Madison Smith

Madison Smith is a Researcher at the University of Minnesota specializing in neuroscience with a focus on epilepsy mechanisms and seizure control interventions. Her work investigates neural circuit vulnerabilities in temporal lobe epilepsy and develops on-demand activation strategies for seizure mitigation.

Her research spans Neuroscience, Epilepsy, Seizure Control, Temporal Lobe Epilepsy, Hippocampal Seizures, and Cerebellar Neuroscience. Current investigations examine how epileptic insults disrupt circuit functionality and why activation-based interventions often fail, emphasizing cerebellar-hippocampal interactions in seizure dynamics.

Analysis of her publication record reveals concentrated expertise in neural circuit vulnerability, particularly regarding LINCs (Lateral Intrinsic Neurons), with strong trends toward integrating cerebellar modulation into hippocampal seizure models. Her work consistently targets translational applications for temporal lobe epilepsy treatment.

Smith contributes significantly to two active NIH-funded projects: "Hippobellum: Cerebellar influence on the hippocampus and temporal lobe seizures" (2025-2030) investigating cerebellar-hippocampal crosstalk, and "Inhibitory hippocampal projections to the Supramammillary area" (2024-2029) examining seizure propagation pathways. These grants support collaborative training and advanced circuit-mapping methodologies.

She operates within a specialized neuroscience research consortium at the University of Minnesota, collaborating closely with Principal Investigators Krook-Magnuson and Havener to pioneer circuit-based epilepsy interventions through multidisciplinary approaches combining electrophysiology, behavioral modeling, and targeted neuromodulation.