Researchers from France, Japan, and Italy have developed BiœmuS, a low-cost, flexible, and real-time biomimetic tool designed for biohybrid experiments. This system enables closed-loop interactions between artificial and living neural networks. Moreover, BiœmuS offers accessibility and ease of use, facilitating real-time emulation of neural network dynamics both in vitro and in vivo. This interdisciplinary collaboration aims to enhance bioelectrical therapeutics and neuroprosthetic development.

Researchers from #UTokyo_IIS find that providing lab-grown ‘cerebral organoids’ with connections similar to those in real brains enhances their development and activity.

UTokyo-IIS held a seminar titled “Delivering the Vision — Closing the gap between academic research and society” on June 13, 2022, at the university’s New York Office to belatedly showcase the facility that underwent major renovations in 2020. The seminar focused on the institute’s research activities at the boundary between life science and engineering. It demonstrated IIS efforts to facilitate further research and spark innovation through interdisciplinary dialogue and collaboration among researchers, engineers, designers and those outside the university who are willing to support such research. Participants in this thought-provoking event were Professor Miles Pennington (design-led innovation); Associate Professor Yoshiho Ikeuchi (biomolecular and cellular engineering); and Associate Professor Yoshiyuki Kawazoe (design of architecture), all from IIS. UTokyo President and former IIS Director General Teruo Fujii joined the session online from Japan as a keynote speaker.

Researchers from The Institute of Industrial Science, The University of Tokyo have developed a streamlined photo-uncaging system for photodynamic cancer therapy, using a pulse of light for tumor-specific activation of a cancer-fighting agent

A research group led by the Institute of Industrial Science, The University of Tokyo, finds that sensory neurons in human skin modulate melanocytes via the secretion of Repulsive Guidance Molecule B