Finite afterload during asymmetrically cycled preload promotes fetal ventricular growth, maturation, and contractile function while suppressing fibrotic remodeling
Mong Lung Steve Poon, Scuderi Gr, Ayaan Jamali, Alyson Dang, Jonathan Talbot Butcher
The paper investigates how asymmetrically cycled preload with low afterload promotes fetal ventricular growth, maturation, and contractile function while reducing fibrosis in chick myocardial tissue.
bioRxiv · Jun 19, 2026 · PreprintCell Biology