functional pollen sterility 功能性花粉不育
Pollen sterility gene 花粉不育基因座
pollen sterility loci 花粉不育基因座
f pollen sterility f1花粉不育
pollen sterility rate 花粉败育率
pollen sterility genes 花粉不育基因
Pollen sterility locus 花粉不育座位
pollen sterility-restorer 花粉不育恢复基因
f 1 pollen sterility f花粉不育性
The possible reason of few-seed was that the chromosomal translocation leads to high rates of pollen sterility and endogenous hormone abnormal.8.
7. F011后代少籽的原因:染色体易位导致高花粉败育率和内源激素异常变化,进而导致种子败育。
参考来源 - 西瓜（Citrullus lanatus）种质材料F·2,447,543篇论文数据，部分数据来源于NoteExpress
Genetic analysis demonstrated that the non-pollen sterility in XianS was controlled by a single recessive gene.
遗传分析表明无花型籼s是受单隐形基因控制的。
The main causes resulting in poor anther dehiscence in hybrid F1 were different with the kind and the number of heterozygous pollen sterility loci.
杂种f 1花药不开裂的原因随其所含的杂合花粉不育基因座位种类和数目不同而异。
Plants with cytoplasmic male sterility (CMS) failed to produce viable pollen, and this was resulted from dysfunctional mitochondrial DNA.
植物细胞质雄性不育(CMS)是指植物不能产生具有正常功能的花粉。
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