Claire‐Anne Gutekunst

The paper shows kilohertz-frequency stimulation can activate neurons widely, while temporal interference imposes rhythmic modulation at the AM frequency.

The paper investigates the effects of exercise on motor performance and neurophysiology in a Parkinson's disease mouse model, finding no neuroprotection but identifying exercise-induced excitatory changes in the substantia nigra.

The paper uses in vivo imaging to show that cortical spreading depolarization depletes endoplasmic reticulum calcium, linking ER dynamics to seizure suppression.

This paper develops an active learning framework to personalize brain stimulation therapies, showing it outperforms random sampling in efficiency and accuracy across in silico and in vivo experiments.

This study examines how seizure onset and offset patterns affect cortical and substantia nigra activity in nonhuman primates, showing pattern-dependent changes in neural coherence and activity.

This paper develops an adaptive wheel exercise system for mice with Parkinson's disease to enable non-aversive, performance-tracked exercise and neurophysiological measurement.

The paper identifies and validates an enhancer-AAV for selectively targeting dentate granule cells in the hippocampus using RNAseq data.