Human Biology, Recreated in Functional Organ Models

Explore MIMETAS’ portfolio of advanced 3D Human Organ-on-Chip models – engineered to replicate human tissue biology with unmatched physiological relevance for drug discovery and disease research.

Colorful microscopic view of cellular landscape with vibrant blue, red, green
Gut
3D human intestinal models that capture the interplay between epithelia, vasculature, stroma, and the immune system.
Microscopic view of interconnected green cells with golden network
Liver
3D perfused human liver models that replicate essential liver biology by integrating perfused liver vasculature with hepatocytes, Kupffer cells, and stellate cells.
Microscopic view of cells with glowing neural networks in teal and orange
Kidney
3D perfused human kidney models that comprise the proximal and distal tubule, as well as the glomerulus.
Fluorescent microscope image of neural network with interconnected glowing cells
Vasculature
3D human casculature models that mimic (micro)vascular architecture under physiologically-relevant flow conditions.
Microscopic view of intertwined purple and green neural network cells
Blood-Brain Barrier (BBB)
3D human BBB models that comprise primary brain endothelium with tight junction expression, and vascular flow.
Colorful neural network microscopic view with branching neurons and synapses
Nervous System
3D human CNS models that comprise iPSC-derived neurons, establishing directional axonal outgrowth and segregation.

Unboxing the OrganoReady® BBB HBMEC model

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