Polyamine Alterations of Triticale in Response to Herbicide, Drought and Waterlogging Treatments

Z. Katerova, Asya Petrova, I. Sergiev, D. Todorova
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Abstract

Drought and waterlogging are environmental stress factors that havoc normal plant growth and development. Polyamines are plant growth regulators, which participate in plant growth and development, as well as in the physiological responses to stress conditions. The polyamines fractions were evaluated in triticale plants pretreated with the selective herbicide Serrate®, and exposed to drought or waterlogging for 7 days. The herbicide applied alone provoked a slight decrease in polyamine content. A decrease of polyamine content was found also after drought, while waterlogging provoked an increase in polyamine levels. These data correlate with plant fitness and phenotype characteristics of treated seedlings. Our data provide new information about the role of plant polyamines in the physiological responses of triticale plants to water stress after herbicide application.
多胺在除草剂、干旱和水涝处理下的变化
干旱和水涝是破坏植物正常生长和发育的环境胁迫因素。多胺是一种植物生长调节剂,参与植物的生长和发育以及对胁迫条件的生理反应。在使用选择性除草剂 Serrate® 进行预处理并在干旱或水涝条件下生长 7 天的三粒谷植物中对多胺组分进行了评估。单独使用除草剂会导致多胺含量略有下降。干旱也会导致多胺含量减少,而水涝则会导致多胺含量增加。这些数据与经过处理的幼苗的植株健壮性和表型特征相关。我们的数据提供了新的信息,说明植物多胺在施用除草剂后三叶草植物对水胁迫的生理反应中的作用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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