Georg Zoidl

This study identifies Panx1a as a regulator of multiscale plasticity during visual habituation in larval zebrafish, linking extracellular signaling to behavioral, molecular, and circuit-level adaptations.

This study identifies molecular determinants of weak PDZ1/Cx36 interactions, showing that specific residues and phosphorylation regulate electrical synapse stability.

This study shows that Panx2 deficiency in zebrafish causes visual pathway disruptions, ocular defects, and impaired visual behavior.

This study shows that Panx1a ablation in zebrafish increases oxidative stress and cell death by altering AMPK/mTOR signaling and synaptic composition under MPTP exposure.

This study shows that Panx1 channels in zebrafish have both anti- and pro-seizure effects through p2rx7 receptors and ATP signaling.

This study investigates the role of Panx1b in zebrafish visual-motor behavior and circadian rhythms through genetic knockout and RNA-seq analysis.