James W. Murray

This paper designs novel solenoid proteins using in silico evolution, achieving successful folding for alpha-solenoids and improved results for beta-solenoids with refinements.

The paper reports a cryo-EM structure of far-red Photosystem I from Chroococcidiopsis thermalis, revealing all eight chlorophylls f and their functional roles in photochemistry.

SOLeNNoID is a deep learning pipeline that detects solenoid residues in protein structures, achieving a 71% increase in solenoid-containing entries compared to RepeatsDB.

This study uses AlphaFold to predict D1 subunit structures across photosynthetic organisms, revealing conserved regions and structural flexibility, and supports a phylogenetic scenario for D1 evolution.

The paper solves the structure of a far-red allophycocyanin complex from cyanobacteria to understand adaptations for low-energy photosynthesis.

RepeatParam parameterises repeat proteins by determining helical and superhelical parameters and analyses their relationships across families.

The paper reveals how CP12 regulates the Calvin cycle by structurally pre-ordering itself before binding PRK and influencing GAPDH activity based on redox state and NAD availability.