J. Basumatary

TRapping and IMaging (TRIMing) of Cells/Multicellular Organisms in Free Living Environment Enabled by Adaptive Lightsheet Optical Tweezer (aLOT)

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.

Event-based Single Molecule Localization Microscopy (eventSMLM) for High Spatio-Temporal Super-resolution Imaging

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.

Scanning Single Molecule Localization Microscopy (scanSMLM) for super-resolution optical volume imaging

This paper introduces scanSMLM, a scanning SMLM system for rapid 3D volume imaging, demonstrating its ability to visualize HA clustering in 3D cells and quantify biophysical parameters.

Lightsheet Optical Tweezer (LOT) for Optical Manipulation of Microscopic Particles and Live Cells

The paper develops a light sheet optical tweezer (LOT) to trap and pattern microscopic particles and live cells, showing increased stiffness and single-degree-of-freedom movement.

High Throughput Volume Flow Cytometry (parallel-iLIFE) Resolves Mitochondrial Network On the Go

This paper introduces parallel-iLIFE, a high-throughput volume flow cytometry method that enables real-time analysis of mitochondrial networks in HeLa cells with sub-cellular resolution.