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Increasing the extraction efficiency of algal lipid for biodiesel production: Novel application of algal viruses

机译:提高藻类脂质用于生物柴油生产的提取效率:藻类病毒的新应用

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Various studies have been conducted recently using microalgal system for the production of algal lipid for biodiesel production. This study aimed at increasing the extraction efficiency of algal lipid from Chlorella sp. by the application of Chlorella viruses. The calorific value of lipid from Chlorella sp. has been reported to be higher than that of fresh water microalgae, making it a potential candidate to be used as biofuel. This is the first report on novel application of microalgal viruses for improving the extraction efficiency of algal lipid for biodiesel production through viral lysis of Chlorella vulgaris. The algal lipid extraction efficiency, increased by 11.68% in the case of Chlorella virus treated C. vulgaris when compared with Chlorella virus untreated C. vulgaris. The application of Chlorella virus and the viral encoded lytic enzymes for increasing the extraction efficiency of algal lipid will be helpful in optimizing algal biofuel industry in the future.
机译:最近使用微藻系统进行了各种研究,以生产用于生物柴油生产的藻类脂质。本研究旨在提高小球藻藻中藻类脂质的提取效率。通过应用小球藻病毒。小球藻中脂质的热值。据报道其含量高于淡水微藻,使其成为用作生物燃料的潜在候选者。这是有关微藻病毒通过病毒裂解小球藻提高藻类脂质提取效率以生产生物柴油的新颖应用的首次报道。与未处理的小球藻相比,用小球藻病毒处理的小球藻的藻类脂质提取效率提高了11.68%。小球藻病毒和病毒编码的裂解酶在提高藻类脂质提取效率方面的应用将有助于优化藻类生物燃料产业。

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