至今，基因枪法以其实用性和有效性应用于水稻工程育种已有十几年。
Biolistics, by virtue of its overwhelming practicality and effectiveness, has been applied in rice engineering breeding for a dozen years.
杂交水稻在我国水稻及粮食生产中占有突出地位，基因工程可在杂交水稻育种中发挥重要作用。
Hybrid rice takes outstanding position in rice and food production in China, and gene engineering can play an important role in hybrid rice breeding.
因此，利用植物基因工程技术，将麻疯树毒蛋白基因导入水稻可望提高水稻对病原真菌的抵抗能力，对水稻的抗病育种是一个有效的途径。
Therefore, an approach using plant genetic engineering for enhancing antifungal properties of rice by introducing the curcin gene into rice will be possible.
这个通过基因工程的方法获得的光敏雄性不育系可应用到“两系法”育种中，用以生产杂交水稻。
This photosensitive male sterility (PGMS) line produced by the expression of antisense-OsPDCD5 could be applied in production of hybrid rice using two-line breeding system.
这个通过基因工程的方法获得的光敏雄性不育系可应用到“两系法”育种中，用以生产杂交水稻。
This photosensitive male sterility (PGMS) line produced by the expression of antisense-OsPDCD5 could be applied in production of hybrid rice using two-line breeding system.
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