Vahid Sandoghdar

This paper introduces iNTA-F, a method combining interferometric nanoparticle tracking analysis with fluorescence detection to characterize nanoparticles with single-molecule sensitivity.

This paper introduces a method for cryogenic light microscopy with Angstrom precision to study membrane proteins in near-native conditions.

This study uses freezing-induced aging to produce homogeneous RBC-EVs, demonstrating improved functionality and storage stability for EV-based nanomedicine.

The paper investigates glycocalyx dynamics using interferometric scattering microscopy and finds a strong correlation between glycan structure and system dynamics.

This study uses cryogenic light microscopy to determine three conformational states of PIEZO1 in the cell membrane, revealing structural changes associated with channel opening.

The paper investigates the transmembrane signaling mechanism of the CitA histidine kinase using structural biology techniques and shows how structural changes in the sensor domain are transmitted across the membrane.

This paper introduces iNTA to measure nanoparticle concentrations in polydisperse mixtures without calibration, validated on known samples and SARS-CoV-2 supernatants.