Douglas Senna Engelke

This study identifies neural signatures in the prelimbic prefrontal cortex associated with opioid-induced risk-taking behavior using a novel conflict task and neuronal recordings in rats.

This study shows that a computationally designed training protocol with irregular intervals enhances associative learning in rats by improving fear memory retrieval and extinction.

This study identifies PLGLUT neurons in the prelimbic cortex as causal regulators of individual differences in memory-based risky decision making during approach-avoidance conflict.