Tissue-on-chip platforms recreate the structure and function of human organs in miniature. Multiple cell types, extracellular matrix, and mechanical forces - all on a microfluidic device for predictive drug testing.
Advanced 3D tissue models with physiological relevance
Co-culture multiple cell types in physiologically relevant ratios. Epithelial, endothelial, stromal, and immune cells interacting as they do in vivo.
Perfusable microvasculature enables nutrient delivery and waste removal. Model drug distribution and immune cell trafficking through living vessels.
Apply physiological stretch, compression, and shear forces. Breathing lung tissues, beating heart constructs, and peristaltic gut models.
Integrated biosensors measure TEER, oxygen, metabolites, and cytokines. Continuous readouts without disrupting the tissue.
Recreate pathological states with patient-derived cells. Fibrotic, inflamed, and tumor tissues for target validation and drug screening.
Connect tissue chips fluidically to model systemic effects. Liver metabolism affecting heart toxicity. Gut absorption reaching target organs.
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