Judy S. Kim

This paper demonstrates liquid phase BSE-SEM for imaging Bacillus subtilis spores with high-contrast, preserving native hydration and reducing sample preparation needs.

This study uses electron diffraction techniques to determine the structure of in vivo protein nanocrystals from Bacillus thuringiensis, showing they are viable alternatives to X-ray free electron lasers.

This paper reduces SEM charging artefacts in cryogenic biological samples using interleaved scanning, enabling clearer visualization of previously masked structures.

This paper demonstrates the use of liquid phase electron microscopy to achieve high-resolution imaging of bacterial ultrastructure while mitigating radiation damage and sample thickness issues.