
Wearable ECG Hydrogel Nanocomposites
Soft, skin-compatible conductive hydrogel nanocomposites for stable ECG monitoring, long-term attachment and flexible electronics.
Graduate Institute of Applied Science and Technology & Advanced Membrane Materials Research Center
National Taiwan University of Science and Technology
RESEARCH THEMES

Soft, skin-compatible conductive hydrogel nanocomposites for stable ECG monitoring, long-term attachment and flexible electronics.

Thermal-sensitive sprayable hydrogel systems for minimally invasive application, postoperative anti-adhesion barriers and hemostatic coverage.

Integrated hydrogel and covalent organic framework platforms for localized delivery, controlled release and advanced biomedical applications.

Functional microbead platforms for selective capture and recovery of nanoscale biological targets from complex samples.

COF-integrated ionic membranes for controlled ion transport, energy, separation and sensing systems.

Surface modification of nano- and micromaterials to improve dispersion and interfacial compatibility within polymer matrices and functional composite systems.