Gunar Fabig

The paper shows that Eg5 organizes antiparallel microtubule bundles in human metaphase spindles through density-driven steric interactions, independent of spindle bipolarity.

The paper shows that microtubule asters in C. elegans use a cellular analog of geometric optics to position pronuclei during cell division, with surface-anchored motors and dynamic terminator curves governing this process.

The paper quantifies mitotic spindle and chromosome segregation dynamics in C. elegans embryos, finding that spindle elongation scales with cell size while chromosome segregation remains invariant.

This paper introduces a new workflow for FLIM live-cell imaging using lifetime unmixing to distinguish fluorophores and demonstrates its application in tracking proteins and reducing autofluorescence in C. elegans.

This study quantifies ribosome numbers in human and nematode cells using electron tomography, confirming results with biochemical methods and showing reduced ribosome counts in RPOA-1-depleted worms.

TARDIS is a deep learning framework that rapidly and accurately segments membranes and filaments in electron microscopy data, enabling large-scale biophysical analysis.

The paper describes the implementation of OMERO for bioimage data management at a research facility, highlighting challenges and strategies for compliance with FAIR principles.

The paper introduces ATUM-Tomo, a hybrid method combining SEM and electron tomography for multi-scale ultrastructural analysis of cellular structures.