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2020.06.30
理化学研究所との合同チームによるユーグレナゲノム編集手法の詳細が公開されました
理化学研究所と当社の合同研究チーム(微細藻類生産制御技術研究チーム)により開発されたユーグレナの高効率ゲノム編集技術について、その詳細な方法を解説した論文が公開されました。本技術は、ユーグレナにおける遺伝学的解析や品種改良などに応用利用が可能であり、その詳細を公開することにより周辺分野の技術が促進されることが期待されます。
Click here for details (English treatise)
- 2020.06.18 ユーグレナGENKIプログラムよりバングラデシュ事務所レポートを更新しました
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2020.06.02
代表取締役社長出雲が、日本経済団体連合会の審議員会副議長に就任しました
当社代表取締役社長 出雲が一般社団法人日本経済団体連合会(経団連)審議員会副議長に就任しました。
今後も、経団連の活動を通じて、企業と企業を支える個人や地域の活力を引き出し、経済の自律的な発展と、生活の向上に寄与することに貢献します。 -
2020.06.01
We have developed an ultra-high-speed preparative technology for droplet capsules for cell culture in collaboration with the University of Tokyo research group.
Professor Akihiro Isozaki and Professor Keisuke Goda of the Department of Chemistry, Graduate School of Science, the University of Tokyo have succeeded in developing an ultra-high-speed separation technology for microdroplets containing cells. The results of this research are expected to develop various applications such as the development of new medical technologies and the improvement of varieties of microorganisms that can be used industrially. In addition, we are involved in technological development in terms of demonstrating the application and application of the developed device to microalgae.
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2020.05.22
A paper on joint research on the Leashmania genome with the University of Tokyo and Hokkaido University was published in the international academic journal "Microbiology Resource Announcements" on May 21, 2020.
Leishmania is a type of protozoan that shares a common ancestor with the microalgae Euglena (Japanese name: Euglena), but is well known as a parasitic protozoan that causes leishmaniasis. In the reported paper, we examined the genome of Leishmania tarentolae, a species of Leishmania that infects lizards, and confirmed that it maintains a high degree of commonality among species by comparing it with the genomes of other Leishmania species. bottom.
In addition to obtaining information that will lead to the treatment and prevention of leishmaniasis, this study will further utilize Euglena by accumulating knowledge about the genomes of organisms closely related to Euglena. It is expected to lead to finding out.