Research | BioMEMS & NanoBiosystems Laboratory

2006–2020

Micro/Nanofabrication and Biomedical System Integration

Developing molecular imprinting, smart polymers, nanograss and nanopore structures, with integrated micro/nanofluidic manipulation and handheld detection systems.

Silver nanowire thin-film coating process — **Nanomaterials and Thin-Film Fabrication**Coating silver nanowires into uniform conductive networks.

Transparent silver nanowire film and SEM images — **Transparent Silver Nanowire Films**Combining electrical conductivity with optical transparency.

Microfluidic detection platforms and sensing modules — **Microfluidic Detection and Sensing Modules**Integrating sample handling and sensing for miniaturized testing.

Disposable breath-sensing tube with integrated microsensors — **Breath Sensing and Microsystem Integration**Detecting disease-related gases in exhaled breath with integrated microsensors.

2021–Present

Multimodal Biosensing and AI-Assisted Cell Analysis

Building on our established platforms with precise acoustic and electrical manipulation, impedance-analysis chips, quantum-dot–electrochemical biosensing, and FPGA-based point-of-care systems.

Clinical data analysis and machine-learning workflow — **Biomedical Data and AI Analysis**Identifying patterns in biomedical data to support disease assessment.

Feature heatmap of biomedical data — **Biomedical Data and AI Analysis**Identifying patterns in biomedical data to support disease assessment.

Schematic of GQD excitation, energy levels and electrode electron transfer — **Quantum Dot-Electrochemical Multimodal Biosensing**Combining fluorescence and electrochemical signals to cross-check biological targets.

Quantum-dot luminescence images — **Quantum Dot-Electrochemical Multimodal Biosensing**Combining fluorescence and electrochemical signals to cross-check biological targets.

Nanopore sequencing and AI basecalling workflow — **Nanopore Sequencing and AI Basecalling**Decoding DNA sequences from ionic current signals, and extending pore-based electrical sensing to single bacteria and cells.

Microfluidic flow cytometry chip and its sensing zone — **Nanopore Sequencing and AI Basecalling**Decoding DNA sequences from ionic current signals, and extending pore-based electrical sensing to single bacteria and cells.

Placenta-on-a-chip barrier model — **Organ-on-a-Chip with Integrated Sensing and Control**Studying tissue barriers in controlled microfluidic environments.

Smartphone-linked sensing, culture and control system — **Organ-on-a-Chip with Integrated Sensing and Control**Studying tissue barriers in controlled microfluidic environments.

FPGA-based fingertip blood CRP testing system — **FPGA-Based Fingertip Blood Testing**Measuring C-reactive protein from fingertip blood with a portable, label-free electrochemical biochip.

FPGA system with sensing circuit — **FPGA-Based Fingertip Blood Testing**Measuring C-reactive protein from fingertip blood with a portable, label-free electrochemical biochip.

From Micro/Nanofabrication and Biochips to AI-Driven Cell Identification and Multimodal Sensing

Research Evolution

Micro/Nanofabrication and Biomedical System Integration

Multimodal Biosensing and AI-Assisted Cell Analysis