Plant Enzymes Evolved Molecular Precision Far Beyond Their Active Sites
Reconstructed ancestral plant enzymes reveal that high mirror-image selectivity arose through combined changes across the whole protein, not just the ...
Reconstructed ancestral plant enzymes reveal that high mirror-image selectivity arose through combined changes across the whole protein, not just the ...
Comparative simulations and coevolutionary analysis of three GH1 β-glucosidases reveal that thermal adaptation depends on reorganized correlated motions centered on ...
A new tribute article in Frontiers in Photobiology chronicles Giovanni Venturoli's decades of research on bacterial photosynthesis, protein dynamics in ...
Researchers show that the natural sugar trehalose can freeze photosynthetic protein complexes in place, revealing how conformational dynamics control electron ...
Researchers have developed CardamomOT, an optimal transport-based framework that jointly infers gene regulatory networks, reconstructs unobserved protein trajectories, and enables ...
A new hybrid pneumatic–mechanical sample shuttle moves NMR tubes between high and low magnetic fields at up to 27 meters ...
Time-resolved X-ray free-electron laser crystallography has captured previously unseen intermediates in the enzyme that forges the penicillin ring system, revealing ...
Researchers developed a computational deconvolution method that recovers cell cycle-resolved protein concentration trajectories for thousands of proteins in budding yeast ...
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© 2025 Scienmag - Science Magazine