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光敏核不育水稻育种(又称二系法杂交稻育种)是我国首先发现和研究的高技术,也是我国“863”计划中生物技术的重要成果。为了配合推广和推动国家这一重点项目和成果,我会和华中农大科协于10月20～10月31日在武汉举办了此次培训班。来自全国19个省(市、自治区)的近70位科研、种子推广和教育工作者参加了学习。其中高级职称和中级职称的学员占35%左右,青年科技工作者占65%。李泽炳、元生朝等13位教授讲授了光敏核不育水稻的研究进展、育性转换条件及生态适应性、生理生化基础、光敏色素的作用、遗传基础及染色体定位、籼粳型两系法杂交稻选育、广亲和性及制种技术等内容:为了理论联系实际,还组织学员到水稻育种圃、实验田和农村大面积示范田进行观摩考察。
Photosensitive nuclear sterile rice breeding (also known as the second hybrid rice breeding) is China’s first discovery and research of high technology, but also China’s “863” program of biotechnology results. In line with the promotion and promotion of this key national project and achievements of the state, I will hold this training course with Wuhan Huazhong Agricultural Association in Wuhan from October 20 to October 31. Nearly 70 research, seed promotion and education workers from 19 provinces (municipalities and autonomous regions) nationwide participated in the study. Among them, senior professional titles and intermediate professional titles account for about 35%, and young science and technology workers account for 65%. 13 professors such as Li Zebing and Yuan Shengzhao taught the progress of research on phototropism in genic male sterile rice, fertility conversion conditions and ecological adaptability, physiological and biochemical basis, the role of phototin, genetic basis and chromosomal location, indica-japonica two-line method Hybrid rice breeding, broad compatibility and seed production technology content: In order to integrate theory with practice, students are also organized to paddy fields, experimental fields and large-scale demonstration fields in rural areas for observation and investigation.