Frank Sengpiel

The paper shows that environmental enrichment and visual deprivation cause large-scale, synapse-type-specific reorganization across the brain, revealing a conserved mechanism of synaptome plasticity.

This study examines the effects of Timothy syndrome mutations on visual cortex function in a mouse model, finding altered action potentials and increased parvalbumin-positive cells.

The paper investigates experience-dependent plasticity in mouse visual cortical areas through monocular deprivation and its effects on ocular dominance.

The paper investigates ACC-V1axon activity in mice during visual tasks and finds it correlates with licking behavior and reward, not sensory coding enhancement.

This study shows Abi3 is essential for microglial morphology, distribution, and tissue surveillance in vivo, linking it to Alzheimer's disease risk.

The paper shows that visual cue representations in the mouse retrosplenial cortex are stable and spatially selective, with stronger locomotion modulation than in primary visual cortex.

This study investigates how damage to the mammillothalamic tract affects hippocampo-cortical oscillatory activity and microstructure, linking these changes to memory impairments.