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首页> 外文期刊>Biological trace element research >Influence of lanthanum on the uptake of trace elements in cucumber plant.
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Influence of lanthanum on the uptake of trace elements in cucumber plant.

机译:镧对黄瓜植物体内微量元素吸收的影响。

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摘要

The effects of La3+ on the uptake of trace elements (Se, Co, V, and Tc) in cucumber plants were studied by a radioactive multitracer technique. It was observed that the uptake and distribution of these trace elements in roots, stems, and leaves are different under different La3+ treatments. Furthermore, in the control, the plant accumulates 75Se, 56Co, and 48V all in the order roots>leaves>stems, whereas 95mTc was in the order leaves>stems>roots. The accumulations of 75Se and 95mTc in plants treated with different La3+ concentration were in the same order as those in the control, but the uptakes percentages of other kinds of element changed differently. The results indicate that lanthanum treatments to a growing cucumber lead to the change of uptake of trace elements, which suggest that a rare earth element is directly or indirectly involved in the ion transport of the plant and affects plant growth by regulating the uptake and distribution of elements that influence the plant cell physiology and biochemistry.
机译:通过放射性多示踪技术研究了La3 +对黄瓜植物中微量元素(硒,钴,钒和Tc)吸收的影响。观察到,在不同的La3 +处理下,这些微量元素在根,茎和叶中的吸收和分布是不同的。此外,在对照中,植物以根>叶>茎的顺序累积75Se,56Co和48V,而以叶>茎>根的顺序累积95mTc。 La3 +浓度不同的植株中75Se和95mTc的积累与对照中的积累顺序相同,但其他元素的吸收百分率却发生了变化。结果表明,镧对生长中的黄瓜的处理导致微量元素吸收的变化,这表明稀土元素直接或间接地参与植物的离子迁移,并通过调节对植物的吸收和分布来影响植物的生长。影响植物细胞生理和生化的元素。

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