微生物和氰化物。

C. Knowles
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引用次数: 307

摘要

细胞色素氧化酶对氰化物的敏感性意味着氰化物对活细胞具有毒性,氰化物污染对微生物和其他生态系统造成极大的破坏。氰化物污染来自工业废物和许多植物,其中许多对农业很重要,它们会产生氰化物并将氰化物释放到土壤中。尽管对好氧微生物的氰化物同化途径有一定的了解,但对厌氧微生物的氰化物同化途径知之甚少。作者讨论了微生物对氰化物的生产、利用、降解和抗性。他的结论是,在最原始的生物中,有一些可能与其他碳和氮源一起代谢氰化物。199篇参考文献,4张图,2张表。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Microorganisms and cyanide.
The susceptibility of cytochrome oxidases to cyanide means that cyanide is toxic to living cells and cyanide pollution causes great damage to microbial and other ecosystems. Cyanide pollution comes from both industrial wastes and a number of plants, many of agricultural importance, which are cyanogenic and release cyanide into the soil. Despite some understanding of the pathway of cyanide assimilation by aerobic microorganisms, there is little known about cyanide assimilation by anaerobic microorganisms. The author discusses cyanide production, utilization, degradation, and resistance by microorganisms. He concludes that among the most primitive organisms were some that could metabolize cyanide, perhaps in conjunction with other carbon and nitrogen sources. 199 references, 4 figures, 2 tables.
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