Aussie Suzuki

The paper shows that CCAN forms a spherical shell-like structure in interphase kinetochores using in silico and in vivo analyses.

This study maps kinetochore protein dynamics across the cell cycle using quantitative immunofluorescence, revealing how composition changes to support chromosome segregation.

This study shows that inhibiting the p38-MK2 pathway enhances the effectiveness of microtubule inhibitors in breast cancer cells while sparing normal cells.

This study shows HIV-1 Vif causes a pseudo-metaphase arrest by reducing PP1 and PP2A at kinetochores, distinct from Vpr-induced prometaphase arrest.

This study develops optimized, reversible cell cycle synchronization methods for human RPE1 cells to investigate stage-specific regulatory mechanisms.

This paper introduces an immunofluorescence-based method for high-precision cell cycle identification at the single-cell level, offering an alternative to flow cytometry for analyzing cell cycle stages.

This study introduces 4x and 12x 3D-ExM methods for super-resolution microscopy, achieving nanometer-scale resolution for visualizing cellular structures.

3D-Aligner corrects image drift in expansion microscopy to enable accurate 3D reconstruction and quantitative analysis of biological structures.

This study shows EIF4A3 controls axonal tract formation by directly regulating microtubule dynamics in neurons, independent of its RNA-binding function.