The " mutation station " allows you to create dramatic mutations in a fruit fly through simple genetic alterations 你可以在突变观测站内改变果蝇的基因而制造出意想不到的突变后果。
The bloomington fly stock center collects , maintains and distributes drosophila melanogaster strains for research 布鲁明顿果蝇库存中心收集、保存各类黑腹果蝇并进行分类，以供研究之用。
The bloomington fly stock center collects , maintains and distributes drosophila melanogaster strains for research 布鲁明顿果蝇品系中心：收集、保存各类黄果蝇并进行分类，以供研究之用。
To nobody ' s surprise , therefore , though the mutant fly is capable of learning things , it forgets them within minutes 因此理所当然的，尽管这些果蝇能够学习，但它们几分钟内就忘掉了所学的内容。
And in fruit flies , genes involved in metabolism , such as indy ( i ' m not dead yet ) , have been implicated in life - span control 至于和果蝇代谢有关的基因，像是indy ，也发现参与了果蝇寿命的调控。
But as a fly is a very different creature from humans , these results are far , far away from helping us to extend our lives 但是果蝇毕竟和人类非常不同，目前的研究结果还远远不能应用于延长人类寿命。
As expected , fully fed flies without a sense of smell lived longer than normal flies on the same diet ? by 40 to 50 % 正如所料，食物充足且进食量相等的情况下，失去嗅觉的果蝇比正常果蝇寿命长40 - 50 % 。
Moreover , the particular protein that the flies lack is most concentrated in brain areas involved in learning and memory 不仅如此，变异果蝇中所缺少的那种蛋白在人脑中参与学习和记忆的区域里含量最高。
These alleles showed wing and cuticle phenotypes related to both wg and hh signaling pathways ( notch and vein defect et al . ) 具该类突变体等位基因的果蝇呈现出与wg和hh信号传导途径相关的翅和表皮形态。
Gfp movies : you can view these online movies of expression of green fluorescent protein ( gfp ) in a drosophila embryo 萤光蛋白( gfp )影片：学生们可以浏览这个线上的影片资料，内容为萤光蛋白在果蝇胚胎的表现。
