K. C. Neuman

The paper investigates how cholesterol in a cargo membrane affects kinesin-1 binding to microtubules in the presence of tau, showing that cholesterol enhances tau's inhibitory effect.

The paper uses high-speed atomic force microscopy to analyze single-molecule dynamics of CENP-A nucleosomes and shows how CENP-C affects their mobility and chromatin accessibility.

This study uses Nanopore Tweezers to measure RecQ helicase conformational changes, revealing an asymmetric energy landscape that allows it to maintain speed against opposing forces.

This study shows that topoisomerase VI preferentially decatenates DNA crossings over relaxing supercoils by sensing specific DNA geometries.

The paper investigates how CTP and parS modulate ParBF-ParAF complex assembly and ParA-ATPase activation in ParABS-mediated DNA partitioning.

This study uses coarse-grained MD simulations to show that DNA plectoneme pinning at mismatches is deterministic under high force and salt, but probabilistic under physiological conditions, with pinning probability increasing with mismatch size.

This study directly observes the gate dynamics of E. coli type IA topoisomerases I and III using a single-molecule assay, revealing gate opening and force resistance.

The paper develops a statistical-mechanical model to study DNA buckling and plectoneme domain behavior under stretching forces and ionic conditions, showing defect-facilitated kink formation and energy reduction.