R. C. Passier

This study identifies Neuromedin-U (NMU) and Endothelin-1 (ET-1) as key signaling factors influencing cardiomyocyte differentiation and electrophysiology in human cardiac organoids.

This study integrates proteomics and functional data using topological analysis to reveal how opposite inotropic drugs affect engineered cardiac tissue.

This paper demonstrates that iodixanol enhances type II photoinitiation reactivity, enabling high-cell-density Xolographic printing of functional engineered living matter.

This paper develops a human mini-heart model that mimics ventricular pump function through sacrificial molding and bioreactor technology, enabling non-invasive hemodynamic measurements and drug response testing.

The paper compares cardiac differentiation trajectories in different culture conditions and identifies ZNF711 as a regulator of cardiomyocyte commitment and lineage balance.