Fioranna Renda

The paper analyzes 3D trajectories of chromosomes and spindle poles to reconstruct spindle forces in prometaphase, finding that pole-pole segregation is robust and primarily driven by interpolar forces.

This paper uses live-cell microscopy and computational modeling to show that chromosome congression is driven by stochastic, transient microtubule interactions at the kinetochore corona.

The paper identifies a Golgi regulon and shows CREB3L1 drives its transcriptional activation during de novo Golgi biogenesis.

This study investigates kinetochore-driven microtubule regrowth in Drosophila cells after MT depolymerization, identifying proteins that regulate this process.