首页> 美国卫生研究院文献>International Journal of Molecular Sciences >A Selective Assay to Detect Chitin and Biologically Active Nano-Machineries for Chitin-Biosynthesis with Their Intrinsic Chitin-Synthase Molecules
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A Selective Assay to Detect Chitin and Biologically Active Nano-Machineries for Chitin-Biosynthesis with Their Intrinsic Chitin-Synthase Molecules

机译:一种选择性检测甲壳质及其内在的甲壳素合酶分子对甲壳质生物合成的生物活性纳米机器的选择。

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摘要

A new assay system for chitin has been developed. It comprises the chitin-binding protein ChbB in fusion with a His-tag as well as with a Strep-tag, the latter of which was chemically coupled to horseradish peroxidase. With the resulting complex, minimal quantities of chitin are photometrically detectable. In addition, the assay allows rapid scoring of the activity of chitin-synthases. As a result, a refined procedure for the rapid purification of yeast chitosomes (nano-machineries for chitin biosynthesis) has been established. Immuno-electronmicroscopical studies of purified chitosomes, gained from a yeast strain carrying a chitin-synthase gene fused to that for GFP (green-fluorescence protein), has led to the in situ localization of chitin-synthase-GFP molecules within chitosomes.
机译:已经开发了用于甲壳质的新测定系统。它包含与His-标签和Strep-标签融合的几丁质结合蛋白ChbB,后者已与辣根过氧化物酶化学偶联。使用所得的复合物,光度法可检测出少量的几丁质。另外,该测定允许对甲壳质合酶的活性进行快速评分。结果,已经建立了用于快速纯化酵母壳小体(用于几丁质生物合成的纳米机械)的改进程序。从带有与GFP(绿色荧光蛋白)融合的几丁质合酶基因的酵母菌株中获得的纯化的几丁质体的免疫电子显微镜研究,导致了几丁质合成酶-GFP分子在原位体内的定位。

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