Katja Slangewal

This study identifies three parallel computational pathways underlying phototaxis behavior in zebrafish, showing larvae use spatio-temporal cues while juveniles rely on ambient luminance.

This study shows that Rlig1 is essential for maintaining neural function and behavior in zebrafish larvae by regulating RNA processing and metabolic pathways.

This study identifies three parallel and converging neural pathways in larval zebrafish that integrate multiple visual features to guide sensorimotor decisions.

The paper shows that early visual experience induces structural and functional changes in zebrafish retinas, affecting orientation detection and behavior.

The paper uses correlative light and electron microscopy to identify synaptic motifs in larval zebrafish that support visual motion processing.

The paper identifies a tecto-thalamic neural circuit that processes visual social signals and drives social attraction in zebrafish.