hERG Screening
Evaluate compound effects on hERG potassium channel currents through routine screening and testing under physiological-temperature conditions.
hERG ScreeningPhysiological-Temperature hERG ScreeningCardiac Research
From ion channels and cardiomyocytes to cardiac organoids and isolated hearts, electrophysiology and Functional Imaging provide experimental support for drug discovery and cardiac function research.
From Channels to the Heart: Connecting Levels of Research
Select an experimental platform according to the research model and evaluation objectives.
Cardiomyocytes and Cardiac Organoids
Primary and iPSC-derived cardiomyocytes and cardiac organoids can be evaluated using action potentials, calcium imaging, voltage imaging, contraction and coupling assays. Field potential, impedance or contraction mechanics approaches are selected according to culture conditions.
View servicePrimary Cardiomyocyte Functional AssaysiPSC-Derived Cardiomyocyte Functional AssaysCardiac Organoid and Cardiac Tissue-Like Model AssaysIsolated Heart Perfusion
Use the Langendorff perfusion platform to observe electrocardiographic activity, rhythm and ventricular pressure and study drug effects on cardiac function.
Langendorff Isolated Heart PerfusionIn Vitro PFA Evaluation
Evaluate in vitro cell models for pulsed field ablation (PFA) research, with related services covering experimental design and functional assays.
In Vitro Cell Models for Pulsed Field AblationPulsed Field Ablation In Vitro TestingConnecting Functional Evaluation with Research Needs
Electrical Activity and Rhythm
From ion channel currents to cardiac action potentials, examine electrophysiological changes and drug responses.
View serviceCalcium Handling and Contractile Function
Combine calcium transients and contraction-related parameters to study cardiac functional phenotypes.
View serviceModels and Experimental Plans
Discuss suitable experimental models in relation to the research objectives, sample conditions and evaluation endpoints.
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