菌根刺激镰形副花根瘤菌感染I.C.尼尔森公司受到汞污染

I. Latifah, I. Idris, T. P. Napitupulu, A. Z. N. Ikhwani, Gunawan Ruhiyat, I. N. Sumerta, A. Kanti, F. Y. Amandita, I. Sudiana
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引用次数: 0

摘要

与AMF共生可提高大豆产量,但这两种微生物在镰形拟花(parerianthes falcataria, L.)中的关联信息I.C.尼尔森或“森贡”汞污染是有限的。在汞污染条件下,用丛枝菌根真菌(Glomus sp.)接种镰状假单胞菌(P. falcataria)可促进结核的形成。本研究设置在生长室内的盆栽试验中,将土壤介质中汞的浓度调整为50 ppm。接种AMF可以促进根瘤的形成,提高镰状假单胞菌对汞的耐受性。我们从根际分离出根瘤菌群和其他细菌。了解土壤细菌生态学对利用镰形假单胞菌修复汞具有重要意义。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Mycorrhiza stimulates Rhizobium infection in Paraserianthes falcataria (L.) I.C. Nielson under Hg contamination
Symbiosis of and AMF increase soybean production, but the information on the association between these microbes in Paraserianthes falcataria (L.) I.C. Nielson or ‘sengon’ under Hg contamination is limited. We observed P. falcataria inoculated with arbuscular mycorrhiza fungi (Glomus sp.) stimulate nodule formation under Hg contamination. The study was set up in a pot experiment in the growth chamber a the Hg concentration was adjusted to 50 ppm in soil medium. Inoculation of AMF stimulates nodule formation and increases P. falcataria tolerance to Hg. We isolated several bacteria from the rhizosphere belonging to Rhizobium group and others. Understanding the ecology of soil bacteria is important for Hg bioremediation using P. falcataria.
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