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首页> 外文期刊>Journal of Plant Biochemistry and Biotechnology >Agrobacterium tumefaciens - mediated transformation of rice using coleoptile and mature seed-derived callus
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Agrobacterium tumefaciens - mediated transformation of rice using coleoptile and mature seed-derived callus

机译:农杆菌突厥族介导用植物精化和成熟种子衍生愈伤组织介导的水稻转化

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摘要

Morphologically normal, fertile transgenic rice plants (Oryza sativa L cv Taipei 309) were obtained using Agrobacterium tumefaciens strain LBA4404 harbouring the plasmid pTOK233. Two transgenic systems were developed. The first involved callus derived from mature seeds (scutellum) and, the second, used callus derived from 4-d-old coleoptiles. This is the first time that a coleoptile-based system has been used for producing transgenic rice plants. In the development of coleoptile based system, we have evaluated the effect of the length of callus induction period of the coleoptiles on transformation efficiency. The proportion of GUS positive plants was 23 percent in coleoptile experiment while in mature seed experiments it was 21 percent. Southern analyses were done to confirm the presence of the transgene. It was found that one to three copies of the transgene integrated in the transgenic plants.
机译:使用土壤杆菌菌株LBA4404携带质粒ptok233,获得形态学上正常的肥沃的转基因水稻植物(Oryza sativa l cv台北309)。 开发了两种转基因系统。 第一个涉及的愈伤组织来自成熟种子(Cocullum)和第二次使用的愈伤组织衍生自4-D型植物的COLEOPTOLES。 这是第一次基于植物精化的系统用于生产转基因水稻植物。 在基于植物精化的系统的发展中,我们已经评估了愈伤组织诱导期长度的愈伤组织诱导期对转化效率的影响。 Gus阳性植物的比例在植物精精试验中为23%,而在成熟的种子实验中,它为21%。 南方分析进行了确认转基因的存在。 结果发现,在转基因植物中的转基因中的一拷贝。

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