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Bioinformatic Analysis of Strawberry PGR5 Gene

机译:草莓PGR5基因的生物信息分析

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PGR5 has always been known as a key factor of Heat response in plant testa. Recent studies show that PGR5 (proton gradentregulation 5) is a proton gradient regulatory protein, which transfers cycle electronic I encoding thylakoid membrane proteins and optical systems, and helps to induce pH heat dissipation. In this research we chosen PGR5 gene of 9 kinds species, downloaded their nucleotide and protein sequence from NCBI as the research object, found strawberry PGR5 gene via bioinformation analyses, constructed phylogenetic tree. At the same time, we analyzed the strawberry PGR5 gene of physical and chemical properties and its protein structure and so on. The phylogenetic tree showed that strawberry and Morus notabiliswere closest relative. By the protein prediction, we found that the protein owed one proper signal peptide without obvious transmembrane regions.
机译:PGR5始终被称为植物测试中热响应的关键因素。 最近的研究表明,PGR5(质子毕素调节5)是质子梯度调节蛋白,其转移循环电子I编码囊体膜蛋白和光学系统,并有助于诱导pH散热。 在本研究中,我们选择了9种种类的PGR5基因,从NCBI下载了其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PGR5基因,构建了系统发育树。 同时,我们分析了物理和化学性质的草莓PGR5基因及其蛋白质结构等。 系统发育树表明,草莓和Morus notabiliswere最近的相对。 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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