Nanofibrous Biosensor System
The project aims to develop the architecture of nonwoven fibers that will support the electronics while it allows not only intimate integrations on the living organisms but also grants free biofluids and gas transport without artificial biochemical accumulation around the devices.
Epidermal Microfluidics
The wearable device capable of sweat monitoring in daily-life can improve the quality of life and allow prognosis to enhance the efficacy of healthcare service. The project aims to investigate a disposable, robust microfluidic vehicle that can harvest sweat while laminating on the skin, and which will enable multiple, quantitative biomarker analyses via color changes as a function of the concentration of chemical contents in sweat.
Ultrathin, Injectable Biosensors
We exploit the study of the ultrathin, needle-type biosensors for determining temperature, heat capacity, thermal conductivity, mechanical properties, and/or catecholamine detection for wide range of biomedical applications.
