Predict Toxicity.
Protect Patients.
Human organ-on-chip toxicity screening that outperforms animal models. Detect hepatotoxicity, cardiotoxicity, nephrotoxicity, and neurotoxicity before clinical trials begin.
Multi-Organ Toxicity Screening
Comprehensive toxicology assessment across all major organ systems on a single integrated platform.
Cardiotoxicity
hERG channel screening, QT prolongation risk, arrhythmia prediction, and contractility assessment using human cardiomyocytes.
Hepatotoxicity (DILI)
Drug-induced liver injury detection with bile canaliculi function, CYP450 metabolism, and mitochondrial toxicity endpoints.
Nephrotoxicity
Proximal tubule injury, glomerular filtration changes, and drug-drug interactions affecting renal clearance.
Neurotoxicity
Blood-brain barrier penetration, neuronal viability, seizure liability, and CNS off-target effects assessment.
Pulmonary Toxicity
Alveolar epithelial damage, surfactant disruption, and inhaled drug toxicity in lung-on-chip models.
Genotoxicity
DNA damage assessment, mutagenicity screening, and chromosomal aberration detection using human primary cells.
Validated Toxicity Endpoints
Regulatory-accepted biomarkers for comprehensive safety profiling.
ALT/AST Elevation
Liver transaminase release indicating hepatocellular damage
hERG Channel Inhibition
Potassium channel block predicting QT prolongation risk
Mitochondrial Dysfunction
ATP depletion and oxidative stress markers
Bile Salt Export Pump (BSEP)
Cholestatic hepatotoxicity prediction
KIM-1 / NGAL
Early kidney injury biomarkers for nephrotoxicity
Troponin Release
Cardiac myocyte damage indicator
Industry Leaders
Companies pioneering organ-on-chip toxicology platforms.
Key Research
Own the Toxicity Platform
ToxChip.com - the definitive domain for next-generation toxicology screening and drug safety assessment.
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