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Novel Folate Binding Protein in Arabidopsis Expressed during Salicylic Acid-Induced Folate Accumulation

机译:在水杨酸诱导的叶酸覆盖过程中表达了拟南芥中的新型叶酸结合蛋白

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Increasing the quantity of natural folates implant foods is recently gaining significant interest, owing to their acute deficiencies in various populations. This study observed that foliar salicylic acid treatment enhanced the accumulation of folates in Arabidopsis, which correlated with the increase in a folate binding protein (FBP) and the expression of mRNA of a putative folate binding protein AtSG27830. A protein band corresponding to similar to 43 kDa was observed after resolving the affinity purified protein on SDS-PAGE, and the partial amino acid sequence indicated that the protein is indeed At5G27830 Docking studies performed with At5G27830 confirmed specific binding of folic acid to predicted site. Heterologous expression of At5G27830 in the,yeast resulted insignificant uptake and accumulation of folic acid in cells. This novel study of a plant FBP will be useful for folate metabolic engineering of a wide range of crops.
机译:由于他们在各种群体中的急性缺陷,增加了天然叶子植入食物的数量最近是显着的兴趣。 该研究观察到叶酸水杨酸处理增强了拟南芥中叶酸的积累,其与叶酸结合蛋白(FBP)的增加相关,以及推定叶酸结合蛋白ATSG27830的MRNA的表达。 在分辨SDS-PAGE上解析亲和纯化的蛋白质之后,观察到对应于类似于43kDa的蛋白质带,并且部分氨基酸序列表明蛋白质确实在AT5G27830进行了AT5G27830对接研究,确认叶酸与预测部位的特异性结合。 AT5G27830在酵母中的异源表达导致细胞中叶酸的微不足道的吸收和积累。 这种对植物FBP的新型研究对于广泛种类的作物有用。

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