Minwoo Kang

The paper benchmarks three live-cell image metrics for quantifying chromatin organization changes, showing they correlate with chromatin accessibility and track chromatin dynamics in different biological processes.

The paper investigates how chromatin organization affects cell mechanics during NETosis, finding that chromatin decompaction increases plasma membrane tension and cell volume independently of gene expression.

This study shows COX2-expressing fibroblasts induce EMT in normal breast epithelial cells through paracrine signaling, suggesting a mechanism for tumor progression.

This paper introduces an AI framework to classify cancer-associated fibroblasts using morphodynamic and motile features from live-cell imaging, complementing biomolecular approaches.