Jordan T. Yorgason

This study investigates how reactive oxygen species affect dopaminergic and purinergic signaling and microglia behavior in the nucleus accumbens using in vitro experiments and imaging.

This study examines ATP and dopamine co-release in the nucleus accumbens using FSCV, showing their coupled release and shared regulatory mechanisms.

This study shows bile acids modulate cholinergic interneuron activity and dopamine release in the nucleus accumbens via TGR5 activation and concentration-dependent effects.

This study shows that ivermectin enhances striatal dopamine release by increasing cholinergic activity, not through vesicular content changes.

The paper compares biased and unbiased measures of dopamine release and clearance using FSCV and finds that velocity measures provide more accurate insights into DAT activity and inhibitor effects.