DuPont Nutrition and Biosciences, 3329 Agriculture Dr., Madison, WI 53716, USA.
DuPont Nutrition and Biosciences, CS 10010, Dangé-Saint-Romain 86220, France.
FEMS Microbiol Rev. 2020 Nov 24;44(6):909-932. doi: 10.1093/femsre/fuaa048.
Almost a century has elapsed since the discovery of bacteriophages (phages), and 85 years have passed since the emergence of evidence that phages can infect starter cultures, thereby impacting dairy fermentations. Soon afterward, research efforts were undertaken to investigate phage interactions regarding starter strains. Investigations into phage biology and morphology and phage-host relationships have been aimed at mitigating the negative impact phages have on the fermented dairy industry. From the viewpoint of a supplier of dairy starter cultures, this review examines the composition of an industrial phage collection, providing insight into the development of starter strains and cultures and the evolution of phages in the industry. Research advances in the diversity of phages and structural bases for phage-host recognition and an overview of the perpetual arms race between phage virulence and host defense are presented, with a perspective toward the development of improved phage-resistant starter culture systems.
自发现噬菌体(phages)以来,已经过去了将近一个世纪,而证明噬菌体可以感染发酵剂培养物从而影响乳制品发酵的证据也已经出现了 85 年。此后不久,人们就开始研究噬菌体与发酵剂菌株之间的相互作用。对噬菌体生物学和形态学以及噬菌体-宿主关系的研究旨在减轻噬菌体对发酵乳制品行业的负面影响。从乳制品发酵剂供应商的角度来看,本综述考察了工业噬菌体文库的组成,深入了解了发酵剂菌株和培养物的发展以及噬菌体在行业中的进化。介绍了噬菌体多样性的研究进展以及噬菌体-宿主识别的结构基础,并概述了噬菌体毒力和宿主防御之间的永恒军备竞赛,以期开发出改良的抗噬菌体发酵剂培养系统。