Lucas L. Dwiel

This study shows that LSD pretreatment enhances the lasting effects of brain stimulation on neural activity in rats.

This study investigates sex-specific neural circuit disruptions in rats exposed to chronic intermittent alcohol, finding that high gamma oscillations in the nucleus accumbens shell correlate with increased alcohol intake in males.

This study shows that LSD alters the effects of brain stimulation in rats, creating distinct changes in brain activity compared to stimulation alone after 24 hours.

This study uses machine learning to show that corticostriatal oscillations predict alcohol intake in male rats but not female rats.

The paper uses LFP oscillations from the ventral striatum to predict feeding behavior in rats, finding an optimal balance between model complexity and performance.

The paper uses machine learning to predict high vs. low alcohol-drinking rats based on corticostriatal oscillations and shows stimulation effects differ between groups.

The paper uses machine learning to predict deep brain stimulation outcomes in a rat binge eating model based on ventral striatal oscillations, finding better prediction accuracy than chance.