Organ Models

In Vitro Organ Models
Capturing Human Pathophysiology

Next-generation 3D Organ-on-a-Chip models designed to accelerate drug discovery and disease understanding

Colorful microscopic view of cellular landscape with vibrant blue, red, green

Gut

Perfused intestinal models capturing epithelial-stromal-immune interactions to generate actionable insights for inflammation and permeability studies.

Microscopic view of interconnected green cells with golden network

Liver

Multicellular models integrating vasculature, hepatocytes, Kuppfer, and stellate cells to deliver translational data for DILI, fibrosis and metabolic function.

Microscopic view of cells with glowing neural networks in teal and orange

Kidney

Proximal, distal and glomerular models enabling mechanistic evaluation of kidney diseases, nephrotoxicity, transporter activity, and renal clearance abilities.

Vasculature

Human microvascular systems under physiological flow to quantify leakage, endothelial activation, and immune cell interactions.

Microscopic view of intertwined purple and green neural network cells

Blood-Brain Barrier (BBB)

Primary‑cell BBB systems with tight junction expression and perfusion flow, enabling predictive CNS permeability and barrier‑disruption studies.

Colorful neural network microscopic view with branching neurons and synapses

Nervous System

iPSC‑derived PNS and CNS models with directional axonal outgrowth providing functional readouts for neuronal activity, degeneration, and network integrity.

Lung

Primary human airway epithelium with stromal support and a perfused microvascular network – creating a scalable, immune-competent system for drug testing, toxicity screening, and immune studies.

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In Vitro Organ ModelsCapturing Human Pathophysiology

Gut