Renuka Kudva

The paper uses FPA and MD simulations to study how individual residues in an AP-stalled NC interact with the ribosome exit tunnel, showing residue-specific effects on translational arrest.

The paper uses Force Profile Analysis to study cotranslational folding of a periplasmic protein domain in E. coli, finding that folding occurs post-translationally.

This study uses Force Profile Analysis to examine cotranslational folding of alkaline phosphatase in E. coli periplasm, revealing folding forces transmitted from periplasm to ribosome and identifying disulfide-stabilized intermediates.

The paper compares FPA with other techniques to study cotranslational folding of two protein domains, finding they identify similar folding transitions.