Axel Delamarre

This paper develops a biophysical model of loop extrusion that links motor dynamics to chromatin accessibility and compaction, revealing how nucleosome spacing affects extrusion speed.

The paper shows condensin and topoisomerases work together to relieve topological stress at stalled replication forks in yeast and human cells.

This paper introduces CAD-C, a chromatin-conformation capture method that enables high-resolution detection of sister-chromatid interactions and centromere pairing.

This paper introduces a proximity-tagging method called PCP to map chromatin architecture in yeast, revealing nucleosome organization and long-range interactions.