Yuan Luo

The paper develops a method for deterministic co-encapsulation of microparticles in droplets for single-cell genomics, achieving accurate taxonomic profiling of microbial cells.

SIMIT-seq is a bead-free microfluidic platform for single-cell mRNA sequencing with high indexing efficiency and scalability.

This paper introduces DropAI, an AI-driven droplet-based screening method to optimize cell-free gene expression systems, achieving cost reduction and yield improvement.

The paper introduces CAP-seq, a single-cell genomics platform for microbiome analysis, demonstrating strain-level resolution and high genome recovery from microbial communities.

This study evaluates 6-point stretchable EIS sensors for characterizing atherosclerosis, showing phase delay correlates with plaque burden and impedance with plaque activity, comparable to IVUS and PET imaging.

This study uses microfluidic impedance cytometry to analyze the cellular state changes in Hela cells treated with paclitaxel and vinblastine, showing distinct electrical parameter shifts during mitotic arrest and apoptosis.