Cardiovascular researchWe are moving towards a more complex and refined era. Do you yearn to capture the complete life story of structure, function, and signal transduction in a beating myocardial cell?

Say goodbye to endpoint testing! Real time and long-term tracking of the complete process of myocardial cell pulsation, mitochondrial network dynamics, and calcium signal fluctuations, to evaluate the impact of drugs on cardiac function in a more physiological state.

By utilizing confocal high-resolution imaging, you can delve deep into the interior of cardiac organoids or angiogenesis models, accurately quantify organoid size, chamber formation, and vascular network complexity, making your 3D model data more convincing.

Faced with massive amounts of high content data, our built-in AI analysis module can intelligently identify and quantify complex cell phenotypes, such as cell pyroptosis, ferroptosis, and disordered sarcomere arrangement, accelerating your discovery from phenomena to mechanisms.