豆科植物固氮共生相关的转录调控网络
ranscriptional Networks Related to Nitrogen Fixation Symbiosis of Legumes
豆科植物可以与土壤中的根瘤菌相互作用在根部形成根瘤,将空气中的氮还原成植物所能直接利用的氨。有许多特异性的转录因子调控参与根瘤的形成过程。本文总结了已报道在固氮共生过程中发挥重要作用的一系列转录因子,初步描绘了这些转录因子所形成的调控网络,并对参与固氮共生过程的新的转录因子的鉴定及功能进行了展望。
Legumes can interact with rhizobium in the soil to form root nodules, reducing nitrogen in the air to ammonia that can be used directly by the plants. There are many specific transcription factors that regulate the nodule formation process. This article summarizes a series of transcription factors that have been reported to play important roles in the nitrogen fixation symbiosis process, preliminarily describes the regulatory network formed by these transcription factors and prospects the identification and function of new transcription factors involved in the symbiosis of nitrogen fixation.
潘怀荣、刘太容
植物学分子生物学
豆科植物,根瘤,转录因子,固氮共生
Legumes nodule transcription factor nitrogen fixation
潘怀荣,刘太容.豆科植物固氮共生相关的转录调控网络[EB/OL].(2020-04-22)[2025-08-11].http://www.paper.edu.cn/releasepaper/content/202004-221.点此复制
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