【2h】

Lysis from without

机译:从无裂解

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摘要

In this commentary I consider use of the term “lysis from without” (LO) along with the phenomenon's biological relevance. LO originally described an early bacterial lysis induced by high-multiplicity virion adsorption and that occurs without phage production (here indicated as LOV). Notably, this is more than just high phage multiplicities of adsorption leading to bacterial killing. The action on bacteria of exogenously supplied phage lysin, too, has been described as a form of LO (here, LOL). LOV has been somewhat worked out mechanistically for T4 phages, has been used to elucidate various phage-associated phenomena including discovery of the phage eclipse, may be relevant to phage ecology, and, with resistance to LO (LOR), is blocked by certain phage gene products. Speculation as to the impact of LOV on phage therapy also is fairly common. Since LOV assays are relatively easily performed and not all phages are able to induce LOV, a phage's potential to lyse bacteria without first infecting should be subject to at least in vitro experimental confirmation before the LOV label is applied. The term “abortive infection” may be used more generally to describe non-productive phage infections that kill bacteria.
机译:在这篇评论中,我考虑使用术语“从无到有溶解”(LO)和该现象的生物学相关性。 LO最初描述了由高多样性病毒体吸附诱导的早期细菌裂解,并且在没有噬菌体产生的情况下发生(此处表示为LOV)。值得注意的是,这不仅仅是导致细菌杀死的高噬菌体吸附多样性。外源性噬菌体溶素对细菌的作用也已被描述为LO(在此为LOL)的形式。已经针对T4噬菌体通过机械方式对LOV进行了研究,已将其用于阐明各种噬菌体相关现象,包括发现噬菌体蚀,可能与噬菌体生态有关,并且由于具有抗LO(LOR)能力,因此被某些噬菌体阻断基因产物。关于LOV对噬菌体治疗的影响的猜测也很普遍。由于LOV分析相对容易进行,并且并非所有噬菌体都能诱导LOV,因此在应用LOV标记之前,至少应在体外实验中确认噬菌体在不首先感染的情况下裂解细菌的潜力。术语“生殖性感染”可以更普遍地用于描述杀死细菌的非生产性噬菌体感染。

著录项

  • 期刊名称 Bacteriophage
  • 作者

    Stephen T Abedon;

  • 作者单位
  • 年(卷),期 2011(1),1
  • 年度 2011
  • 页码 46–49
  • 总页数 4
  • 原文格式 PDF
  • 正文语种
  • 中图分类 微生物学;
  • 关键词

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