通过共轭技术将细菌中的质粒迁移到硅藻中

IF 1 Q3 BIOLOGY
Amneh Aoudi, Ossama Labiad, Ramdane Igalouzene, Ousséma Mejri, Maxime Sanchez, Maxime Sanchez
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引用次数: 0

摘要

硅藻是多种具有特殊生物技术价值的化合物的来源。因此,要将水流引向特定的途径,就必须阐明基因的特定功能。硅藻最常用的方法是生物转化,这是一种非常昂贵和耗时的方法。外显子的拷贝数与原生染色体相当,以封闭圈的形式保持,这种外显子已成为一种有用的蛋白质表达遗传系统,可避免多重插入、对表达的位置特异性影响以及非目标基因的潜在敲除。这些外显子可通过共轭作用从细菌导入硅藻。在这里,我们描述了基因表达的详细方案,包括 1) 通路克隆策略和 2) 将质粒从细菌转移到硅藻的连接方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Mobilization of Plasmids From Bacteria Into Diatoms by Conjugation Technique
Diatoms serve as a source for a variety of compounds with particular biotechnological interest. Therefore, redirecting the flow to a specific pathway requires the elucidation of the gene’s specific function. The most commonly used method in diatoms is biolistic transformation, which is a very expensive and time-consuming method. The use of episomes that are maintained as closed circles at a copy number equivalent to native chromosomes has become a useful genetic system for protein expression that avoids multiple insertions, position-specific effects on expression, and potential knockout of non-targeted genes. These episomes can be introduced from bacteria into diatoms via conjugation. Here, we describe a detailed protocol for gene expression that includes 1) the gateway cloning strategy and 2) the conjugation protocol for the mobilization of plasmids from bacteria to diatoms.
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CiteScore
1.50
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