Report on the Hitotsubashi University Accelerator Program Lecture

On December 11, 2025, Dr. Kengo Suzuki, Co-founder and Executive Fellow of Euglena Co., Ltd., delivered a lecture at Hitotsubashi University’s Accelerator Program under the theme “Fostering an Entrepreneurial Mindset – Social Implementation through the Case of Euglena Co., Ltd.”.The session was designed to inspire program participants by illustrating how scientific research can be translated into real-world value through entrepreneurship, while also sharing candid insights into the realities of building and scaling a startup. From Academic Research to Startup Creation Dr. Kengo began by introducing his background as a res

Participation Report: Hyper Interdisciplinary Conference Malaysia 2025

2025.12.13|

1. Introduction The Hyper Interdisciplinary Conference Malaysia 2025 (HIC Malaysia 2025) was held on 22 November 2025 at the Pro-Chancellor Hall of Universiti Selangor (UNISEL), Shah Alam. The conference theme—“Elevating Quality of Life: Innovations at the Nexus of Environment, Food and Health”—aligns strongly with Euglena’s mission to advance sustainability, biotechnology, and solutions for global well-being. The event brought together researchers, corporate partners, government agencies, and innovators to address national priorities related to food security, environmental sustainability, and socio-economic resilience. Euglena Co., Ltd. participated in the conference to share our research on utilizing oi

Report: Presentation at the Japan Society for Aeronautical and Space Sciences Joint Conference 2025

2025.12.08|

On November 25, 2025, Euglena Co., Ltd. presented its latest research on sustainable life-support biotechnology at the 69th Japan Society for Aeronautical and Space Sciences Joint Conference. The presentation, titled “Potential Utilization of Microalgae on the Lunar Surface,” was delivered by Dr. Kengo Suzuki, Yoshihiro Naka, and Kouji Yamada. Advancing Sustainable Food Production Systems for Lunar Habitation Long-duration human habitation on the Moon requires highly efficient and self-contained food production and resource-recycling systems. Euglena Co., Ltd. has been developing technologies using microalgae such as Euglena and cyanobacteria to regenerate oxygen and convert meta