矿物肥料

F Testud (Attaché consultant)
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引用次数: 0

摘要

无机肥料是用来纠正土壤中无机养分的缺乏,尤其是氮,但也包括磷和钾。最常见的是所谓的NPK,它通常由硝酸铵、磷和钾盐组成。故意摄入浓缩液体肥料会导致严重中毒,因为这些配方中的钾浓度很高。除了少数皮炎和粉尘引起的粘膜刺激外,在职业环境中很少有不良反应的报道。一些含有氰酰胺钙的肥料能引起抗滥用反应。过量使用矿物肥料会导致地下水被硝酸盐污染,这些非挥发性和高度水溶性化合物随后会出现在饮用水中。据称,硝酸盐会导致新生儿的甲基血红蛋白血症和一般人群的癌症,尤其是消化道癌症。关于它们处置的最新数据以及过去30年进行的实验和流行病学研究的结果表明,它们的毒性在很大程度上被高估了。新生儿的甲基血红蛋白血症实际上与饮用水的微生物污染有关。在一般人群中,长期饮用富含硝酸盐的饮用水与癌症之间没有因果关系。几份集体专家报告总结了硝酸盐的安全性和现行法规的不足之处。最近的体外研究表明,硝酸盐在人体中作为杀菌剂可能具有生理作用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Engrais minéraux

Mineral fertilizers are intended to correct soil deficiencies in inorganic nutrients, especially nitrogen, but also phosphorus and potassium. The most common are the so-called NPK that typically consist of ammonium nitrate, phosphorus and potassium salts. Intentional ingestion of a concentrated liquid fertilizer can result in severe poisoning because of the high potassium concentration of these formulations. Except for a few cases of dermatitis and dust-induced mucosal irritation, very few adverse effects have been reported in the occupational setting. Some fertilizers that contain calcium cyanamide can cause an antabuse reaction. Excessive use of mineral fertilizers lead to the contamination of underground water by nitrates, non volatile and highly hydrosoluble compounds that are subsequently found in drinking water. Nitrates have been claimed to cause methaemoglobinemia in newborns and cancer in the general population, especially of digestive tract. Recent data on their disposition as well as results of experimental and epidemiological studies conducted during the past 30 years show that their toxicity had been largely overestimated. Methaemoglobinemia in the newborn is actually related to a microbiological contamination of the drinking water. No causal link between long-term consumption of nitrate-rich drinking water and cancers in the general population could be demonstrated. Several collective expert reports concluded on the safety of nitrates and the inadequacy of current regulations. Recent in vitro investigations indicate that a physiological role of nitrates in humans as biocides is likely.

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