Hongqiang Ma

The paper introduces CycSTORM, an automated cyclic (d)STORM platform for multiplexed nanoscale protein mapping in single cells, achieving sub-5 nm precision and reducing signal variability across imaging cycles.

The paper introduces a multi-modal image processing pipeline for quantitative spatial analysis of tissue architecture, histopathology, and microenvironment using multi-scale imaging techniques.

The paper introduces the Omni-Mesoscope, a cost-effective imaging platform that combines quantitative phase microscopy and multiplex fluorescence imaging to study cellular dynamics and molecular characteristics.

WindSTORM improves high-throughput nanoscopy by enabling fast and accurate emitter localization with robust background correction.