Isaac Henry Bianco

This study identifies how the optic tectum and pretectum coordinate to control predatory orienting in larval zebrafish through distinct neural pathways.

This study shows that srrm3 regulates arousal states in zebrafish via cAMP signaling, with mutations causing hyperarousal and transcriptional changes.

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

The paper identifies distinct subsets of extraocular motoneurons in larval zebrafish that produce kinematically different saccades during hunting and exploration.

This paper introduces mirror-assisted light-sheet microscopy to improve imaging of obstructed regions in zebrafish brains.

This protocol provides standardised measurements to assess and compare multiphoton microscope performance across users.

The paper identifies five kinematically distinct saccade types in larval zebrafish and links them to specific behavioural contexts and neural control mechanisms.

The paper uses a recurrent network model to explain tectal activity dynamics and their impact on behavior in zebrafish.

This study shows that Foxd1 is required for temporal retinal character, which is essential for the development of the high acuity area and visual function in zebrafish.

The paper maps the development of cell populations in the zebrafish telencephalon during eversion using transgene expression and creates a structural atlas.

The paper identifies manganese deficiency and neurotoxicity in zebrafish slc39a14 mutants through transcriptome analysis, revealing key molecular pathways involved in manganese homeostasis disruption.

This study shows that hypomyelination in zebrafish larvae disrupts axonal conduction and behavior, linking myelination to neural circuit function.

The paper develops and calibrates nine zebrafish opsin lines for reliable in vivo optogenetic control of neural activity.

This study identifies a pretectal command system in larval zebrafish that drives hunting behavior through optogenetic stimulation and ablation experiments.

The paper shows that Tcf7l1a is essential for eye field specification in zebrafish but not for eye development, as mutants develop normal eyes through compensatory mechanisms.

The paper identifies asymmetric projections of central vestibular neurons in zebrafish and shows how these projections enhance sensory encoding of nose-up stimuli while maintaining gaze stabilization.

The paper presents whole-brain serial-section electron microscopy data of a larval zebrafish, enabling reconstruction of neuronal processes and analysis of axonal symmetry and connectivity.