ADVANCED BIOELECTRONICS LABORATORY · YONSEI
소재·구조와 전기장을 설계하여,
생체환경 속 신호와 물질의 움직임을 이해하고 제어합니다.
We design materials, structures, and electric fields to understand and control signals and matter in biological environments.
연구 소개 · Research → 연구실 지원 · Join ABL →
We tune material composition, surface structure, and mechanical properties to shape contact and electrical interactions with biological environments.
We investigate how engineered interfaces acquire biological signals and deliver electrical stimulation, connecting interface design to sensing and actuation.
We use electric fields to direct the motion and distribution of fluids, particles, and biomolecules, exploring transport, separation, concentration, and fluid management.
MATERIALS · STRUCTURES · ELECTRIC FIELDS
Materials design and integration for soft bioelectronics in digital healthcare.
Nature Reviews Materials · 2025 Read more →
Dielectrophoretic exosome separation and biosensor integration.
Sensors and Actuators B: Chemical · 2024 Read more →
Adaptive conductors for organ-specific soft bioelectronic interfaces.
Biomedical Engineering Letters · 2026 Read more →
JUL 2026 · New publications in TEEM and ACS Applied Materials & Interfaces.
MAR 2026 · NRF Young Scientist Research Program selected. Welcome to our new students and interns.
FEB 2026 · Adaptive conductors study published in Biomedical Engineering Letters.
NOV 2025 · Korean BioChip Society poster awards for Hak Yong Kim and Il Ho Cho.
We welcome undergraduate researchers and prospective M.S. and Ph.D. students who want to explore how materials, structures, and electric fields shape signals and matter in biological environments.
Explore opportunities → Contact us →