Daniel B. K. Gabriel

This study shows that lateral orbitofrontal cortex encodes environmental risk and subjective risk preference during decision-making in rats, with risk-preferring rats showing reduced risk encoding and increased reward magnitude encoding.

The paper compares risky decision-making and impulsivity between two Lewis rat substrains, finding significant phenotypic differences linked to genetic variants.

The paper investigates how lateral orbitofrontal cortex and basolateral amygdala influence sensitivity to delayed punishment during decision-making in rodents.

This study examines how EGCG and caffeine affect risk-taking in rats, finding EGCG reduces risk-taking while caffeine increases locomotion and decreases task engagement, with no additive effect when combined.

The paper investigates how dopamine release dynamics in the nucleus accumbens shell correlate with risky decision-making in rats, finding elevated dopamine sensitivity in risk-taking individuals.