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A Simple Inexpensive Method for the Measurement of Indoleacetamide Hydrolase Activity

机译:一种简单的廉价廉价的方法,用于测量吲哚胺水解酶活性

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Indole-3-acetic acid (IAA) a phytohormon of auxin type is synthesized by different ways in plants and some bacteria (Agrobacteria, Pseudomonas and some others). The enzyme indolylacetamide hydrolase transforms indolylacetamide to IAA mainly in bacteria. However, recently published data showed that some plants can also hydrolyze indolylacetamide into IAA. In order to elucidate the role of indolylacetamide as an auxin precursor in plants and bacteria, productive method of determination of the activity of indoleacetamide hydrolase is necessary. The simple, inexpensive and productive method for the measurement of indoleacetamide hydrolase activity was elaborated based on significant difference between IAAM and IAA in color developed with Salkovski’ reagent. The light absorbance increased during conversion of IAAM to IAA by protein extracts from some plant cells and this increase may be used for quantitative estimation of indoleacetamide hydrolase activity. The method is suitable for fast discovery of indoleacetamide hydrolase activity before planning more complicated analyses and for the analysis of many probes at a short time in physiological and biochemical experiments. A detailed protocol for determination of indoleacetamide hydrolase activity by the elaborated method is described.
机译:吲哚-3-乙酸(IAA)植物素型植物素型在植物和一些细菌(土壤杆菌,假鼠和其他一些)中被不同的方式合成。酶Indolylacetamide水解酶主要在细菌中转化到IAA的吲哚乙酰胺。然而,最近公布的数据显示,一些植物还可以将吲哚基乙酰胺水解成IAA。为了阐明吲哚基乙酰胺作为植物和细菌中的生长素前体的作用,必需测定吲哚胺水解酶活性的生产方法是必要的。基于Salkovski'试剂的颜色显着的Iaam和Iaa之间的显着差异,阐述了用于测量吲哚胺水解酶活性的简单,廉价且生产的方法。通过来自一些植物细胞的蛋白质提取物在IAAM至IAA转换期间的光吸收增加,并且该增加可用于定量估计吲哚胺水解酶活性。该方法适用于在规划更复杂的分析之前快速发现吲哚胺水解酶活性,并在生理和生化实验的短时间内分析许多探针。描述了通过精细的方法测定吲哚胺水解酶活性的详细方案。

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