Partha Pratim Mondal

This paper uses super-resolution microscopy to show densely packed Ebola virus glycoprotein clusters in the plasma membrane, with high molecular density and cluster size.

This paper introduces chiralSMLM, a technique to detect chiral enantiomers of single molecules and analyze their role in protein clustering in disease models.

The paper introduces TRIMing, a system combining optical trapping and high-resolution imaging for live specimens, demonstrating its ability to trap and image cells and organisms in a free-living environment with high resolution and real-time biophysical parameter measurement.

This paper introduces a 2D optical tweezer system using light sheet illumination and orthogonal detection, demonstrating real-time trapping of beads and cells in a plane.

This paper introduces eventSMLM, an event-based single-molecule localization microscopy technique that achieves high spatio-temporal resolution by capturing photon events over short intervals, improving localization precision and revealing dynamic HA cluster behavior in live cells.

This paper shows that leflunomide inhibits NS2B3 clustering in Dengue virus-infected cells using single molecule imaging.