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首页> 外文期刊>Journal of Cell and Molecular Biology >Phenolic cycle in plants and environment
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Phenolic cycle in plants and environment

机译:植物和环境中的酚类循环

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Phenolic substances are synthesized in plants and in the soil. They exist in the form of polymers and monomers. The latter group of phenolics is assembled within the chloroplasts of plant cells, whereas soil phenolics are associated with the process of humus formation on the alumino-silicate matrix of the soil micelle. As plants grow, phenolics accumulate in cell vacuoles, or polymerize into lignin, which strengthens the secondary cell walls. In addition to this, phenolics possess also some physiological functions as they regulate cell elongation. When they are excreted from plant root systems they exert inhibitory growth function within adjacent rhizospheres. This work presents the latest experimental evidence of phenolic synthesis and transformation in the environment, while providing an understanding of their effect in plant-soil relations.
机译:酚类物质在植物和土壤中合成。它们以聚合物和单体的形式存在。后一组酚醛树脂组装在植物细胞的叶绿体中,而土壤酚醛树脂则与土壤胶束的铝硅酸盐基质上的腐殖质形成过程有关。随着植物的生长,酚类物质会积聚在细胞液泡中,或聚合成木质素,从而增强次生细胞壁。除此之外,酚类还具有一些生理功能,因为它们调节细胞的伸长。当它们从植物根系中排出时,它们在相邻的根际内发挥抑制性生长功能。这项工作提供了环境中酚类合成和转化的最新实验证据,同时提供了它们在植物-土壤关系中的作用的理解。

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