Johannes Larsch

The paper identifies neuronal cell types in the zebrafish optic tectum and shows that transcriptionally similar neurons can have distinct functional and morphological traits based on their spatial position.

The paper creates a single-cell gene expression atlas of the larval zebrafish brain using HCR, identifies a novel cerebellar cell type, and integrates gene expression with functional activity maps.

The paper shows that zebrafish microbiota influences social behavior by modulating microglial remodeling of forebrain neurons through the c1q pathway.

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

This study identifies context-dependent contributions of retinotectal and isthmotectal circuits to visual saliency map computation in larval zebrafish using behavioral and functional recordings.

The paper identifies biological motion as an innate perceptual cue driving shoaling in zebrafish using a virtual reality assay.