Madhurima Khamaru

The paper uses discrete-time quantum walks to predict critical residues in proteins involved in long-range interactions, validated experimentally on AsLOV2.

This study uses random mutagenesis to generate diverse aureochrome variants with altered photocycle kinetics and DNA-binding affinity, identifying key residues and creating a repertoire for optogenetic applications.

This study assesses the combinatorial diversity of aureochrome bZIPs by analyzing dimerization partners and stability using bioinformatics and network science methods.