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Research Overview
The overarching goal of our research is to advance high-throughput bioanalytical chemistry by developing innovative optical and molecular barcoding technologies.
High-throughput approaches are critical in analytical sciences. They offer comprehensive, efficient, and scalable insights into complex biological systems while significantly reducing time and resource demands.
Our research spans interdisciplines, including analytical chemistry, material chemistry, microfabrication, system biology, and optical imaging.
Nano/micro photonic materials
Nano/micro photonic materials
We are exploring the frontiers of nano- and micro-photonic materials, focusing on their novel optical encoding properties and applications in imaging, sensing, and information processing
Barcoding/multiplexing
Barcoding/multiplexing
We are developing optical and molecular barcodes for high-throughput biological analysis
Omics technologies
Omics technologies
We are developing next-generation sequencing (NGS) and mass spectrometry (MS)-based omics methods to analyze the transcriptome and proteome in space and time
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