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Relations Between Cadmium Accumulation and Organic Acids in Roots Exudation of Zea Mays L

机译:Zea Mays L中镉积累与有机酸之间的关系

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The influence of Cadmium(Cd) on exudation of low molecular weight organic acids (LMWOAs) were investigated based on the hydroponic culture experiment. Tartaric, citric, malic, and acetic acids were chosen as representatives of LMWOAs commonly present in roots exudation. We investigated the Cadmium accumulation in Zea Mays L.. In particular, the relationship of exudation of LMWOAs by roots with Cd accumulation in Zea Mays L. were also investigated. The results showed that under the different levels of Cd, the exudation of four organic acids by roots had the different change trend. The concentrations of four organic acids in roots exudation were in the same following sequence tartaric>citric>malic>acetic. And the content of Cd in plants increased with increasing Cd concentrations. Cd accumulation in plants had significant (P<0.05 or P<0.01) positive correlations with exudation of citric, tartaric and acetic acids.
机译:研究了镉(CD)对低分子量有机酸(LMWOA)渗出的影响,基于水培培养实验研究。选择塔特拉里奇,柠檬酸,苹果和醋酸作为LMWoas的代表,通常存在于根部渗出。我们调查了Zea Mays L中的镉积累。特别是,在Zea Mays L中的根源与CD累积的根源渗出LMWOA的关系。结果表明,在不同水平的Cd下,根源的四种有机酸的渗出具有不同的变化趋势。在序列术后术后四个有机酸中的四种有机酸的浓度呈相同的序列>柠檬酸盐>苹果胺>醋酸。随着CD浓度的增加,植物中CD的含量增加。植物中的CD积累具有显着的(p <0.05或p <0.01)的正相关性与柠檬酸,酒石酸和乙酸的渗出。

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