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MicroChip
Small things
that make big changes
Research at Microchip Biosystems Lab. focuses on developing integrated microfluidic Lab-on-a-Chip platforms that enable precise control, manipulation, and real-time analysis of biological systems at the microscale. By combining fluidic engineering with sensing and stimulation strategies, we aim to achieve high-throughput and high-accuracy biological experiments.
These platform technologies are applied to a wide range of applications, including Blood analysis systems for point-of-care diagnostics, Wearable liquid metal–based sensors, Organ-on-a-Chip models (brain, retina, and blood–brain barrier), and microalgae-based Biorefinery platforms. Through this approach, we bridge fundamental microfluidic engineering with translational biomedical and environmental applications.
Research Interests
Microfluidic Bioanalysis Platforms
✓ Immunomagnetic isolation and separation of target cells (e.g., NK cells, CTCs, plasma cells)
✓ On-chip biomolecular sensing using optical and aptamer-based methods
✓ High-throughput microfluidic processing of microliter-scale samples
Liquid metal-based Wearable Sensors
✓ Liquid metal electrodes for stretchable strain and pressure sensing
✓ Wearable sensor arrays for AI-based motion tracking
✓ Multi-channel sensing for 2D pressure mapping and imaging
✓ Non-invasive intracranial pressure (ICP) monitoring
Organ-on-a-Chip (Microphysiological Systems)
✓ Brain-on-a-Chip: In vitro model for myelination, neural stem cell differentiation, neural signal circuits
✓ In vitro compartmentalized axon regeneration model
✓ Blood barrier models: Blood-brain-barrier, blood-retina-barrier
Microalgae Biorefinery and Bioanalysis Platforms
✓ Microfluidic cultivation systems for controlled light, flow, and nutrient environments
✓ On-chip metabolite analysis and productivity optimization
✓ Sensing platforms for real-time monitoring of biomass and biochemical production
Lab. News
Lab. News
2026
2026.05 | Seminar: Silicon Etching
- 서울과학기술대학교 조영학 교수님2026.04 | Seminar: Wearable Sweat Sensors
- 아주대학교 최정일 교수님2026.04 | 나준엽 학생 연구 성과, 뉴스에 소개 📢
https://www.kyosu.net/news/articleView.html?idxno=2040172026.03 | 춘계 K-MEMS 학술대회 참가
Oral Presentation
- A Microfluidic Immunomagnetic Platform for NK Cell Isolation from Whole Bloodㅣ전용제, 박규리 외
Poster Presentation 우수 포스터상 수상!! 🏆
- Highly Stretchable Ultrathin Strain Sensor Based on Liquid-Metal Electrodesㅣ고희웅, 나준엽, 고다영2026.03 | 고희웅 · 전용제 석사과정 진학
2026.02 | 고희웅 · 전용제 학부 졸업 🎉
2026.02 | 동계 워크샵
- 비발디파크: 전 구성원 참여 워크샵 진행2026.01 | 2025학년도 CURT 프로그램
우수연구보고서 선정!! 🏆
- 미세유체 진단칩 기반 자성나노비드를 활용한 고순도 NK세포 분리 모듈 개발ㅣ박규리
2026.01 | New members join the group!!
- 정회경, 윤상준, 김정훈, 최재혁, 신주환
2025
2025.12 | 크리스마스 파티 🎄
- 연구실 연말 파티 진행2025.10 | 추계 바이오칩 학술대회 참가
Poster Presentation
- Immune Cell Isolation Chip for Point-of-Care Blood Analysisㅣ고희웅, 전용제 외2025.09 | KU PBL Competition
우수상 수상!! 🏆
- Blood Separation Chipㅣ전용제, 고희웅, 박규리 외2025.06 | KU 학술제
대상 수상!! 🏆
- 혈액 전처리 미세유체 칩ㅣ전용제, 박규리, 이승우
https://sejong.korea.ac.kr/emse/3249/subview.do?enc=Zm5jdDF8QEB8JTJGYmJzJTJGZW1zZSUyRjEyMSUyRjI2NTg2MCUyRmFydGNsVmlldy5kbyUzRnBhZ2UlM0QxJTI2ZmluZFR5cGUlM0QlMjZmaW5kV29yZCUzRCUyNmZpbmRDbFNlcSUzRCUyNmZpbmRPcG53cmQlM0QlMjZyZ3NCZ25kZVN0ciUzRCUyNnJnc0VuZGRlU3RyJTNEJTI2cGFzc3dvcmQlM0QlMjY%3D2025.07 | New members join the group!!
- 고희웅, 전용제, 고다영, 김동섭2025.03 | New members join the group!!
- 나준엽, 박규리, 권재용, 도재현, 이승우
2025.03 | MicroChip Biosystems Lab. 출범 🌱
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