Roy González‐Alemán

This study investigates how DrHU in Deinococcus radiodurans organizes nucleoid structure through two DNA binding modes, leading to distinct 2D and 3D arrangements under different conditions.

InterMap accelerates interaction fingerprint detection in large molecular ensembles, achieving significant reductions in runtime and memory usage compared to existing tools.

This study determines the structure and dynamics of 8oxoG:C and 8oxoG:A base pairs in the nucleosome and characterizes MUTYH activity, revealing that 8oxoG:A is less processable by MUTYH.

The paper introduces ComPASS, a computational method to analyze communication networks in protein-nucleic acid complexes, revealing distinct signal transmission mechanisms across various systems.

This study investigates how oxidation of histone H3 cysteines affects nucleosome structure using molecular modeling, revealing mechanisms and structural consequences of S-sulfenylation.

The paper evaluates an MCSS-based docking approach for predicting binding modes and selectivity of nucleotide ligands, showing improved performance with hybrid solvent models and pose clustering.