Pablo Sartori

The paper analyzes how phosphorylation affects protein structure and dynamics using structural data from the PDB, finding that it often induces stabilizing conformational changes and modulates residue fluctuations.

This paper develops a method to compute residue-scale elastic pseudoenergy in proteins and applies it to RuvB to elucidate the energetic basis of its hand-over-hand mechanism.

RepliFlow infers cell cycle dynamics from flow cytometry data, capturing changes in DNA replication program alterations.

The paper analyzes thermodynamic dissipation in unicellular growth and identifies two empirical rules linking dissipation to metabolic versatility and efficiency.

The paper measures the energetic costs of early zebrafish embryogenesis and finds that heat dissipation scales with plasma membrane maintenance rather than cell number.