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Engineered heart tissues for cardiac safety assessment

Functional Characterization of Bioreactor-Produced hiPSC-vCM Engineered Heart Tissues for Cardiac Safety Assessment
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2026 SPS_Poster_NHP_formatted (1)

This poster presents Ncardia’s bioreactor-produced human iPSC-derived ventricular cardiomyocytes integrated into engineered heart tissues (EHTs), combining scalable cell manufacturing with physiologically relevant contractility testing for translational cardiac safety assessment.

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  • How Ncyte® vCardiomyocytes are manufactured at scale in controlled stirred-tank bioreactors and incorporated into 3D engineered heart tissues 

  • How the MyoPod® and MyoLab® platforms enable real-time assessment of contractile force, tissue dynamics and pharmacological responses

  • Functional data showing a robust β-adrenergic response to isoproterenol, including increased peak force and accelerated contraction and relaxation kinetics

  • How the engineered tissues demonstrate positive force-frequency behaviour and physiological length-dependent activation

  • How scalable hiPSC-vCM manufacturing and 3D contractility testing can be combined to support translational cardiac safety pharmacology workflows 

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Whether you are evaluating cardiac contractility or building more physiologically relevant safety assays, this platform combines scalable hiPSC-vCM production with functional 3D tissue testing to support translational cardiac assessment. 

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