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1·Pedigree data management is very important for crop breeding.

系谱信息管理在育种工作中占有重要地位。

2·Thus, hypergravity technology can be used in soybean crop breeding.

因此，超重力技术可应用于大豆的作物育种研究。

3·Wide hybridization is a most widely used technique in crop breeding programs.

植物远缘杂交是作物育种中广泛应用的技术。

4·Biological technique has displayed tremendous potential in the improvement of crop breeding.

生物技术在作物品种改良中已显示了巨大潜力。

5·Gene Banks are not just for the crop breeding programmes of the centres, but part of an international programme.

基因库不仅仅是用于各中心的作物育种项目，也是一个国际项目的一部分。

6·In addition, the possibilities of applying the grey relational grade analysis to the other fields of crop breeding have been discussed.

文中还进一步讨论了关联分析在遗传育种其它方面应用的可能性。

7·Plant genetic engineering, as a new strategy for fruit crop breeding, is very important in the genetic improvement of horticultural traits.

植物基因工程为果树育种开辟了一条新途径，在果树重要性状遗传改良方面具有重要意义。

8·The method of subordinative function value was complicate, but it was also reliable and beneficial for crop breeding and physiological studies.

隶属函数值法虽然方法繁琐，但结果也较为可靠，且利于在育种、生理等方面研究中应用。

9·In accordance with the special characteristics of genetic process in crop breeding, we explore the methods for building the mathematical models of the process.

本文针对育种遗传过程的特点，研究了该过程数学模型的建立。

10·The author summarized the primary principle, characteristics and the basic strategies of the markerassisted selection, and its application to the crop breeding.

综述了分子标记辅助选择技术的基本原理、特点、基本策略及其在作物育种中的应用，并对该技术的应用前景进行了展望。