- (2023.05.24)
- Long-term functional measurements from modular 3D neuronal networks using rolled-up 3D electrode array
- (2023.03.29)
- Light-driven on-chip actuator capable of mimicking the motion of biological organs
- (2021.04.28)
- Successful fabrication of microfluidic devices using 3D hydrogel thin film structures
- (2020.11.17)
- Wearable Acoustic Sensor Array System Featuring Remote Transmission of Body Sounds
- (2020.03.25)
- Joint Research Begins with University of Tokyo Hospital on Preventing Nursing Care using Large-scale Population-based Cohort Data
- (2019.10.19)
- Reconstitution of a functional neural network using a nanoscale thin-film-based 3D template
- (2017.12.22)
- A new method for the artificial assembly of micro-scale biological tissues
- (2017.10.01)
- Launch of the 「Flying without crying for babies」 Project
- (2017.04.20)
- First in Japan Joint Demonstration of "hitoe" to Measure Racing Car Driver Biological Data at the 2017 All Japan Super Formula Championship
- (2017.02.07)
- Train the Brain to Win — Sports Brain Science Project
- (2017.02.05)
- Wearable Monitoring System: first demonstration of wearable biosensor "hitoe" in medical rehab facility
- (2016.09.27)
- Deployment of Medical Applications for "hitoe": Functional Material for Measuring Biomedical Signals
- (2013.02.12)
- Electrocardiography is achieved simply by wearing a piece of clothing that has textile electrodes combined with conductive polymer
- (2009.05.05)
- Success in time-lapse imaging of conformational changes in a single receptor protein
- (1998.08.13)
- Laser action driven by electrochemiluminescence