Filippo Del Bene

This study identifies MTCL1 as a factor linking microtubule stabilization and acetylation, showing its role in neuronal function through molecular mimicry.

This study identifies that loss of Polθ reduces unwanted mutations in zebrafish prime editing, enabling error-free and efficient genome editing.

This study demonstrates that rhodopsin-based voltage indicators can be used for two-photon voltage imaging, achieving high-fidelity action potential detection in vitro and in vivo.

The paper shows that dendritic pruning, linked to suppressed mTORC1 signaling, supports axonal regeneration in zebrafish, revealing a trade-off between dendritic preservation and axonal growth.

This study identifies a role for the Meteorin protein family in the formation of the left-right organizer and the establishment of vertebrate body asymmetry during embryonic development.

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

This study shows that IL-22 from enteroendocrine cells in zebrafish larvae controls gut microbiota and motility, with similar effects observed in mice.

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

This study investigates the role of Laminin gamma1-dependent basement membranes in olfactory placode development and axon guidance in zebrafish.

This study shows the AP2 complex regulates habituation and behavioral selection in zebrafish, with ap2s1 playing a key role in modulating escape behavior across different sensory contexts and time windows.

This study identifies the mesencephalic locomotor region's role in recruiting V2a reticulospinal neurons to control forward locomotion in zebrafish.

This paper introduces FLiT, a method for ultra-fast sequential light targeting to enable precise and scalable control of neuronal networks.

The paper uses nanoKTP SHG and fast two-photon microscopy to monitor fast axonal transport in zebrafish larvae brains, revealing transport impairments from motor imbalances.

This paper introduces a near PAM-less base editor that enables efficient point mutation introduction in zebrafish for disease modeling.

This study compares swimming patterns and neuronal circuits in two closely related fish species to understand how environmental factors drive evolutionary divergence in locomotion.

The paper shows Myosin-1b is essential for intestinal epithelial folding in zebrafish and contributes to villous atrophy when UNC45A is lost.

The paper demonstrates the use of base editors to generate precise point mutations in zebrafish for studying developmental signaling and human pathologies.

The paper describes a Barhl1a:GFP reporter line in zebrafish showing Barhl1a expression in subsets of retinal ganglion cells and commissural neurons during development.

This study identifies 9-HSA as a mediator of retinal progenitor cell differentiation regulated by H2O2 levels and Catalase activity in zebrafish.