[The effect of infection by Fusarium solani f. sp. batatas on endogenous hormone levels in sweet potato seedling].

植物生理与分子生物学学报 Pub Date : 2007-08-01
Yi-Qiu Chai, Li-Feng Chen, Jin-Sheng Wang
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Abstract

The endogenous hormone ABA concentrations increased in the leaves, shoots and roots of sweet potato plants infected with Fusarium solani f. sp. batatas (FSB) or treated by its culture filtrate. The accumulation of ABA occurred firstly in the roots, but the highest concentration was in the shoots. The endogenous GA(1/3) concentration of leaves, shoots and roots of infected sweet potato kept at markedly low levels during the period of experiments.The ABA concentration of sweet potato seedlings increased observably after 9 h treatment with FSB culture filtrate, but decreased significantly after 15 h, and the GA(1/3) concentration increased markedly after 15 h treatment with 10(1), 10(2) dilution of FSB culture filtrate (after 12 h treatment with 10(3) dilution). The disease symptoms may be induced by the changes in concentration of ABA and GA(1/3) in the plants. The root rot-infected sweet potatoes grew upright without tailing, having aerial roots in knots near the ground, and were in full bloom in autumn.

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[马铃薯枯萎病菌侵染对甘薯苗期内源激素水平的影响]。
甘薯叶片、芽部和根部内源激素ABA浓度均显著升高。ABA的积累首先发生在根中,但在茎中含量最高。染病甘薯叶片、芽和根的内源GA(1/3)浓度在试验期间均保持在较低水平。FSB培养滤液处理9 h后甘薯幼苗ABA浓度显著升高,15 h后显著降低;FSB培养滤液稀释10(1)、10(2)(稀释10(3)处理12 h后甘薯幼苗GA(1/3)浓度显著升高。病害症状可能与植物体内ABA和GA(1/3)浓度的变化有关。受根腐病感染的红薯直立生长,无尾羽,气生根在近地处结,秋天开花。
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