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首页> 外文期刊>Journal of Plant Physiology >Identification of a gene involved in the malonate-malonamate shuttle fromthe leguminous symbiotic bacteria, Bradyrhizobium japonicum
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Identification of a gene involved in the malonate-malonamate shuttle fromthe leguminous symbiotic bacteria, Bradyrhizobium japonicum

机译:鉴定来自豆科共生细菌日本根瘤菌的丙二酸-丙二酸根穿梭基因

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摘要

The role of malonate was suggested for the nitrogen transport between bacteroids and legume plants. The malonate-malonamate shuttle was proposed for the nitrogen transport. The key enzyme of the malonate-malonamate shuttle, malonamidase MAE2, was purified and the gene encoding the MAE2 from Bradyrhizobium japonicum was isolated and sequenced. The amidation site was identified from the primary structure of malonamidase, MAE2. The conservative regions of the MAE2 have the myristoylation sites, which might be a clue for transmembrane function between cytosol and bacteroids in soybean nodules.
机译:丙二酸的作用被认为是在类细菌和豆类植物之间的氮转运。提出了丙二酸-丙二酸酯穿梭用于氮的运输。纯化丙二酸-丙二酸穿梭蛋白的关键酶,丙二酰胺酶MAE2,并分离和测序来自日本根瘤菌的编码MAE2的基因。从丙二酰胺酶MAE2的一级结构鉴定了酰胺化位点。 MAE2的保守区具有肉豆蔻酰化位点,这可能是大豆结核中细胞质和类细菌之间跨膜功能的线索。

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