木质素酚作为生物修复的基础

I. Kovalev, N. Kovaleva
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引用次数: 0

摘要

研究了北高加索和西北天山的纬向带和垂直带植物和土壤中木质素酚类物质的含量和组成。揭示了地下植物器官木质素酚类物质在腐殖化过程中的特殊作用。结果表明,在植物活体组织有机质向土壤腐植酸转化过程中,生物聚合物的氧化程度增加。计算了聚合物在行植物组织-落枝-凋落物-土壤-腐植酸-埋藏腐植酸中生物转化过程中保持不变的木质素碎片的比例。植物的生化组成对土壤腐殖酸的结构有决定性的影响。通过对木质素酚类物质的定量分析和13C核磁共振波谱分析,证明高等植物木质素参与了腐植酸分子中脂肪族和芳香族部分的形成。提出了木质素酚类化合物在农业和医药实践中的应用领域。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Lignin phenols as a basis for biopreparations
The content and composition of lignin phenols in plants and soils of latitudinal zones and vertical natural zones of the North Caucasus and Northwest Tien Shan have been studied. The special role of lignin phenols of underground plant organs in the process of humification was revealed. It was shown that the oxidation degree of the biopolymer increases during the transformation of organic matter from living plant tissues to humic acids in soils. The fraction of lignin fragments that remain unchanged during the biotransformation of the polymer in the row plant tissues – fall – litter – soils – humic acids – buried humic acids is calculated. It has also been demonstrated that the biochemical composition of plants has a decisive effect on the structure of humic acids in soils. With the help of quantitative analysis of lignin phenols and 13C NMR spectroscopy, it is proved that lignin of higher plants is involved in the formation of humic acids, both aliphatic and aromatic parts of molecules. The areas of application of lignin phenols in the practice of agriculture and medicine are proposed.
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