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Research in my laboratory focuses on the neural mechanisms underlying basic behavioral processes such as habit learning, motor control, and motivation. We are especially interested in cortical interactions with the basal ganglia and related limbic nuclei. Dysfunctional cortical-subcortical circuitry is central to the development of drug craving, plays a critical role in the signs and symptoms of several neurological diseases, and may contribute to motor deficits with aging. To assess how these brain systems operate and interact under freely behaving conditions, we combine electrophysiological approaches (single-unit recording and local field potentials) with recent analytical innovations (coherence assessment and causality detection). We also use electrochemical (slow- and fast-scan cyclic voltammetry) techniques along with genomic and proteomic analyses to measure neurotransmitter function at the neuronal level during behavior.
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Frontiers in Neuroscience (2023): 1138712-1138712
International journal of molecular sciencesno. 11 (2023): 9300-9300
Vishakh Iyer,Claudia Rangel-Barajas, Taylor J. Woodward,Abhijit Kulkarni,Lucas Cantwell,Jonathon D. Crystal,Ken Mackie,George V. Rebec,Ganesh A. Thakur,Andrea G. Hohmann
Compendium of In Vivo Monitoring in Real-Time Molecular Neurosciencepp.273-291, (2019)
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