Mathias Hoehn

The paper examines structural and functional connectivity coupling in the mouse brain after stroke, revealing hemisphere-specific network reorganization that is not detectable when analyzing structural and functional connectivity separately.

This study compares structural connectivity changes in two stroke models in mice, finding that lesion size and location affect dynamic connectivity patterns in sensorimotor regions.

This study shows that reactive astrocytes are necessary for promoting beneficial plasticity after ischemic stroke in mice, as their absence leads to impaired recovery and maladaptive connectivity changes.