Human iPSC-derived Atrial Cardiac Organoid These organoids recapitulate atrial chamber-specific physiology in a 3D structure. They exhibit atrial-like action potentials,
Human iPSC-derived Atrial Cardiac Organoid These organoids recapitulate atrial chamber-specific physiology in a 3D structure. They exhibit atrial-like action potentials,
Human iPSC-derived Atrial Cardiac Organoid These organoids recapitulate atrial chamber-specific physiology in a 3D structure. They exhibit atrial-like action potentials,
Human iPSC-derived Pancreatic Islet Organoid These organoids model human pancreatic islet biology, consisting of insulin-producing β-cells along with α- and
Human iPSC-derived Vascularized Atrial Cardiac Organoid These organoids combine atrial cardiomyocytes with integrated vascular networks, enhancing physiological relevance and providing
Human iPSC-derived Vascularized Atrial Cardiac Organoid These organoids combine atrial cardiomyocytes with integrated vascular networks, enhancing physiological relevance and providing
Human iPSC-derived Vascularized Atrial Cardiac Organoid These organoids combine atrial cardiomyocytes with integrated vascular networks, enhancing physiological relevance and providing
Human iPSC-derived Ventricular Cardiac Organoid These organoids are generated from human iPSCs to model the structural and functional characteristics of
Human iPSC-derived Ventricular Cardiac Organoid These organoids are generated from human iPSCs to model the structural and functional characteristics of
Human iPSC-derived Ventricular Cardiac Organoid These organoids are generated from human iPSCs to model the structural and functional characteristics of
