Tobias Bonhoeffer

The paper shows that deleting newly formed dendritic spines after learning disrupts memory formation, but not existing memories or new learning.

The paper investigates how distance modulates multisensory integration in mouse area RL, showing that visuo-tactile integration shifts from tactile-dominant to visual-dominant with increasing distance.

This study shows that sensory experience influences the direction of representational drift in mouse visual cortex, while synaptic volatility affects its magnitude.

DeepD3 provides an automated framework for quantifying dendritic spines from microscopy data, validated across multiple datasets and conditions.

This study discovers ocular dominance columns in mouse visual cortex, setting new boundary conditions for models of columnar organization in neocortex.

This study shows that functional and structural features of L2/3 pyramidal cells in mouse visual cortex vary continuously with pial depth, forming a continuum rather than discrete subtypes.

The paper examines the spatial organization of neuron types in the medial entorhinal cortex and adjacent parasubiculum using two-photon microscopy, finding that grid cells cluster separately from other spatial cell types.

This study shows that spaced training improves memory and prefrontal ensemble stability in mice by enhancing reactivation of neuronal ensembles during retrieval.

The paper investigates binocularity in the mouse dLGN and finds that most neurons are functionally monocular, with only a small fraction being binocular, suggesting functional input selection rather than anatomical constraints.

The paper characterizes binocular disparity tuning in mouse visual cortex areas V1, LM, and RL using two-photon calcium imaging, finding disparity sensitivity in neurons and functional differences between areas.

This study investigates how input connectivity, morphology, and orientation tuning of layer 2/3 pyramidal cells in mouse visual cortex are related, finding spatial input offsets correlate with orientation preference.

The paper maps binocular disparity processing across mouse visual cortex, showing area-specific disparity tuning and its relation to visual field elevation.

This study compares neuronal response measurements from miniaturized microscopes and two-photon calcium imaging in mouse visual cortex, finding strong correlations in response amplitude, signal-to-noise ratio, and orientation tuning.

This study shows that lateral geniculate nucleus neurons exhibit ocular dominance plasticity after monocular deprivation, contributing to cortical changes.