Matthew Lovett-Barron

The paper identifies Relaxin-3-expressing neurons in the zebrafish PAG that are activated by darkness and contribute to behavioral responses.

The paper shows that cadaverine activates trigeminal chemosensation in zebrafish, leading to a persistent behavioral state through pH sensing, independent of olfaction.

Loss of the rhomboid protease Rhbdl2 in zebrafish larvae speeds tail fin regrowth after injury, raises macrophage accumulation and Rac2 protein, and Rac2 knockdown reverses both effects.

The paper shows that glassfish detect social actions through vision, enhancing collective escape behavior by responding to social cues rather than direct threats.

The paper identifies the sequential development of neural circuits in schooling fish that enable social motion perception and collective behavior.

The paper identifies superhub cells in neural networks that, when targeted, more effectively stabilize epileptic networks compared to traditional hub cells.

The paper identifies hypothalamic circuits involved in rapid threat avoidance in zebrafish using neural activity imaging and gene expression analysis.