Ryota Takaki

This study shows that FUS protein fibers grow in the dilute phase around condensates, which transition to a glassy state, revealing two coexisting solid-like phases in protein condensation.

The paper develops a theory to explain condensin's forward and backward steps during loop extrusion, revealing catch bond-like behavior under mechanical force.

This study investigates how DNA loop extrusion interacts with protein-DNA condensation, showing that loop extrusion enhances condensation dynamics and leads to domain formation similar to TADs.

This paper uses simulations to show that sequence complexity and monomer rigidity determine the morphology and aging dynamics of protein aggregates.