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The maize DNA fragments was successfully incorporated into rice by Associate Prof WAN Wenju’s research team at Hunan Agricultural College, Changsha, China. The new gene transferring rice is named Genetic Engineered Rice (GER) line. The team put dry embryo of rice cultivar Xiangzaoxian 8 in the solution containing maize DNA using a modified method of embryo soaking to introduce the exotic DNA into the rice embryo. By selections through successive generation, promising rice lines were finally developed from progenies having required variations. DNA molecular test showed that the lines have already got some maize DNA fragments. The line GER-1 is of the most productive among the new rice lines. It has strong tillering ability and large sized panicles with an average number of 200 grains per panicle and 80% seed-setting rate. It gives a
The maize DNA fragments was successfully incorporated into rice by Associate Prof WAN Wenju’s research team at Hunan Agricultural College, Changsha, China. The new gene transferring rice is named Genetic Engineered Rice (GER) line. The team put dry embryo of rice cultivar Xiangzaoxian 8 in the solution containing embryo soaking to introduce the exotic DNA into the rice embryo. By selections through successive generation, promising rice lines were finally developed from progenies having required variations. got some maize DNA fragments. The line GER-1 is of the most productive among the new rice lines. It has strong tillering ability and large sized panicles with an average number of 200 grains per panicle and 80% seed- setting rate. It gives a