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leaf edge color
相关语句
  叶缘颜色
     Preliminary Genetic Studies on Leaf Edge Color in Rice "Yids" with Short Day Low Temperature Induced Male Sterile
     短光低温不育水稻宜DS叶缘颜色遗传的初步分析
短句来源
     2) The leaf edge color of F1swere different with different indica rice as male parent.
     用无色籼型父本与宜DS杂交,F1组合间叶缘颜色存在深浅差异;
短句来源
  “leaf edge color”译为未确定词的双语例句
     Studies on the Genetic Relationship Between Leaf Edge Color and Glume Tip Color of YiDS with Short Day Low Temperature Induced Male Sterile
     短光低温不育水稻宜DS叶缘与稃尖颜色遗传的关系研究
短句来源
     3) If crossing Yids with japonica rice as maleparent, the leaf edge color of F1s were green, its reason should be studied further.
     用粳型父本与之杂交,F1表现为无色,原因待分析.
短句来源
     The glume tip color and leaf edge color of F 1 and F 2 derived from YiDS(purple glume tip and green leaf edge)/indica rice(green glume tip and green leaf edge) were studied. The results showed: 1) The purple of glume tip belonged to dominant inheritance, controlled by a pair of genes.
     对无色叶缘无色稃尖的籼型材料与宜DS(无色叶缘紫色稃尖 )杂交F1及F2 稃尖和叶缘颜色的调查结果分析表明 ,紫色稃尖对无色稃尖为显性 ,符合 1对基因控制的遗传模式 ;
短句来源
     2) The leaf edge color was controlled by two pairs of genes, and one of them was probably the genes controlling color of glume tip. In addition, the experimental evidence further indicated that the hereditary basis controlling leaf edge color was different in indica and japonica rice, and no dominance-complement gene existed in japonica rice with green leaf edge.
     控制叶缘颜色的 2对基因中的其中 1对可能为稃尖色泽控制基因 另外 ,本试验进一步确证认为籼、粳不同类型的材料在控制叶缘颜色的遗传基础上存在差异 ,其中叶缘无色的粳型材料中不存在显性互补基因
短句来源
  相似匹配句对
     On "Leaf"
     说“葉子”
短句来源
     Edge
     边缘
短句来源
     leaf>leafstalk.
     叶片>叶柄。
短句来源
     PEOPLE ON THE EDGE
     人在边缘
短句来源
     After three weeks, adventitious buds sprouted from the edge of leaf explants.
     当叶盘向轴面朝下放置在培养基上时 ,三周后 ,从叶盘边缘生出不定芽。
短句来源
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Crossing Yids, a rice with short day low temperature induced male sterile(SDLTR), withsome indica rice varieties as male parent, the F1s were all purple color no matter how the leaf edge colorof male parent was. This trait was very useful to distinguish false hybrid rice from true hybrid rice.Through preliminary genetical analyses, the results showed: 1) The genetic pattern of leaf edge color fitin with dominance-complementary effect controlled by two pairs of genes. 2) The leaf edge color...

Crossing Yids, a rice with short day low temperature induced male sterile(SDLTR), withsome indica rice varieties as male parent, the F1s were all purple color no matter how the leaf edge colorof male parent was. This trait was very useful to distinguish false hybrid rice from true hybrid rice.Through preliminary genetical analyses, the results showed: 1) The genetic pattern of leaf edge color fitin with dominance-complementary effect controlled by two pairs of genes. 2) The leaf edge color of F1swere different with different indica rice as male parent. 3) If crossing Yids with japonica rice as maleparent, the leaf edge color of F1s were green, its reason should be studied further.

短光低温不育水稻宜DS本身叶缘无色,与不同籼型父本杂交,无论父本的叶缘为紫色或无色,其F1均为紫色,这用于真假杂种的鉴别是一个很好的标记,经初步分析后认为,宜DS叶绿颜色的遗传符合两对基因控制的显性互补作用模式;用无色籼型父本与宜DS杂交,F1组合间叶缘颜色存在深浅差异;用粳型父本与之杂交,F1表现为无色,原因待分析.

The glume tip color and leaf edge color of F 1 and F 2 derived from YiDS(purple glume tip and green leaf edge)/indica rice(green glume tip and green leaf edge) were studied. The results showed: 1) The purple of glume tip belonged to dominant inheritance, controlled by a pair of genes. 2) The leaf edge color was controlled by two pairs of genes, and one of them was probably the genes controlling color of glume tip. In addition, the experimental evidence further...

The glume tip color and leaf edge color of F 1 and F 2 derived from YiDS(purple glume tip and green leaf edge)/indica rice(green glume tip and green leaf edge) were studied. The results showed: 1) The purple of glume tip belonged to dominant inheritance, controlled by a pair of genes. 2) The leaf edge color was controlled by two pairs of genes, and one of them was probably the genes controlling color of glume tip. In addition, the experimental evidence further indicated that the hereditary basis controlling leaf edge color was different in indica and japonica rice, and no dominance-complement gene existed in japonica rice with green leaf edge.

对无色叶缘无色稃尖的籼型材料与宜DS(无色叶缘紫色稃尖 )杂交F1及F2 稃尖和叶缘颜色的调查结果分析表明 ,紫色稃尖对无色稃尖为显性 ,符合 1对基因控制的遗传模式 ;控制叶缘颜色的 2对基因中的其中 1对可能为稃尖色泽控制基因 另外 ,本试验进一步确证认为籼、粳不同类型的材料在控制叶缘颜色的遗传基础上存在差异 ,其中叶缘无色的粳型材料中不存在显性互补基因

 
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