首页> 外文期刊>农业科学与技术(英文版) >苯达松敏感基因在杂交水稻制种技术上的应用研究
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苯达松敏感基因在杂交水稻制种技术上的应用研究

机译:The Application of Bentazon Susceptible Gene on Seed Production of Hybrid Rice苯达松敏感基因在杂交水稻制种技术上的应用研究

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摘要

The seed production of male and female parent of'Hunzhi 1' contained bentazon susceptible gene was studied.The result showed that spraying 3.375 L/hm2 48% bentazon aqua could control the self-pollinated fertilization rate below 1.0% and survival plant rate was 0.The spray of bentazon would not influence MC526 pollen vitality.Seed setting rate of female parent was not obvious different from that of control group with spraying bentazon aqua more than 3.375 L/hm2 from the sprouting appearing period to full heading stage.This demonstrated that bentazen aqua had no influence on seed setting rate during florescence of female parent.The weight ratio between male parent seeds and female parent seeds was 1 to 5,then seeds from parents with that weight ratio would be mixedly planted for seed production.With this weight ratio,relative proper structure of panicle and grain would be obtained,panicle ratio was 1 to 4.3,glumous flowers ratio was 1 to 3.5.Cross seed-setting rate of female parent was 72.6% and seed production per hm2 was 66 000 kg.
机译:研究了Hunzhi 1'的男性和女性父母的种子生产。结果表明,喷雾3.375 L / HM2 48%Bentazon Aqua可以控制自授粉施肥率低于1.0%,存活植物速率为0 。Bentazon的喷雾不会影响MC526花粉的活力。女性父母的设置率并不明显不同于对照组,从萌芽出现时间喷洒Bentazon Aqua超过3.375 L / HM2到完全标题阶段。这表明甲基·斯巴巴对女性父母繁殖期间的种子设定率没有影响。男性父母种子和女性母种的重量比为1至5,然后将父母从父母中种子混合地种植种子生产。这种重量比率,穗和谷物的相对适当的结构将获得,茎比比为1至4.3,稳定的花比为1至3.5。雌性父母的播种率为7每HM2的2.6%和种子产量为66 000千克。

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