Ryan Thummel

This study examines PFHxS effects on zebrafish embryos, showing sensorimotor hyperactivity and circadian rhythm disruption at environmentally relevant concentrations.

The paper shows that aged gliotic Müller glia in zebrafish retain regenerative potential and can be stimulated to repair damaged neurons despite age-related neurodegeneration.

This study shows that disrupting miR-18a in zebrafish retinas delays photoreceptor regeneration, increases proliferation, prolongs inflammation, and affects microglia/macrophage responses.

This study shows Midkine-a is essential for initiating cell proliferation during epimorphic regeneration in zebrafish, with its loss causing impaired regeneration in multiple tissues.