Alexandra V. Ulyanova

This study investigates changes in hippocampal oscillations after TBI, finding disrupted theta-gamma coupling and altered spike-field coherence in injured rats.

This study shows that T-cell infiltration persists chronically in the brain after focal cortical contusion in swine, but not with inertial injury, suggesting an adaptive immune response to TBI.

This study examines electrophysiological changes in hippocampal neurons and their subtypes in a porcine model of concussion, finding altered properties in interneurons and hyperexcitability in pyramidal neurons.

CHEX-seq identifies open-chromatin regions in fixed single cells, enabling spatial chromatin analysis in complex environments.

This study evaluates multichannel silicon probes for chronic electrophysiological recordings in large animals, finding that probe cross-sectional area and design affect single-unit performance and long-term viability.

The paper characterizes the laminar structure of the porcine hippocampus using histology and electrophysiology, finding features similar to both rodents and primates.