check out our featured model: 3D angiogenesis with perfusion
3D pancreas tumors under increased interstitial fluid pressure are more chemoresistant
Unique 3D vascular models that recapitulate hallmark features of human microvessels.
Perfused human renal proximal tubule model
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.
Glomerulus consisting of podocytes and glomerular endothele cells predict kidney failure
Blood-brain barrier allows to investigate antibody transcytosis
An in vitro grown neurovascular unit comprising neurons, astrocytes and a bloodvessel
OrganoPlate®-based intestinal models are membrane-free and closely mimic the in vivo gut epithelium.
Angiogenesis of perfused blood vessels in 3D
3D human liver models in the OrganoPlate®
Investigating the use of OrganoPlate® technology in personalized medicine for drug selection and therapy response prediction for triple negative breast cancer.
Development of a perfused organotypic human glioma model, ultimately aiming for personalized therapy selection.