Nikolaus Wenger

This study investigates how apomorphine affects gait in a Parkinson's disease rat model, finding it improves walking distance but reduces limb velocity, with changes in cortical gamma rhythms influencing motor state transitions.

This study uses deep neurobehavioral phenotyping to identify neural features associated with gait deficits in Parkinson's disease, revealing biomarkers for potential therapeutic applications.

This study shows that monocyte-derived microglia with a Dnmt3a mutation cause motor deficits in aging mice, resembling Parkinsonian disorders.

The paper uses machine learning to analyze movement in mouse stroke models, revealing distinct motor deficits based on lesion location.

This paper predicts stroke outcomes in mice using MRI and behavioral data, finding that lesion volume and topology are key predictors of subacute and residual deficits.