Marion Rosello

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

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

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

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.