Kathryn Kixmoeller

The paper uses cryo-ET to reveal the architecture of centromeric chromatin clearings and their role in kinetochore formation and amplification.

This paper presents a method to image unfixed, never frozen human brain tissue using cryo-ET with xenon plasma FIB milling, revealing native ultrastructures like myelin and autophagy components.

This paper describes a method to efficiently form single-copy human artificial chromosomes by using a large construct and yeast spheroplast fusion to avoid multimerization.