Prediction of human cardiac QT alterations and proarrhythmic effects of compounds using a 3D beating heart on a chip platform
Prediction of human cardiac QT alterations and proarrhythmic effects of compounds using a 3D beating heart on a chip platform
Prediction of human cardiac QT alterations and proarrhythmic effects of compounds using a 3D beating heart on a chip platform
Prediction of human cardiac QT alterations and proarrhythmic effects of compounds using a 3D beating heart on a chip platform