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Identification of archaeal genes encoding a novel stationary phase-response protein

机译:鉴定编码一种新型固定相反应蛋白的古细菌基因

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A novel stationary phase-response protein has been identified in the acid-soluble protein extract of the thermophilic archaeon, Thermococcus zilligii. N-Terminal sequencing data were used to identify likely genes for homologues of the protein in the complete genome sequences of various archaeal species. The corresponding genes were identified and analysed. The genes encode a protein ranging from 83 to 92 amino acids in length, with a calculated pI ranging from 4.6 to 9.7. The amino acid sequences of the genes were highly conserved, even between members belonging to the different archaeal kingdoms. The computed secondary structure of the protein indicates it consists of four large helical regions separated by short coiled regions. We propose this protein as a candidate regulator of gene expression in stationary phase.
机译:在嗜热古生菌Thercococcus zilligii的酸溶蛋白提取物中已鉴定出一种新型的固定相响应蛋白。 N末端测序数据用于鉴定各种古细菌物种完整基因组序列中蛋白质同源物的可能基因。鉴定并分析了相应的基因。这些基因编码的蛋白质长度范围为83至92个氨基酸,计算的pI范围为4.6至9.7。该基因的氨基酸序列是高度保守的,即使在属于不同古菌王国的成员之间也是如此。蛋白质的二级结构表明该蛋白质由四个大的螺旋区域组成,这些区域由短螺旋区隔开。我们建议这种蛋白质作为固定相中基因表达的候选调节剂。

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