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首页> 外文期刊>Acta Horticulturae >Cloning of alpha -farnesene synthase cDNA and its expression in relation to alpha -farnesene synthesis in 'White Pearmain' apple.
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Cloning of alpha -farnesene synthase cDNA and its expression in relation to alpha -farnesene synthesis in 'White Pearmain' apple.

机译:α-法呢烯合酶cDNA的克隆及其与'White Pearmain'苹果中α-法呢烯合成的表达。

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摘要

alpha -Farnesene is a volatile sesquiterpene in the natural coating of apple fruit. Oxidation products of this sesquiterpene are thought to induce superficial scald in apple. A cDNA encoding alpha -farnesene synthase converting farnesyl diphosphate to alpha -farnesene was obtained by using RT-PCR from peel of apple fruit (Accession No. AY563622). Comparison of the sequence of the cDNA with AFS-1 gene registered in the GenBank (AY182241) showed that these sequences shared high similarity in nucleotide sequence and homology in deduced amino acid sequence. Southern blotting suggested that there was only one copy in the genome of apple. Northern blotting showed that the AFS gene played a key role in alpha -farnesene synthesis during the 10 days after apples were removed from cold storage and warmed to room temperature. Expression of the AFS gene was influenced by treatment with DPA and 1-MCP.
机译:α-芳烯烯是苹果果实天然涂层中的挥发性倍半萜烯。倍半萜烯的氧化产物被认为在苹果中引起表面烫伤。通过使用RT-PCR从苹果果皮中获得编码α-法呢烯合酶将法呢基二磷酸转化为α-法呢烯的cDNA(登录号AY563622)。比较在GenBank(AY182241)中注册的具有AFS-1基因的cDNA序列,发现这些序列在核苷酸序列和推导的氨基酸序列上具有高度相似性。 Southern印迹表明,苹果基因组中只有一个拷贝。 Northern印迹表明,在从冷藏库中取出苹果并加热至室温后的10天内,AFS基因在α-法呢烯的合成中起关键作用。 AFS基因的表达受DPA和1-MCP处理的影响。

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