1.
Fine Mapping and Clone of a New Hybrid Embryo Sac Abortion Gene, S31(t), in Rice (Oryza Sativa L.);
水稻亚种间杂种胚囊败育新基因S31（t）的研究和图位克隆
2.
Study on the Development of Ovule, Endosperm and Embryo in Stenospermic Seedless Grapes;
种子败育型无核葡萄胚珠、胚乳及胚发育的研究
3.
double-walled stage of the embryo succeeding the blastula.
囊胚发育之后的双层胚胎。
4.
The central portion of an ovule in which the embryo sac develops;the megasporangium.
珠心胚珠的中心，胚芽囊在此发育；大孢子囊
5.
Embryo sac and embryo development and embryo rescue in Lilium distant cross
百合远缘杂交的胚囊和胚胎发育及胚拯救
6.
In Vitro Production of Embryos and Development of Parthenogenetic Blastulas in Pigs
猪胚胎体外生产和孤雌囊胚发育能力的检测
7.
With embryo sac haustorium in chalazal end,the embryo sac is Endymion type.
胚囊发育类型为英地百合型 ,合点端形成胚囊吸器。
8.
The research demonstrated that above 90% brown ovules were living (development embryo), and above 95% green ovules were abortive.
本研究发现：90%以上的褐色胚为活胚，95%的鲜绿色的胚已败育。
9.
Development of mouse blastula into embryonic stem cells on the embryo fibroblast cell feeder layer
小鼠囊胚在胚胎成纤维细胞饲养层上向胚胎干细胞的生长发育
10.
The formation of a gastrula from a blastula by invagination.
内陷囊胚翻转形成胚囊
11.
Frequently the basal ovule, which is the last one to be fertilized would abort.
最后受精的基生胚珠经常败育。
12.
Studies on Biology of Pollination Fertilization and Embryo Aborted in Wuhexuegan (C.sinensis (L.) Osbeck.);
无核雪柑授粉受精及种胚败育的研究
13.
The Progress in the Anatomical Research into the Reasons of Pland Embryo Abortion;
植物胚胎败育原因的解剖学研究进展
14.
Cysts are the result of faulty embryogenesis.
囊肿由胚胎发育不全引起。
15.
Development of embryo and yolk-sac stage larva of white spot pike, Esox lucius
白斑狗鱼胚胎和卵黄囊期仔鱼的发育
16.
Expression Profiling of miRNA in Mouse Blastomere Embryos;
小鼠囊胚发育阶段miRNA表达的研究
17.
Primary Study on the Mechanism of Ovule Abortion of Female-sterile Clone in Pinus Tabulaeformis Carr.;
油松雌性不育系胚珠败育机制的初步研究
18.
Morphology and Physiological Foundation of Embryo Abortion in Stenospermocarpic Grapes
种子败育型葡萄胚败育的形态学观察及生理基础