Devrani Mitra

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.

The paper characterizes a cyanobacterial FeSBCP using bioinformatics, biochemistry, and biophysics, showing efficient binding and repair of 6-4 photolesions.

This study characterizes the blue-light responsive photoreceptor-transcription factor ToAureo1 from Thalassiosira oceanica and explores its modular properties for synthetic biology applications.

The paper introduces a novel information-theoretic method to analyze protein conformational changes and their functional implications across different states.

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