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Effect of Hydrogen Cyanamide on Amino Acid Profiles in Kiwifruit Buds during Budbreak

机译:氰氨化氢对猕猴桃芽芽过程中氨基酸谱的影响

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摘要

Buds, and resultant shoots, were collected from kiwifruit (Actinidia deliciosa [A. Chev.] CF Liang et AR Ferguson var deliciosa cv Hayward) vines from late autumn until late spring with and without hydrogen cyanamide treatment. Those samples were weighed and analyzed for total nitrogen and free amino acids. By 7 days after hydrogen cyanamide treatment, the amount of proline had risen to nearly one-quarter of the total amino acid pool in the treated buds and that proportion was maintained for at least 14 days before it declined. The maximum concentration detected in treated buds was 25.8 micromoles per gram dry weight, 6.6 times that detected in untreated buds. By 95 days after treatment, the relative amounts of proline were not significantly different.
机译:从秋末到春末从猕猴桃(猕猴桃(Actinidia deliciosa [A. Chev。] CF Liang等人,AR Ferguson var deliciosa cv Hayward))藤上收集芽和芽,用或不用氰氨氢处理。将那些样品称重并分析总氮和游离氨基酸。氰氨化氢处理后第7天,脯氨酸的量已增加到处理过的芽中总氨基酸库的近四分之一,并且该比例在下降之前至少维持了14天。在处理过的芽中检测到的最大浓度为25.8微摩尔/克干重,是未处理芽中检测到的最大浓度的6.6倍。到治疗后95天,脯氨酸的相对量没有显着差异。

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