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由于 DNA 重组技术的进步,使得分子生物学既使在高等植物的生理,生物化学,甚至育种领域中的利用也成为可能。例如,已知叶绿体遗传因子对光合作用起重要作用,所以可以认为对这些遗传因子的构造解析和发现的研究将对提高作物的光合作用是有益的。因此,为力图提高茶树物质生产机能,作为预备试验,先对叶绿体 DNA 无性繁殖进行了研
Due to advances in DNA recombination technology, it is possible to use molecular biology even in the fields of physiology, biochemistry and even breeding of higher plants. For example, chloroplast genetic factors are known to play an important role in photosynthesis, so it is believed that studies of the structural elucidation and discovery of these genetic elements will be beneficial for increasing crop photosynthesis. Therefore, in order to improve the tea plant material production function, as a preliminary test, the clonal chloroplast DNA was studied