Humiron®是植物螯合铁的有效可生物降解来源:铁-59摄取研究

M. Nikolić
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摘要

在这里,我们测试了植物使用水溶性商业产品Humiron®中的铁(Fe)(一种从leonardite中提取的Fe与高度纯化和溶解的腐殖酸的复合物)作为策略1(如黄瓜)和策略2(如大麦)植物物种在低铁条件下生长的螯合铁来源的能力。策略1植物物种可以通过诱导型质膜结合还原酶还原Fe III,类似于还原合成Fe III螯合物,轻松获得放射性59 Fe标记的Humiron®中的铁。策略2植物物种还可以通过腐殖酸盐和植物铁载体(PS)之间的配体交换有效利用Humiron®中的Fe。此外,Humiron®的功效与从泥炭中获得的与水可提取的腐殖物质络合的Fe相当。该产品易于生物降解,可作为有机作物生产的有效铁源。
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HUMIRON® IS AN EFFECTIVE BIODEGRADABLE SOURCE OF CHELATED IRON FOR PLANTS: AN IRON-59 UPTAKE STUDY
Here we tested plants’ ability to use iron (Fe) from the water-soluble commercial product Humiron ® (a complex of Fe with highly purified and solubilized humic acids extracted from leonardite) as a source of chelated Fe for both strategy 1 (e.g. cucumber) and strategy 2 (e.g. barley) plant species grown under low Fe conditions. Iron from radioactive 59 Fe-labelled Humiron ® can easily be acquired by strategy 1 plant species via reduction of Fe III by the inducible plasma membrane-bound reductase, similarly to the reduction of synthetic Fe III -chelates. Strategy 2 plant species can also efficiently utilize Fe from Humiron ® via ligand exchange between humates and phytosiderophores (PS). Moreover, the efficacy of Humiron ® is comparable to Fe complexed with water-extractable humic substances obtained form peat. Being easily biodegradable this product can be used as an effective Fe source for organic crop production.
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