MIMETAS Organ-on-a-Chip

Blood-brain barrier model in the OrganoPlate®

Human blood-brain barrier

An in vitro BBB model comprising a microvessel with pericytes, astrocytes and neurons

High-Content Assay for 3D Neurons

Development of a high-content assay for morphological characterization of 3D neuronal networks in the OrganoPlate®.

Perfused gut epithelium tubules

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

Human liver models

3D human liver models in the OrganoPlate^®

3D neuronal tissues

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.

A proximal tubule growing in an OrganoPlate

Human kidney model

Perfused human renal proximal tubule model

Perfusable 3D vasculature

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

Culture optimization of breast cancer cell lines

Breast cancer therapy response

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

Patient-derived glioma models

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

Models

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