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2017.06.01
6月1日（木）ユーグレナ商品の島民（石垣島等）割り引きをスタートします
6月1日（木）より、ミドリムシの生産地である沖縄・
石垣島にて当社が運営するカフェ『ユーグレナガーデン』 において、石垣島、竹富町、与那国町の方を対象にユーグレナ商品 を最大30%引きの価格で販売する「島民割り」を開始しました。
この機会にぜひ石垣島で育ったユーグレナをお試しください。
※「島民割り」の詳細は『ユーグレナガーデン』にてご案内します。 -
2017.05.31
『ユーグレナプロジェクト』のvol.04 「煙突から排出される二酸化炭素でミドリムシを培養せよ。」を公開しました
“火力発電所の排ガスでミドリムシを培養すること”
への挑戦について記載した『ユーグレナプロジェクト』vol. 04 「煙突から排出される二酸化炭素でミドリムシを培養せよ。」 を公開しました。
ぜひご覧ください。
詳細はこちら -
2017.05.31
Updated Bangladesh Office Report from Euglena
The activity report for April is "
Recreation to improve children's school attendance rate " is about. Please take a look.
April 2017 Activity Report -
2017.05.24
Research results on the mechanism of paramylon immunoregulation were presented at the 71st Annual Meeting of the Japanese Society of Nutrition and Food Science.
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. -
2017.05.22
Development of biofuel production system using FCC (fluid contact decomposition) jointly conducted with Shinshu University and Chiyoda Corporation in the 2017 "New Energy Technology Innovation Support Project by Venture Companies" recruited by NEDO Was adopted
National Research and Development Corporation New Energy and Industrial Technology Development Organization (
NEDO) recruits 2017 " "New energy technology innovation support project by venture companies, etc." "FCC (FCC) jointly conducted by our company, Shinshu University, and Chiyoda Corporation Development of biofuel production system using fluid catalytic cracking) " Was adopted in the field of biomass. In this project, Fluid Catalytic Cracking (FCC) Applying the refining technology widely used in domestic refineries called Producing inexpensive and high-quality liquid fuel for transportation from biomass raw materials We will continue to develop the technology for this.
Click here for NEDO announcement