NanoImmuno Imaging & Single-Molecule Biotechnology Group Copy link Go to slide 1 Go to slide 2 Go to slide 3 Go to slide 4 Go to slide 5 Go to slide 6 Go to the next slide Go to the previous slide H Gunasekara Unveiling cellular communications through rapid pan-membrane-protein labeling. Click here to learn more @ Nature Communications (2025). Go to the next slide Go to the previous slide H Gunasekara Quantitative superresolution imaging of F-actin distribution within the cell body and cytoskeletal protrusions of dendritic cells. Click here to learn more @ Biophysical Journal (2024). Go to the next slide Go to the previous slide B Saed Nanoscale clustering of IL-2 and increased vesicular dynamics in activated T cells. Click here to learn more @ Biophysical Journal (2024). Go to the next slide Go to the previous slide H Gunasekara & T Perera Multiplexed single-molecule localization microscopy via single-antibody labeling. Click here to learn more @ Bioconj Chem (2023). Go to the next slide Go to the previous slide H Jing Fluorescent artificial antigens highlight the specialized membrane structures that dendritic cells use for antigen uptake, storage, and release. Click here to learn more @ Nano Letters (2022). Go to the next slide Go to the previous slide H Gunasekara Superresolution molecular quantification through transient binding of antibody fragments. Click here to learn more details @ ACS Nano (2022). Principal Investigator Copy link Ying S. Hu, Ph.D. Affiliations: Chemistry Biomedical Engineering University of Illinois Cancer Center News Copy link James wins 2025 Paaren Summer Research Award. Posted on May 08, 2025 Hirushi's latest work appears in Nature Communications. Posted on April 16, 2025 Welcome to Dr. Xu to our team! Posted on March 15, 2025 Neal’s work presented and recognized at the Biophysical Society. Posted on February 20, 2025 Find us on X (@GroupYing) Copy link Find us on X (@GroupYing)
Go to slide 1 Go to slide 2 Go to slide 3 Go to slide 4 Go to slide 5 Go to slide 6 Go to the next slide Go to the previous slide H Gunasekara Unveiling cellular communications through rapid pan-membrane-protein labeling. Click here to learn more @ Nature Communications (2025). Go to the next slide Go to the previous slide H Gunasekara Quantitative superresolution imaging of F-actin distribution within the cell body and cytoskeletal protrusions of dendritic cells. Click here to learn more @ Biophysical Journal (2024). Go to the next slide Go to the previous slide B Saed Nanoscale clustering of IL-2 and increased vesicular dynamics in activated T cells. Click here to learn more @ Biophysical Journal (2024). Go to the next slide Go to the previous slide H Gunasekara & T Perera Multiplexed single-molecule localization microscopy via single-antibody labeling. Click here to learn more @ Bioconj Chem (2023). Go to the next slide Go to the previous slide H Jing Fluorescent artificial antigens highlight the specialized membrane structures that dendritic cells use for antigen uptake, storage, and release. Click here to learn more @ Nano Letters (2022). Go to the next slide Go to the previous slide H Gunasekara Superresolution molecular quantification through transient binding of antibody fragments. Click here to learn more details @ ACS Nano (2022).
Go to the next slide Go to the previous slide H Gunasekara Unveiling cellular communications through rapid pan-membrane-protein labeling. Click here to learn more @ Nature Communications (2025).
Go to the next slide Go to the previous slide H Gunasekara Quantitative superresolution imaging of F-actin distribution within the cell body and cytoskeletal protrusions of dendritic cells. Click here to learn more @ Biophysical Journal (2024).
Go to the next slide Go to the previous slide B Saed Nanoscale clustering of IL-2 and increased vesicular dynamics in activated T cells. Click here to learn more @ Biophysical Journal (2024).
Go to the next slide Go to the previous slide H Gunasekara & T Perera Multiplexed single-molecule localization microscopy via single-antibody labeling. Click here to learn more @ Bioconj Chem (2023).
Go to the next slide Go to the previous slide H Jing Fluorescent artificial antigens highlight the specialized membrane structures that dendritic cells use for antigen uptake, storage, and release. Click here to learn more @ Nano Letters (2022).
Go to the next slide Go to the previous slide H Gunasekara Superresolution molecular quantification through transient binding of antibody fragments. Click here to learn more details @ ACS Nano (2022).