. Contamination by pathogenic microorganisms may occur, compromising the safety of the final products. Meanwhile, beneficial microorganisms present in cheese and dairy products can produce antimicrobial compounds, thus avoiding spoilage of the products, ensuring their safety for human consumption. This mini review reports a description of the microorganisms involved in the fermentation of milk and in the subsequent processes concerning cheeses and derivatives, highlighting the aspects that microorganisms play in terms of quality, typicality and safety. New aspects emerged from this study, suggesting possible insights and future research. These include cultural approaches on the one hand, which allow for the isolation and characterization of new microbial strains that confer peculiarities in terms of quality and typicality to cheeses and dairy products, and the isolation of lactic acid bacteria that produce bacteriocins as important tools for combating microbial pathogens. On the other hand, investigations on cheese and dairy products using metagenomic approaches with DNA extraction followed by amplification and sequencing of microbial genes, allow the description and monitoring of the entire microbiota involved in the transformation processes of cheese and dairy products. Therefore, the combination of cultural dairy microbiology and metagenomic approaches can lead to improving the characteristics of cheeses and dairy products, while maintaining respect for traditions.
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奶酪和乳制品的微生物学是确保健康、质量和典型的关键步骤
奶酪和乳制品需要严格观察生产过程,严格与不同的本土成分联系起来,如初始原料、工艺链、成熟温度、水活度(aw)、pH值以及环境和操作人员的污染。微生物是牛奶转化的关键因素,并在随后的阶段赋予奶酪和乳制品的典型性和稳定性。可能会发生病原微生物污染,危及最终产品的安全性。同时,奶酪和乳制品中存在的有益微生物可以产生抗菌化合物,从而避免产品变质,确保人类消费的安全性。这篇小型综述报告了参与牛奶发酵和随后的奶酪及其衍生物过程的微生物,强调了微生物在质量、典型性和安全性方面的作用。从这项研究中出现了新的方面,提出了可能的见解和未来的研究。一方面,这些方法包括培养方法,它允许分离和表征新的微生物菌株,这些菌株赋予奶酪和乳制品在质量和典型性方面的特殊性,以及分离产生细菌素的乳酸菌,这些细菌素是对抗微生物病原体的重要工具。另一方面,利用宏基因组方法对奶酪和乳制品进行研究,提取DNA,然后对微生物基因进行扩增和测序,可以描述和监测参与奶酪和乳制品转化过程的整个微生物群。因此,将培养乳制品微生物学和宏基因组学方法相结合,可以改善奶酪和乳制品的特性,同时保持对传统的尊重。
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