Human Organ Modeling
Imagine testing thousands of reproducible, clinically relevant human tissues. Our Organ Modeling Platform harnesses 3D microfluidics to recreate native organ functions, delivering high-throughput, human-relevant insights to accelerate drug development.
Highly Realistic 3D Human Tissue Models
Minimal Cell Requirements
Requires only a few thousand cells to perform experiments
Primary Cell Culture
Ensures high fidelity and reproducibility
Multi-Tissue Models
Allows for the study of multiple tissue interaction
Recreating Tissue Structures
Enables long-term and functional studies of physiological processe
Product Pipelines
Ready-to-Use Advanced Preclinical Models
| Organs / Tissues | Target Application | Platfrom | Design | Optimization | Release |
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Lung |
Bronchial | Human Organ Modeling | __25D02hW3Pe.png "record (1)") |
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| Alveoli | Human Organ Modeling | |
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| Cystic Fibrosis | Human Organ Modeling | |
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| COPD | Human Organ Modeling | |
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| Pulmonary Fibrosis | Human Organ Modeling | |
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Viral Infection
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Human Organ Modeling | |
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| Cancer | Human Organ Modeling | |
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| Lung-Vascular Model | Human Organ Modeling | |
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| Breast | Cancer | Human Organ Modeling | |
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| Thyroid | Cancer | Human Organ Modeling | |
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| Blood Vessels | Cancer | Human Organ Modeling | |
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| Skin | Skin Tissue Model | Real-time Sensing | |
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Liver |
Tri-culture Model | High Throughput Screening | |
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Kidney |
Kidney Tissue Model | High Throughput Screening | |