1.【动】果蝇
2.【动】果蝇属
1.a small two-winged fruit fly that is frequently used in genetic research.
1.Complicating the project is the fact that Drosophila guttifera is little used in research and its genome has not been sequenced.
使项目艰难的因素还有Drosophilaguttifera很少用于研究和它的基因组没有得到测序。
2.To see if attractiveness can be hereditary, researchers in England focused on the fruit fly Drosophila simulans.
为了观察魅力是否会遗传，英格兰的研究者们把目标对准果蝇。
3.Results: Lycium Chinense mill has no effect on the sexual vitality of drosophila melanogaster, but could extend its lifetime.
结果：含有枸杞子的培养基对果蝇性活力无有效作用，但能有效延长果蝇寿命。
4.The fruit fly Drosophila melanogaster is one of the best-studied model organisms.
黑腹果蝇是了解得最深入的模式生物之一。
5.Drosophila is one of the best experimental material. Its genome consists of 10%~12% transposable elements.
果蝇是大量系统研究的最好实验材料之一，其基因组的10%~12%是由转座因子组成。
6.After Drosophila were bred at different temperatures, the variation of the numbers of Drosophila in two tubes were observed.
将果蝇在不同的温度下饲养后，观察不同温度下饲养的果蝇进入两只离心管内的数量变化。
7.Drosophila melanogaster haemocytes constitute the cellular arm of a robust innate immune system in flies.
果蝇的细胞血细胞构成一个强有力的手臂先天免疫系统中的苍蝇。
8.As the name implies, it is related to Toll, a receptor involved in pathogen recognition in the fly Drosophila melanogaster.
如它的命名所示，它与Toll，一种黑腹果蝇体内的识别病原体的受体相关。
9.Four new reviews focus on how the latest work on Drosophila is taking this genetically pliant lab model into exciting new fields.
四篇新的评论文章分析了关于果蝇的最新研究工作是怎样将这种在遗传上适应性很强的实验室模型动物带入激动人心的新领域的。
10.O'Reilly et al. found evidence for more active stem cells while studying how the cells anchor themselves in the Drosophila ovary.
欧·瑞利等学者在研究果蝇卵巢干细胞如何掌管其自身的过程中为这些更加活跃的干细胞找到了证据。