Vincent Schulz

The paper identifies a novel truncated form of Tensin-1 (eTNS1) that promotes actin filament assembly, essential for efficient erythroblast enucleation during human erythroid differentiation.

This study shows BMI1 promotes erythroid self-renewal through both gene repression and activation, offering a strategy to expand immature erythroid precursors for clinical use.

The paper identifies novel regulatory elements and chromatin changes in human coronary artery smooth muscle cells during phenotypic switching, linking them to cardiovascular disease-associated SNPs and signaling pathways.