MIMETAS Organ-on-a-Chip
Overview MIMETAS Applications
Our featured model

check out our featured model: 3D angiogenesis with perfusion

 

 

 

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3D angiogenesis models in the OrganoPlate

Models

3D pancreas tumors under increased interstitial fluid pressure are more chemoresistant

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Unique 3D vascular models that recapitulate hallmark features of human microvessels.

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Perfused human renal proximal tubule model

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Human iPSC-derived neurons in OrganoPlates® are electrically active, form networks and express mature neuronal markers. The models are used for screening, neurotoxicity assessment and many other applications.

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Glomerulus consisting of  podocytes and glomerular endothele cells predict kidney failure

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Blood-brain barrier allows to investigate antibody transcytosis

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An in vitro grown neurovascular unit comprising neurons, astrocytes and a bloodvessel

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OrganoPlate®-based intestinal models are membrane-free and closely mimic the in vivo gut epithelium.

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Angiogenesis of perfused blood vessels in 3D

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3D human liver models in the OrganoPlate®

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Investigating the use of OrganoPlate® technology in personalized medicine for drug selection and therapy response prediction  for triple negative breast cancer.

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​Development of a perfused organotypic human glioma model, ultimately aiming for personalized  therapy selection.

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