Björn M. Kampa

The paper identifies hierarchical cortical circuits for multisensory evidence accumulation and choice formation in mice using imaging and optogenetic perturbations.

This study shows DNMT1 maintains cortical network stability by regulating PV interneuron function and glial interactions, leading to behavioral changes when disrupted in mice.

This study develops a tailored OMR setup for RCS rats using DeepLabCut and PsychoPy, finding normal OMR at P30/P50 but significant decline in older RCS rats indicating blindness.

The paper shows broadband visual stimuli enhance neuronal responses and sensory perception in mice by reducing center-surround suppression in V1 and the superior colliculus.

This study analyzes human dendritic spine morphology and density using a unique dataset and deep learning, revealing sex and tissue-specific differences and changes over time in culture.

The paper investigates whether visual cortex and superior colliculus in rd10 mice show cross-modal plasticity after retinal degeneration, finding no significant changes in tactile or auditory responses but detecting abnormal oscillatory activity.

This study tracks neocortical development in organotypic mouse brain slice cultures over five weeks, revealing stable network properties by two weeks and increased variability later, with implications for disease research.

This paper introduces a method to reuse patch-clamp pipettes by sonifying their tips in the bath solution, enabling at least 10 consecutive recordings without contaminating solutions or damaging brain slices.

The paper identifies distinct functional roles of pyramidal neuron types in cortical activity during decision-making tasks.

This study shows that pupillary dilations in mice during a vibrotactile task reflect task engagement, response confidence, and behavioral state.

MazeMaster is an open-source Python software for controlling VR setups in rodent behavior experiments, offering flexibility and integration with electrophysiology and imaging.

The paper shows that feature binding connectivity in mouse V1 better explains plaid stimulus responses than orientation-tuned connectivity.