Armin Bahl

This study uses drift-diffusion modeling on larval zebrafish to show that evidence integration dynamics develop during early stages and are altered by disease-linked mutations.

The paper creates a zebrafish hindbrain atlas linking functional ensembles, gene expression, and behavior through light-field recordings and molecular data.

This study shows that sensory and response history opposingly influence behavior in larval zebrafish during an innate visual task, revealing history-dependent behavior in non-mammalian vertebrates.

This study shows that zebrafish larvae exhibit slow directional swim bias fluctuations in stable environments, modeled as non-stationary Markovian dynamics influenced by internal inputs and sensory conditions.

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 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 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.

FishExplorer integrates multimodal brain data from larval zebrafish to enable circuit analysis and hypothesis generation.

The paper presents a connectomic dataset of a larval zebrafish brain, enabling circuit analysis through synaptic and neuronal annotations.

The paper identifies a brightness and contrast processing circuit in zebrafish and shows Lrrn CAMs are essential for its assembly and function.

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

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

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

This study shows that sleep disruption improves performance in visual and olfactory decision-making tasks in larval zebrafish by increasing reaction times and correct decisions.

The paper introduces a novel Schmidt objective for high-resolution imaging in cleared tissues, achieving high NA, long WD, and large FOV with only two optical elements.

The paper studies how larval zebrafish transform visual inputs from neighbors into movement decisions during schooling behavior, finding that young larvae use averaging and winner-take-all strategies, while mature fish incorporate attraction to low retinal clutter.

This study shows larval zebrafish use a homeostatic algorithm to adjust their phototactic behavior based on luminance history and environmental changes.

This study identifies a bidirectional interaction between hypothalamic nuclei in larval zebrafish that regulates hunger and satiety through opposing activity patterns.