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Bacteriophage defence systems in lactic acid bacteria

机译:乳酸菌的噬菌体防御系统

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The study of the interactions between lactic acid bacteria and their bacteriophages has been a vibrant and rewarding research activity for a considerable number of years. In the more recent past, the application of molecular genetics for the analysios of phage-host relationships has contributed enormously to the unravelling of specific events which dictate insensitivity to bacteriophage infection and has revealed that while theyare complex and intricate in nature, they are also extremely effective. In addtion, the strategy has laid solid foundations for the construction of phage resistant strains for use in commercial applications and has provided a sound basis for continued investigations into existing, naturally-derived and novel. genetically-engineered defence systems. Of course, it has also become clear that phage particles are highly dynamic in their response to thsoe defence systems which they do encounter and that they can readily adapt to them as a consequence of their genetic flexibility and plasticity. This paper reviews teh exciting developments that have been described in the literature regarding the study of phage-host interactions in lactic acid bacteria and the innovative approaches that can be taken to exploit this basic information for curtailing phage infection.
机译:乳酸菌与其噬菌体之间的相互作用的研究是具有相当多年的鲜明和有益的研究活动。在最近的过去,噬菌体宿主关系分析的分子遗传学的应用很大程度上促使对噬菌体感染的不敏感性的特定事件进行了贡献,并揭示了它们本质上的复杂和复杂,它们也非常有效的。在Addtion中,该策略已经为商业应用中使用的噬菌体抗性菌株的结构奠定了坚实的基础,并为持续的调查提供了对现有的,天然衍生的和新颖的基础。转基地防御系统。当然,它也明显,噬菌体颗粒在对他们所遇到的培养系统的反应中具有高度动态的,并且它们可以随着它们的遗传柔韧性和可塑性而容易地适应它们。本文评论了在文献中描述的关于研究乳酸菌中噬菌体 - 宿主相互作用以及可以采取的创新方法进行研究的令人兴奋的开发,以利用这种基本信息缩减噬菌体感染。

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