An overview of over-expression of C4-cycle enzymes into C3 plants

M. Jafarpour, R. Nulit
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Abstract

An overview of biochemical and physiological consequences of the over expression of C4 -cycle genes in C3 plant are presented. The methodology, based on the evolutionary situation, has enabled enzymes involved in the C4 pathway to be expressed at high levels and in required sites in the leaves of C3 plants. Even though overproduction of a single C4 enzyme can modify the carbon metabolism of C3 plants, it does not show any positive effects on photosynthesis. Transgenic C3 plants overproducing multiple enzymes are now being produced for improving the photosynthetic performance of C3 plants. The results show that a combined over expression of C4 -cycle genes could supply additional information on whether or not these enzymes may work in concert. Single over expression of C4 -cycle genes might perturb metabolism, as all C4 enzyme also have individual functions in c3 plants. The analysis of double and multiple transformants might help to highlight the possibility of the approach to create a single cell C4 cycle in C3 crops.
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c4循环酶在C3植物中的过表达研究综述
综述了C3植物C4循环基因过表达的生化和生理后果。该方法基于进化情况,使参与C4途径的酶能够在C3植物叶片的高水平和所需位点表达。尽管单一C4酶的过量生产可以改变C3植物的碳代谢,但它对光合作用没有任何积极影响。为了提高C3植物的光合作用性能,目前正在生产出能够产生多种酶的转基因C3植物。结果表明,C4周期基因的联合过表达可以提供这些酶是否协同工作的额外信息。C4循环基因的单一过表达可能会扰乱代谢,因为所有C4酶在c3植物中也有单独的功能。对双重和多重转化体的分析可能有助于强调该方法在C3作物中创建单细胞C4循环的可能性。
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