1.
Microstructure Observations of Pollenless Abortion in Thermo-and Photoperiod-sensitive Genic Male Sterile Line N28S in Rice(Oryza sativa)
温光敏核不育水稻N28S无花粉败育的显微结构观察
2.
2) The incidence of pollen grains abortion is 40.48±2.33%.
2)花粉败育率为(40.48±2.33)%;
3.
STUDY ON THE ABORTIVE PROCESSES OF POLLEN IN MALE STERILE RICE
稻类雄性不育系的花粉败育途径研究
4.
Relation between Nutrient Metabolism in Anther and Pollen Abortion of Male Sterility in Lycium barbarum L.
不育枸杞花药营养物质代谢与花粉败育的关系
5.
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
6.
The Relation between Anther's Nutrient Metabolism and Pollen Abortion of Male Sterile Lines in Lycium barbarum L.
不育枸杞花药营养物质代谢与花粉败育的关系(摘要)(英文)
7.
Primary Study Report on Fertility alteration Period and Pollen abortion Types of Japonica PGMS Lines
粳型光敏核不育系育性转换及花粉败育类型的研究初报
8.
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
9.
Pollen Abortive Characters of CMS-D1 Lines under Different Temperature Conditions
不同温度条件下粳稻滇1型不育系花粉败育的特点(英文)
10.
The Morphological Studies on Pollen Abortion of a New Cytoplasmic Male Sterile Material-Taiyu D2 in Maize
新型玉米细胞质雄性不育材料泰玉D2花粉败育的细胞学研究
11.
Pollen Abortive Characters of New Cytoplasmic Male Sterile Lines and Their Potential Heterosis in Japonica Rice
新质源粳稻不育系花粉败育特点及其潜在杂种优势(英文)
12.
The degeneration of mitochondria is one of the earliest events in pollen abortion.
线粒体的退化是花粉败育中最早发生的现象之一。
13.
A Cytological Observation on the Pollen Abortion in Male Populus Tomentosa and Study on Transformation with Two Genes of Insect-resistant;
毛白杨雄株花粉败育细胞学观察和双抗虫基因转化的研究
14.
Study on the Relationship between Pollen Abortion of K and YS Male-Sterile Line and Activeprotein and Main Metabolic Enzymes;
小麦K型雄性不育系和YS型温敏不育系花粉败育与活性蛋白及主要代谢酶关系研究
15.
Microsporogenesis and Pollen Development in Apomitic Monosomic Addition Line M14 of Beta corolliflora in Sugar Beet
甜菜无融合生殖单体附加系M14花粉发生与发育的超微结构研究
16.
haploid breeding by pollen culture
花粉单倍体育种方法
17.
Signal Transduction in Pollen Germination and Tube Growth
花粉萌发和花粉管生长发育的信号转导
18.
Study on the Pollen Morphology and Pollen Development of Liliaceae;
百合科（Liliaceae）植物花粉形态及花粉发育的研究