1972年当时在剑桥大学的一位生物学家SydneyBrenner，决定计算出一种称作c . elegans的小线虫纲蠕虫的神经系统的每一个细胞连接。
In 1972 Sydney Brenner, a biologist then at Cambridge University, decided to work out the connections of every cell in the nervous system of a small nematode worm called C. elegans.
这些研究始于90年代末，那时从事植物研究的研究人员和线虫生物学家学会了使用小RNA分子关闭基因。
The story started to unfold in the late 1990s, when plant researchers and nematode biologists learned to use small RNA molecules to shut down genes.
小的分样筛与漏斗法结合从植物样品获得纯净的线虫。
Obtaining the pure nematodes from plant sample by using the small sample sieve combining funnel method.
利用水琼脂平板法测定分离于南方根结线虫卵囊的绮丽小克银汉霉对南方根结线虫游离卵及卵囊中的卵寄生性。
An isolate of Cunninghamella elegans from egg masses of Meloidogyne incognita was evaluated in vitro for parasitism of separated eggs or egg mass of m.
由于根结线虫体积小，不能人工培养，世代长等难于进行体外与宿主的相互作用方面的研究，进展一直很缓慢。
Owing to the root-knot nematode is so small, can not be cultured, has a long generation, it is difficult to do research in vitro in interaction with the host.
结合形态学和分子生物学特征，确定该线虫为嗜菌异小杆线虫沧州品系。
Based on the morphology and biological characters, the population was identified as H. bacteriophora strain Cangzhou.
结合形态学和分子生物学特征，确定该线虫为嗜菌异小杆线虫沧州品系。
Based on the morphology and biological characters, the population was identified as H. bacteriophora strain Cangzhou.
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