G. A. Papoian

The paper uses computational simulations to show that Abl activity regulates actin network cohesiveness in axons by modulating Arp2/3 activity.

The paper shows that differences in translation elongation rates between β- and γ-actin, due to their coding sequences, affect cell migration by altering actin dynamics and focal adhesion function.

This study uses a computational model to show how disordered domains of H1 linker histone restrict chromatosome dynamics and enhance its structural rigidity.

This study shows that mechanical alignment of actin filaments precedes chemical changes during bundle formation in response to tensile force.

The paper investigates how histone variants encode intrinsic elasticity in nucleosomes and how their binding partners modulate this elasticity and chromatin compaction.

This study investigates how acetylation and methylation of CENP-A lysine 124 affect centromere dynamics, mitotic fidelity, and replication timing.