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首页> 外文期刊>Agricultural sciences in China >Propylene Effects on Ethylene Biosynthesis in Relation to Gene Expression of ACS, ACO in Persimmon Fruit
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Propylene Effects on Ethylene Biosynthesis in Relation to Gene Expression of ACS, ACO in Persimmon Fruit

机译:丙烯对柿果实中乙烯生物合成的影响与ACS,ACO基因表达的关系

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摘要

Influences of propylene treatment on fruit softening and ethylene biosynthesis of persimmon genotype, ' Hiratanenashi ' were investigated. The treatment with propylene could accelerate the softening and enhance ethylene biosynthesis, with higher sensitivity of immature fruit to the propylene was consistent with mRNA increase derived from transcription of ACS and ACO genes. Furthermore, ethylene synthesis increase in immature fruits was controlled and regulated mainly by DK-ACS1, DK-ACS2, DK-ACO1 and DK-ACO2, but regulated only by DK-ACS1 and DK-ACO1 in mature fruits.
机译:研究了丙烯处理对柿子基因型“ Hiratanenashi”的果实软化和乙烯生物合成的影响。丙烯处理可加速软化并增强乙烯的生物合成,未成熟果实对丙烯的敏感性更高,这与ACS和ACO基因转录产生的mRNA增加相吻合。此外,未成熟果实中乙烯合成的增加主要受DK-ACS1,DK-ACS2,DK-ACO1和DK-ACO2的调控,但仅受DK-ACS1和DK-ACO1的调控。

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