TrueCardium® system uses patient-derived induced pluripotent stem cells (iPSCs) to create three-dimensional cardiac organoids containing cardiomyocytes, vasculature, and neuronal elements.

Ready-to-use healthy and diseased (selected models) TrueCardium® organoids for in-house studies.

Custom disease-model development: including cellular and molecular characterization, multi-omics profiling and compound screening.

Cardiotoxicity screening and efficacy validation.

GENISYST implements complex disease heterogeneity patterns in TrueCardium® and facilitates multiplexed gene family/cluster phenotypic analysis.

Early detection of adverse liabilities with structural and functional fidelity.

Capture human pathophysiology that 2D cultures or animal models often miss.

Organoids generated from patient-specific iPSCs allow drug-response testing across genetic backgrounds.

Functional read outs, electrophysiology and omics (transcriptomics, proteomics, metabolomics) for high-resolution mechanistic insight.

Modeling NCE, anthracycline and other drug-related cardiac-tissue toxicity.

Lipid accumulation, oxidative stress, and fibrotic remodeling.

Immune-triggered structural changes (e.g., LPS, cytokine exposure, CHIP).

Hypoxia-induced damage mimicking myocardial infarction and heart failure.

Energy-metabolism defects leading to dilated-cardiomyopathy phenotypes.

Modeling Rare and Orphan diseases for drug discovery and validation.

CellTiter-Glo® / Alamar Blue
LDH assay
hsTNT assay
Secreted Reporters

Calcium flux assays
Contractilty assays

SeaHorse metabolic flux assays
Intra- / Extra- cellular oxygenation assays
Lactate assay
JC10 assay

EdU / Ki-67
Phospho-histone H3
Aurora B (late telophase)
Secreted Reporters

SA-ß-gal activity
p16INK4a promoter reporter

RNAseq / single-cell RNAseq
Spatial transcriptomics
Proteomics
Metabolomics

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