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1)  bud aborting
花蕾败育
1.
Firstly,a differential TDF(Transcript Derived Fragments)EST54-1 from the RNA of bud aborting of male sterile Chinese cabbage by cDNA-AFLP analysis was used as a querying probe to blast homologous ESTs sequences in the GenBank database,we spliced the homologous EST sequences assembled from GenBank,and gained an virtual sequence of 1 574 bp length.
)Olsson]雄性不育花蕾败育得到的差异表达片段(TDF,Transcript Derived Fragments)EST54-1为信息探针,在Gen-Bank数据库中进行同源EST序列检索,并对亲缘关系近的同源EST序列进行拼接,获得长度为1574bp的虚拟序列。
2)  bud flower development
花蕾发育
1.
For studies of differential gene expression, cDNA-AFLP was analyzed in tea plant at the stage of bud flower development.
利用cDNA-AFLP技术,对茶树花蕾发育期的基因表达进行了分析。
3)  Aborted bud
败蕾
1.
Aborted bud of Chinese cabbage and radish is a disadvantageous phenomenon in breeding practise.
大白菜和萝卜败蕾是育种实践中普遍存在的一种不利的生物现象,阐明其分子生物学机理具有重要的理论意义和实践价值。
4)  pollen sterility
花粉败育
1.
Comparison of male gametophyte development and pollen sterility of Jingbaili and Yali pear cultivars;
京白梨与鸭梨雄配子体发育特性的比较及其花粉败育的研究
2.
The pollen sterility had nothing to do with tepetum in pollen sac wall.
花粉败育与药壁绒毡层无关。
3.
Investigation and Analysis on the reasons of the low fruit set rate of wild watermelon introduced and cultivated from the Jianghan Plain,the results showed that the main reasons of low fruit set rate are the excessive growth of the plant,the high rate of Pollen sterility,the less amount of female flower,the high death rate of female bud and the fruit aborting etc.
结果表明,植株旺长、花粉败育率高、雌花少、雌花蕾自然死亡率高、化瓜现象严重等是野西瓜坐果率低的主要原因。
5)  pollen abortion
花粉败育
1.
Cytological studies on pollen abortion of male sterile lines with Aegilops bicornis cytoplasm in wheat;
二角型小麦雄性不育系花粉败育的细胞学研究
2.
Studies on the Relation between Pollen Abortion and Apoptosis of Young Spike and Anther in Rice;
水稻花粉败育与幼穗及花药细胞凋亡关系的研究
3.
The results showed that no self-incompatibility appeared in artificial self pollination of Torenia fournieri plants,but pollen abortion had occurred in its transgenic plants.
结果表明:蓝猪耳不存在自交不亲和现象但其转基因植株出现花粉败育;对9个转基因株系进行测定,发现其花粉活力与对照(77。
6)  Anther abortion
花药败育
补充资料:膀胱不发育与发育不全


膀胱不发育与发育不全
aplasia and agenesis of bladder

膀胱不发育与发育不全均罕见。膀胱不发育常并发上尿路及其他系统严重畸形,故为死产或生后不久死亡。在女性有因输尿管直接开口于前庭、阴道,呈完全性尿失禁而存活者。膀胱发育不全也多因并发严重畸形于生后不久死亡,若有生存的病例则与双侧单一输尿管口异位问题相似。
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