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Design and application of the method for isolating magnetotactic bacteria

机译:趋磁细菌分离方法的设计与应用

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摘要

A simple apparatus was designed to effectively isolate magnetotactic bacteria from soils or sediments based on their magnetotaxis. Through a series of processes including sample incubation, MTB harvesting, isolation, purification and identification, several strains of bacteria were isolated from the samples successfully. By Transmission Electron Microscopy (TEM) and Energy-Dispersive X-ray Analysis (EDXA), these bacteria were certificated to be magnetotactic bacteria. The phylogenetic relationship between the isolated magnetic strains and some known magnetotactic bacteria was inferred by the construction of phylogenetic tree based on 16SrDNA sequences. This apparatus has been proven to have the advantages of being inexpensive, simple to assemble, easy to perform and highly efficient to isolate novel magnetotactic bacteria. The research indicated that the combined approach of harvesting MTB by home-made apparatus and the method of plate colony isolation could purify and isolate magnetotactic bacteria effectively.
机译:设计了一种简单的设备,可以根据趋磁性从土壤或沉积物中有效分离趋磁细菌。通过一系列的过程,包括样品孵育,MTB收集,分离,纯化和鉴定,成功地从样品中分离出了几种细菌。通过透射电子显微镜(TEM)和能量色散X射线分析(EDXA),这些细菌被证明是趋磁细菌。通过基于16SrDNA序列的系统进化树的构建,可以推断出分离的磁性菌株与某些已知的趋磁细菌之间的系统进化关系。已经证明该设备具有便宜,易于组装,易于执行以及高效分离新型趋磁细菌的优点。研究表明,采用自制仪器与平板菌落分离相结合的方法,可以有效地纯化和分离趋磁细菌。

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