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Bioinformatic Analysis of Strawberry NDH-H Gene

机译:草莓NDH-H基因的生物信息分析

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NDH-H has always been known as a key factor of Hydrogen ion metabolism pathway in plant testa. Recent studies show that chlororespiration and cyclic electron flow mediated by NDH may coordinate to alleviate the over-reduction of stroma, thus to keep operation of C02 assimilation at certain extent under heat stress condition. In this research we chosen NDH-H gene of 13 kinds species, downloaded their nucleotide and protein sequence from NCBI as the research object, found strawberry NDH-H gene via bioinformation analyses, constructed phylogenetic tree. At the same time, we analyzed the strawberry NDH-H gene of physical and chemical properties and its protein structure and so on. The phylogenetic tree showed that strawberry and Malus x domestica were closest relative. By the protein prediction, we found that the protein owed one proper signal peptide without obvious transmembrane regions.
机译:NDH-H一直被称为植物测试中氢离子代谢途径的关键因素。最近的研究表明,NDH介导的氯偏移和循环电子流量可以坐标以缓解基质的过度减少,从而在热应激条件下保持CO 2同化的操作。在本研究中,我们选择了13种物种的NDH-H基因,从NCBI下载了他们的核苷酸和蛋白质序列作为研究对象,通过生物信息分析发现草莓NDH-H基因,构建的系统发育树。同时,我们分析了物理和化学性质的草莓NDH-H基因及其蛋白质结构等。系统发育树表明,草莓和Malus X Divelsa是最接近的相对。通过蛋白质预测,我们发现蛋白质欠一个适当的信号肽而没有明显的跨膜区域。

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