Ryan Y. Wong

This study shows that N-acetylcysteine amide reduces stress behavior in zebrafish with a reactive coping style but not proactive, highlighting the role of antioxidant mechanisms in stress responses.

The paper investigates neural activity differences between bold and shy zebrafish during learning, finding distinct functional connectivity patterns in brain regions associated with reward processing.

This study examines how personality type, sex, and food reward affect learning and memory retention in zebrafish using a conditioned place preference paradigm.

The paper examines how neuroendocrine stress affects oxidative stress and antioxidant profiles differently in proactive and reactive zebrafish stress coping styles.

This study examines how caffeine affects stress coping styles in zebrafish by analyzing adenosine signaling pathway gene expression and behavioral responses.

The paper examines how stress coping styles in zebrafish affect functional brain network activity during an acute stressor, finding that baseline connectivity and central gray activity predict behavioral responses.

The study manipulates territorial proximity in cichlid fish to examine its effects on aggression and the relationship between social dominance and oxidative stress.

This study examines gut microbiota differences in bold and shy zebrafish, finding no significant differences despite expected microbial variations.

The paper examines how ethanol affects behavior and GABAA receptor subunit expression in zebrafish with different stress coping styles, finding differential effects on behavior and gene expression.