Sindy K. Y. Tang

This paper develops a deep-unfolding network for code-multiplexed, multi-frequency impedance cytometry to resolve signal overlaps and enable label-free single-cell analysis.

This study identifies a Stentor syntaxin gene essential for post-wounding cell survival, showing syntaxin-deficient cells have reduced survival and osmotic stress susceptibility.

This paper introduces multi-tiered Dicers for microdissection, achieving better protein preservation and higher peptide/protein yield compared to LCM at 10-20 micron resolution.

This paper introduces a lung tumor-on-a-chip model that simulates hypoxia and evaluates its impact on radiotherapy response and FDG-PET imaging.

This study investigates how Stentor coeruleus resists mechanical stress during transit through a microfluidic constriction, identifying cytoskeletal and cytoplasmic factors involved in wound resistance.

SMORES is a microfluidic device that immobilizes Stentor coeruleus for microscopy and surgery with minimal disruption.