Elisa Nerli

The paper identifies injury-induced electrochemical coupling between tissue depolarization and intracellular signaling as essential for organ regeneration in zebrafish.

The paper investigates how guidance cues coordinate multipolar migration in developing retinal neurons, revealing repulsive and attractive signaling pathways that guide proper lamination.

The paper introduces GEQO biosensors for absolute analyte quantification in single cells without requiring specialized equipment, showing they account for buffering and retain time trace information.

The paper uses live imaging to show that retinal progenitors make both deterministic and probabilistic fate decisions, with stochasticity increasing under developmental stress.

The paper shows bidirectional neuronal migration prevents spatial competition during retinal morphogenesis in zebrafish, human tissue, and organoids.

The paper shows that Notch regulates asymmetric neurogenic commitment in zebrafish retinal progenitors through Sara-positive endosomes, revealing a new mechanism for progenitor differentiation.