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Screening method for lipid-content microalgae based on sulfo-phospho-vanillin reaction

机译:基于磺基 - 香草蛋白反应的脂质含量微藻筛选方法

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Studies that address the use of microalgae as biofuels often require the frequent measurement of total lipid content. Traditional methods for the quantification of lipid are time-consuming or involve the use of expensive analytical equipment that is not available in many labs. Here we investigated microalgal culture as the starting material and simple, colorimetric method for quantitative measurement of neutral lipids in microalgae with a relatively high correlation coefficient (R~2=0.9038) between gravimetric and spectrophotometric quantification. Linear responses for triolein, vegetable oil and microalgal oil in a concentration range between 0.1 and 1 mg/l were observed. Using this method, Monoraphidium pusillum were screened out of several microalgal strains with the highest lipid content (25.52% dry weight). The color reaction for quantitation of microalgal lipids has significant advantages over traditional methods for screening of high lipid-content strains. Our data implied that the sensitivity and versatility enable this method a useful tool in screening of lipid-content microalgae.
机译:解决微藻作为生物燃料的使用的研究通常需要频繁测量总脂质含量。用于量化脂质的传统方法是耗时的或涉及使用许多实验室中不可用的昂贵的分析设备。在这里,我们研究了微藻培养作为原料和简单的比色方法,用于在微藻中测量中性脂质的中性脂质的定量测量,具有相对高的重量和分光光度量化之间的相关系数(R〜2 = 0.9038)。观察到浓度范围在0.1和1mg / L之间的三重素,植物油和微藻油的线性反应。使用该方法,将单制寄生绒毛菌从几种微藻菌株中筛选出具有最高脂质含量(25.52%的干重)。用于定量微藻脂质的颜色反应具有与传统方法筛选高脂质含量菌株的传统方法具有显着的优点。我们的数据暗示,灵敏度和多功能性使该方法能够筛选脂质含量微藻的有用工具。

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