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1·The double low traits and male sterility of Ning A6 are stable.

双低品质性状及不育性状的质核互作效应遗传性稳定。

2·Material of genetic male sterility is a valuable species resources.

玉米核雄性不育材料是宝贵的种质资源。

3·The phenomenon of genie male sterility (GMS) occurs widely in plant.

植物核雄性不育现象广泛存在于自然界中。

4·Male sterility technique will be applied widely in the field of cabbage breeding.

雄性不育技术在甘蓝育种上具有广阔的应用前景。

5·The molecular mechanism of cytoplasmic male sterility ( cms)in maize was reviewed.

本文对玉米细胞质雄性不育性的分子机理进行了综述。

6·Therefore, that means the male sterility is related to structure of chromosome change.

由此表明，该雄性不育系的不育性与染色体结构变异有关。

7·Conclusion The chromosomal anomalies are important inheritance factor for male sterility.

结论染色体异常是造成男性不育的重要遗传因素。

8·These are obvious implications for the design of other methods of producing male sterility.

这些显然对设计产生雄性不育的新方法都有启发。

9·The Discovery, Inheritance and Utilization of Genic Male Sterility with Genetic Marker in Maize.

带遗传标记的玉米基因雄性不育的发现及遗传和利用研究。

10·Result of a genetic research showed that the 6 male sterile mutants were genic male sterility (GMS).

初步遗传研究表明，该6个雄性不育突变体为一对隐性基因控制的核型雄性不育突变体。