Projects1

Bioelectronic devices for precision medicine

Biochemical sensing

Battery-free wearable platforms

Ingestible electronics

Amperometry

Voltammetry

Potentiometry

Impedimetry

enzyme

ionophore

polymer

antibody

aptamer

Energy

harvesting

Iontophoretic

sweat stimulation

Physiochemical biosensing

Cloud computing

Data processing

Wireless monitoring

Intake

Wang*, Yang*, Min*, et al. Nat. Biomed. Eng., 2022

Tu, Min, et al. Nat. Biomed. Eng., 2023

Min et al. Nat. Electron., 2023.

Song*, Min*, et al. Sci. Adv., 2020.

Min et al. Nat. Electron., 2025

High performance electrochemical sensors for low power and miniaturized biosensing platforms

1. Wearable Sensors

Developing novel wearable biosensors and platforms for real-time detection of biomarkers in sweat, enabling personalized healthcare monitoring

2. Battery-free Bioelectronics

Developing sustainable power systems for that harvest energy from our body and the environment to power bioelectronic devices, reducing reliance on lithium batteries

3. Ingestible Electronics

Advanced sensors and platforms for tracking biomarkers in the GI tract, enhancing understanding of gastrointestinal physiologies and the gut-brain axis.

Min Research Group @NUS

Bioelectronic devices for precision medicine

1. Wearable Sensors

2. Battery-free Bioelectronics

3. Ingestible Electronics

These projects have been funded by

Contact

Jihong Min

Medical Engineering

Caltech