Matheus F. Mello

The paper uses simulations and imaging data to show that lamina-associated chromosomes have polarized compartmentalization and enhanced euchromatin contacts, potentially improving transcription for large chromosomes.

The paper uses a structure-based model to study the asynchronous structural rearrangements during nuclear pore complex constriction and their energetic contributions.

The paper develops an energy-landscape framework to study bacterial chromosome segregation, showing SMC complexes enable a mid-replication transition crucial for faithful segregation.

The paper introduces the Nucleome Data Bank, a web-based platform for simulating and analyzing the 3D genome using epigenetic data, and provides tools for visualization and data analysis.