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FISH Techniques for Constructing Physical Maps on Schistosome Chromosomes

机译:FISH技术在血吸体染色体上构建物理图谱

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摘要

In an effort to provide useful information about parasites important in tropical diseases, the WHO has initiated genome mapping projects for a number of parasites. One goal of this effort is to establish physical maps of the genomes of the targeted parasites Multicellular parasites (helminths) contain various numbers of chromosomes, some large, that condense during the cell cycle, Here, Hirohisa Hirai and Phil LoVerde present details of fluorescence in situ hybridization as a means to localize genesand DNA fragments to schistosome chromosomes. Although the techniques presented are for schistosome chromosomes, they are applicable to any system where the chromosomes condense at metaphase.
机译:为了提供有关在热带疾病中重要的寄生虫的有用信息,WHO已启动了许多寄生虫的基因组作图项目。这项工作的一个目标是建立目标寄生虫基因组的物理图谱。多细胞寄生虫(蠕虫)包含各种数量的染色体,有些很大,在细胞周期中会凝结。在这里,Hirohisa Hirai和Phil LoVerde提出了荧光的细节。原位杂交是将基因和DNA片段定位在血吸虫染色体上的一种手段。尽管介绍的技术适用于血吸虫染色体,但它们适用于染色体在中期凝缩的任何系统。

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