Rama K. Maganti

This study compares sleep and seizure dynamics in epilepsy-susceptible DBA/2J and resistant C57BL/6 mice after Kainic acid treatment, finding baseline sleep abnormalities and circadian rhythm issues in DBAs contribute to worse seizures.

This study shows that DORA-22 treatment reduces posttraumatic seizures and restores sleep homeostasis after traumatic brain injury.

The paper shows sleep deprivation worsens seizures and reduces GABAergic tonic inhibition in Kv1.1-/- mice, potentially leading to increased mortality.

This study examines sleep-wake patterns and epileptiform activity in a mouse model of severe traumatic brain injury (TBI) to determine if sleep features predict post-traumatic epilepsy (PTE).

This study examines sleep and rest-activity rhythm disturbances in J20 Alzheimer's disease mice and evaluates the effects of mGluR5 inhibitors on these phenotypes.

This paper identifies EZH2 as a protective factor in epilepsy using a systems approach to analyze transcriptomic data from rodent and human samples.

This paper develops an SVM-based algorithm to automatically detect and score spike-wave discharges (SWDs) in mice, showing it correlates with human confidence and behavioral state changes.

This paper introduces an automated method to classify and quantify interictal spikes in EEG data from mice, using probabilistic modeling to predict epileptogenic treatment.