Esther I. Krook-Magnuson

The paper investigates cerebellar activity during seizures in epileptic mice, finding widespread and pre-ictal engagement of the cerebellum beyond motor-related areas.

This study shows cerebellar stimulation modulates CA1 interneurons in a bidirectional and coordinated manner, aligning with their functional roles in locomotion and object investigations.

The paper uses Ca2+ imaging to study Purkinje cell networks in the cerebellum, revealing distinct dendritic and somatic activity patterns and their correlation dynamics during behavior.

This study optimizes electrical stimulation parameters for cerebellar seizure control in a mouse model using Bayesian optimization, finding effective settings that consistently inhibit seizures.

The paper identifies distinct fastigial output channels in mice and shows that stimulating neurons targeting the central lateral thalamus, but not other regions, effectively inhibits hippocampal seizures.

The paper identifies SuML-DG neurons that modulate theta and gamma oscillations in the dentate gyrus during REM sleep and other vigilance states.

This study shows that selectively knocking out the GABAAα1 subunit in Purkinje cells induces a tremor phenotype, similar to Essential Tremor, without affecting survival or motor function.

This study shows tFUS selectively affects excitatory and inhibitory neurons and induces long-term synaptic changes in rats.

The paper identifies a novel hippocampal neuronal population, LINCs, which are GABAergic interneurons with long-range axons, influencing hippocampal and extrahippocampal network function.