iPSC-CMs & Organoids

Since the pioneering work by Shinya Yamanaka's team on transcription factor reprogramming, which earned the Nobel Prize, induced pluripotent stem cells (iPSCs) have evolved with non-integrative reprogramming methods and chemical induction enabling exogenous gene-free generation. Their differentiated cardiomyocytes……

Cardiomyocytes

Cardiomyocytes serve as the primary cellular model for studying heart diseases. Isolating individual cardiomyocytes from the heart eliminates vascular and neurohormonal influences, allowing the investigation of pharmacological, genetic, or surgical interventions on cellular physiology at the microscopic level…….

Cardiac Tissue

Mapping technology is a core tool for electrophysiological research on cardiac tissue. It is adaptable to a variety of experimental models and clinical myocardial tissue studies, enabling multi-dimensional analysis of cardiac electrical activity…….

Isolated (Ex Vivo) Heart

The ex vivo whole-heart model retains the complete myocardial tissue structure, electrical conduction network, and excitation-contraction coupling system. It can truly simulate the in vivo physiological functions of the heart…….