首页> 外文期刊>Электронная Обработка Материалов >The Jasmonate-induced synthesis of protein DE NOVO by STPEPTOMYCES CANOSUS 71 VAR.6, obtained after γ-irradiation
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The Jasmonate-induced synthesis of protein DE NOVO by STPEPTOMYCES CANOSUS 71 VAR.6, obtained after γ-irradiation

机译:γ射线辐照后,用茉莉酸甲酯(STPEPTOMYCES CANOSUS 71 VAR.6)诱导茉莉酸酯合成蛋白质DE NOVO

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摘要

The phytohormone methyljasmonate (MJ) on exogenously introducing into the culture of Streptomyces canosus 71 var. 6, obtained after γ-irradiation, induced synthesis the protein de novo with the molecular weight of 50kDa. The action of MJ provokes a gene (genes) expression that resulted in a 65kDa protein synthesis. This new precursor after intracellular splicing was exported into the culture medium as 50kDa protein. Morphologically the MJ action was discovered in the colonies growth inhibition. Based on these dates, protein synthesizing de novo, may be classified as a new member of class of the ribosome-inactivated proteins.
机译:将植物激素甲基茉莉酮酸酯(MJ)外源引入canosus canosus 71 var。的培养物中。由图6可见,经γ射线辐照后,诱导合成了分子量为50kDa的从头蛋白质。 MJ的作用引起一个基因表达,导致65kDa的蛋白质合成。细胞内剪接后,这种新的前体以50kDa蛋白的形式输出到培养基中。在形态上,在菌落生长抑制中发现了MJ作用。基于这些日期,从头开始合成的蛋白质可能被归类为核糖体灭活蛋白质类别的新成员。

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