Discover how chemical-induced cardiac reprogramming is revolutionizing heart attack treatment by converting scar tissue into functional heart muscle.
Discover how gene-edited 3D heart spheroids are repairing damaged hearts and the surprising rhythm challenge scientists uncovered.
Explore the groundbreaking research on the FSTL-1 protein and its potential to regenerate heart tissue after a heart attack, moving from managing symptoms to reversing damage.
Discover how PIM1 kinase's intracellular localization determines its function in cardiac progenitor cells and its potential for revolutionizing cardiac therapies.
Exploring the groundbreaking science of cardiac progenitor cells and their potential to regenerate damaged heart tissue.
Exploring cutting-edge bioengineering approaches to regenerate heart muscle tissue and combat heart failure through stem cells, tissue engineering, and molecular therapies.