首页> 外国专利> Method for producing a higher plant having cytochrome c6 in the space tilacu00f3ide of chloroplast, methods to promote the growth of a higher plant, su00ecntese of at least one selected from the group consisting of ATP, NADPH, starch, and proteu00ecna of a higher plant, and the fixing Of carbon by a higher plant, proteu00ecna fusion, gene, recombinant vector, transforming, and.Higher plant transgenic

Method for producing a higher plant having cytochrome c6 in the space tilacu00f3ide of chloroplast, methods to promote the growth of a higher plant, su00ecntese of at least one selected from the group consisting of ATP, NADPH, starch, and proteu00ecna of a higher plant, and the fixing Of carbon by a higher plant, proteu00ecna fusion, gene, recombinant vector, transforming, and.Higher plant transgenic

机译:用于生产在叶绿体的空间tilac中具有细胞色素c6的高等植物的方法,促进高等植物的生长的方法,所述植物选自ATP,NADPH,淀粉和蛋白质中的至少一种高等植物的uCecna和高等植物的碳固定,蛋白融合,基因,重组载体,转化和高级植物转基因

摘要

Method for producing a higher plant having cytochrome C ~ 6 ~ in space tilacu00f3ide of chloroplast, methods to promote the growth of a higher plant, su00ecntese of at least one selected from the group consisting of ATP, NADPH, starch, and proteu00ecna of a higher plant, and fixau00e7 Will a higher plant carbon, proteu00ecna fusion, gene, recombinant vector, transforming, and.Higher plant transgenic. The present invention provides a method to produce a higher plant having citoeromo C6 in the space tilacu00f3ide of chloroplast, which is characterized by introducing a gene encoding an understanding of fusion protein by adding a signal peptide consisting of 50 to 80 residues of aminou00e1c Gone to a protein cytochrome c6 in the genome of a higher plant.
机译:用于生产在叶绿体的空间tilac中具有细胞色素C 6〜的高等植物的方法,促进高等植物的生长的方法,所述植物选自ATP,NADPH,淀粉和高等植物的蛋白质和固相生物将获得更高的植物碳,蛋白质的融合,基因,重组载体,转化和更高的植物转基因。本发明提供了一种在叶绿体的空间tilac 3上产生具有citoeromo C6的高等植物的方法,其特征在于通过添加由50至80个氨基酸残基组成的信号肽来引入编码理解融合蛋白的基因。 u00e1c在高等植物的基因组中不再存在于细胞色素c6上。

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