Tobias Viehboeck

This study investigates chromosome organization in obligate mammalian symbionts, revealing conserved architectures linked to their lifestyle and growth conditions.

This study shows Asgard archaea use dynamic actin-based protrusions for crawling motility, similar to eukaryotic cells, and this process is inhibited by actin inhibitors.

The paper studies chromosome organization in longitudinally dividing Neisseriaceae bacteria, finding that the origin of replication is at the host-attached pole and that loop-based folding occurs in specific contexts.

This study identifies differential regulation of degradation and immune pathways in the nematode Laxus oneistus under anoxic and hypoxic conditions.