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- Drosophila virilis 黑果蝇
- SINA gene was firstly identified in Drosophila. SINA基因最初是在果蝇中克隆到。
- In a series of experiments with the fruit-fly Drosophila, Edward B. 人们希望对这些系统的比较会对不同群体的进化历史了解更多。
- Fine collection of protein databases; human, yeast, drosophila and many more. 网站提供蛋白质数据、人类、酵母,发酵粉、果蝇等收集品。
- The famous Antennapedia mutant of the Drosophila fruitfly is an example. 果蝇身上著名的触足突变就是一个实例。
- But what it lacks in toughness, Drosophila melanogaster makes up for in speed. 然而,果蝇在强硬方面的不足却用速度得到了弥补。
- Study on genetic effects of drosophila melanogaster by CO2laser irradiation[J]. 引用该论文 贾振宇;朱定良;庚镇城;郑启克;杨永炎.
- After the death of his real father, however, Hadrian called him Annius Verissimus,9 and, after he assumed toga virilis, Annius Verus. (7)始的时候,安尼乌斯·鲁斯依他母亲的祖父取名为卡提留斯·维鲁(8)但在他生父死后,哈德良称他为安尼乌斯·里斯姆(9)在他被授予白色托加之后,改名安尼乌斯·鲁斯。
- Miretur omne saeculum,talis decet partus Deum.Non ex virili semine,sed mystico spiramineVerbum Dei factum est carofructusque ventris floruit. 此曲如泣如诉,歌词源自一首拉丁圣诗Veni RedemptorVeni, redemptor gentium,ostende partum virginis;
- 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。
- Apollo is a collaborative open source project between the Berkeley Drosophila Genome Project, the Sanger Institute and the EBI. 这是一个开放性果蝇基因组计划的产物,主要是可以图形化浏览果蝇基因组注释结果。
- GFP Movies: You can view these online movies of expression of green fluorescent protein( GFP) in a drosophila embryo. 萤光蛋白(fp)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。
- One laboratory stock of Drosophila melanogaster has very reduced or vestigial wings. 果蝇的一种实验品系,翅膀缩小,称为残翅。
- The contact effects of celery j uice and different concn.of celery extracts by ethanol on drosophila were all0. 芹菜原汁及不同浓度的芹菜乙醇提取液对果蝇的触杀效果均为0。
- Objective To study the antiaging effect and mechanism of active phospholipids on drosophila. 目的探讨活性磷脂对果蝇的延缓老化作用及其机理。
- Results Active phosopholipids could prolong the maximum and average life-span of drosophila. 结果活性磷脂能显著延长果蝇的平均寿命和最高寿命。
- In Drosophila,the Ping-Pong model strongly suggests a post transcriptional component to transposon silencing. 在果蝇中,乒乓模式强烈地表明了是转座子沉默的一个后期转录组分。
- This study demonstrates markedly conserved mechanisms regulating ISCs from Drosophila to mammals. 干细胞散布在基底膜上,并没有局部区域的聚集。
- In Drosophila,studies of hybrid dysgenesis linked transposon activation to severely impaired gametogenesis. 在果蝇中,杂种不孕与转座子作用使配子发生遭到严重损坏有关。
- Conclusion High temperature can decrease the learning and memory behavior of Drosophila. 结论高温可以降低果蝇的学习记忆行为。