[期刊论文]


Diverse Durham collection phages demonstrate complex BREX defense responses

作   者:
Abigail Kelly;Sam C. Went;Giuseppina Mariano;Liam P. Shaw;David M. Picton;Samuel J. Duffner;Isabel Coates;Ryan Herdman-Grant;Julia Gordeeva;Alena Drobiazko;Artem Isaev;Yan-Jiun Lee;Yvette Luyten;Richard D. Morgan;Peter Weigele;Konstantin Severinov;Nicolas Wenner;Jay C. D. Hinton;Tim R. Blower;

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出版社:American Society for Microbiology


摘   要:

Bacteriophages have long been the source of tools for biotechnology that are in everyday use in molecular biology research laboratories worldwide. Phages make attractive new targets for the development of novel antimicrobials. While the number of phage genome depositions has increased in recent years, the expected bacteriophage diversity remains underrepresented. Here we demonstrate how undergraduates can contribute to the identification of novel phages and that a single City in England can provide ample phage diversity and the opportunity to find novel technologies. Moreover, we demonstrate that the interactions and intricacies of the interplay between bacterial phage defense systems such as Bacteriophage Exclusion (BREX) and phages are more complex than originally thought. Further work will be required in the field before the dynamic interactions between phages and bacterial defense systems are fully understood and integrated with novel phage therapies.



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所属期刊
Applied and Environmental Microbiology
ISSN: 0099-2240
来自:American Society for Microbiology