Kingshuk Ghosh

The paper uses morphological descriptors to classify dynamic disordered cytoskeletal networks and finds that no single descriptor can fully capture differences in simulated trajectories.

The paper identifies Ki-67-like proteins in non-vertebrate eukaryotes, showing conserved biophysical and functional properties despite low sequence homology.

The paper identifies NISM, a microprotein encoded by HDAC5, which regulates nucleolar formation and rRNA synthesis by modulating DHX9 activity and phase separation.

The paper shows that G-quadruplexes can catalyze protein folding without ATP, reshaping the energy landscape and suggesting a broader capacity for protein folding in cells.

The paper uses Maximum Caliber to infer parameters of a three-gene feedback network from synthetic protein time traces, showing that a minimal model captures key features while more complex models improve predictions.