About Us: Accelerating Science with Mechano-Informatics
Our laboratory develops innovative microdevices and systems for the accurate and rapid manipulation and measurement of biological particles by integrating mechanics, fluidics, electronics, control engineering, robotics, and information technology. Recent advances in the life sciences have been remarkable, driven by continuous technological innovation. We aim to contribute to this progress by creating new tools and technologies that help reveal previously unexplored biological phenomena. We believe that flexible ideas rooted in engineering, particularly mechanical engineering, can open new possibilities and overcome long-standing bottlenecks in biological research.
We also regularly invite external speakers and hold seminars to promote active scientific exchange.
For more information about our research, please visit the Research page. Students and researchers interested in joining our laboratory are encouraged to visit the Join Us page.
Join Us
Isozaki Lab welcomes highly motivated and committed students and researchers who are eager to develop new engineering tools at the interface of mechanical engineering and life sciences. Join us in creating technologies that expand the possibilities of biological research.
Research
Microcapsules
Creating novel microcapsules and high-speed control systems using fluid mechanics.
Cell Sorting Devices
Developing cell sorting devices based on mechanical properties of cells
Protein Crystal Measurement
Building highly efficient protein crystal transport systems using acoustic waves
Cell Sorting Systems
Developing cell sorting systems using optical setups
Heat Sinks for Microchannels
Developing high-performance heat sinks for microchannels using metal 3D printing.
Cell Image Analysis
Developing immune diagnosis methods through single-cell image analysis with AI.