"Culturing Euglena in the exhaust gas of a thermal power plant" "Euglena Project" vol. 04 "Culture Euglena with carbon dioxide emitted from the chimney." Has been released.
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Our company and the University of Tokyo are at the 71st Annual Meeting of the Japanese Society of Nutrition and Food Science (May 19-) 21st) "Examination of the mechanism of immune regulation of the stored polysaccharide paramylon of Euglena gracilis" Was announced. In this research, Experimental conclusion that paramylon suppresses excessive immune response in cell test From the fact that the fruit was obtained It has been suggested that the presence of paramylon may suppress the development of immune-related diseases.
In the future, Utilization and food of microalgae Euglena and Paramylon in the medical field, etc. We will proceed with research and development with the aim of increasing added value as a material.

国立研究開発法人新エネルギー・産業技術総合開発機構（NEDO）が募集する平成29年度「ベンチャー企業等による新エネルギー技術革新支援事業」に、当社と信州大学、千代田化工建設が共同で行う「FCC（流動接触分解）を利用したバイオ燃料製造システムの開発」がバイオマス分野にて採択されました。本事業では、流動接触分解(FCC; Fluid Catalytic Cracking)と呼ばれる国内製油所で広く利用されている精製技術を応用して、バイオマス原料から安価かつ高品位な輸送用液体燃料を製造するための技術開発を行ってまいります。
NEDOによる発表はこちら