We develop cutting-edge bioanalytical tools combining materials chemistry, bioimaging, microfluidics, and AI driven analytics to reveal innerworkings of biological complexity. Using the newly developed technologies, we unveil the molecular and cellular mechanisms driving the ensemble behavior of native biological systems. The specific systems and biological questions we ask constantly evolve but we are generally interested in brains, tumor tissues, and microbial communities, the systems that have inherent heterogeneity and strong intercellular interactions. Our research projects range from technology development to discovery of new biology. Below we characterize our research projects into two main technologies that we leverage: microfluidcs and spatial transcriptomics

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Droplet Microfluidics

The Han Lab leverages droplets as reaction vessels for high resolution omics analysis as well as templates for controlled assembly of functional materials for biomedical applications.

Spatial Transcriptomics​

The Han Lab is working towards spatial mapping of molecules at the genome scale and learn how spatial organization of molecules and cells give rise to the system-level phenotypes, such as behaviors, disease development, or developmental biology.

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