Y. S. Hu

This study introduces SMIM, a single-molecule technique that enables the study of antibody binding kinetics in cellular environments, revealing heterogeneous kinetics and the impact of concentration and valency.

This study visualizes the cytosolic delivery of bioconjugated quantum dots into T cells, showing that monomeric DSS-QDs escape endosomes and exhibit higher mobility than aggregated control QDs.

The paper develops a statistical method to classify T cell responses using fluorescence images of membrane receptors, achieving effective classification with limited data and low computational cost.

The paper introduces a cell phone-based microscopy method using oil droplets, showing they provide stable imaging with higher resistance to evaporation than water droplets.