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首页> 外文期刊>African Journal of Agricultural Research >Activation of biochemical defense mechanisms in bean plants for homeopathic preparations
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Activation of biochemical defense mechanisms in bean plants for homeopathic preparations

机译:顺势疗法制剂中豆类植物生化防御机制的激活

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To evaluate the potential elicitor of homeopathic preparations on bean plants cv Carioca, homeopathics of Corymbia citriodora, Calcarea carbonica, Silicea and Sulphur in dynamisations 12, 24, 30 and 60CH were applied by pulverization throughout the aerial part. Samples of leaf tissue were taken at 6, 12, 24, 48 and 126 h after the treatment (HAT) to analyze the activity of peroxidase (POX), catalase (CAT), chitinase (CHI) and b-1.3-glucanase (GLU), and fifteen days after the application for the total contents of chlorophyll a and b. For the induction of phytoalexin phaseolin, seeds of the same genotype were germinated in the presence of respective treatments, and the production of phytoalexin quantified spectrophotometrically. All treatments increased the activity of POX, CAT, QUI and GLU, in at least one of the schedules evaluated in comparison to the control. The treatments C. citriodora and C. carbonic did not alter the contents of chlorophyll but induced the accumulation of phaseolin. Silicea and Sulphur caused significant reduction in the levels of chlorophyll a and b. The induction values were superior to the trading inductor (harpin), indicating that these homeopathies may come to be utilized as elicitor treatments on bean plants. The results indicate the potential of the treatments applied in the induction of biochemical mechanisms of defense in the bean plants.
机译:为了评估豆科植物Carioca上顺势疗法制剂的潜在诱因,通过在整个地上部分进行粉碎,在动态化过程中,对桔梗,动态钙,卡利卡亚炭,西利西亚和硫磺进行顺势处理,分别使用12、24、30和60CH。处理(HAT)后第6、12、24、48和126 h采集叶组织样品,以分析过氧化物酶(POX),过氧化氢酶(CAT),几丁质酶(CHI)和b-1.3-葡聚糖酶(GLU)的活性),以及施用后15天的叶绿素a和b的总含量。为了诱导植物抗毒素素菜豆蛋白,将相同基因型的种子在各自处理的存在下发芽,并通过分光光度法定量植物抗毒素的产量。与对照相比,在至少一种评估的方案中,所有处理均增加了POX,CAT,QUI和GLU的活性。 C. citriodora和C. carbonic处理不会改变叶绿素含量,但会诱导菜豆素的积累。 Silicea和Sulphur大大降低了叶绿素a和b的含量。诱导值优于交易诱导剂(harpin),表明这些顺势疗法可能被用作豆类植物的激发剂处理。结果表明该处理方法可用于诱导豆类植物防御生化机制。

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