Bio

My research is focused on developing next-generation field-deployable molecular imaging, sensing, and diagnostic tools for human and plants. These tools are essential to translate conventional laboratory diagnostic tests from the bench to the point of care for rapid field detection, personal health monitoring, as well as battling infectious diseases in the resource-limited settings. My group is currently studying two main research schemes, including the development of “sample-to-answer” nucleic acid testing platform that can be used at home and cost-effective in-field sensing systems to detect plant diseases and stresses at early stage. We also develop nanophotonics enhanced molecular diagnostic assays towards ultra-sensitive analysis. Our work spans broadly at the interface of engineering, chemistry, nanoscience, and biology.

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Publications

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