🚀MIMETAS has joined the @bruker family! Through Bruker's majority investment in MIMETAS, we're combining advanced organ-on-a-chip models with multiomics, spatial biology, NMR and preclinical imaging. mimetas.com/news/bruker-an…
MIMETAS
@MIMETAS_3D
As an organ-on-a-chip pioneer, MIMETAS develops any-throughput 3D human tissue and disease models in OrganoPlates®.
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Latest posts 5
Congrats to Gwenaëlle Rabussier on defending her PhD dissertation at Maastricht University! Her thesis ‘Microfluidic placental barrier models of healthy and diseased pregnancies: for transport and toxicity studies’ is the result of the research she conducted at MIMETAS.
Introducing OrganoAccess™
A perfusable vascular bed for advanced 3D tissue modeling – 32 chips, zero pumps, 8+ weeks stable. Ready from day one for vascular tox & cardiovascular research.
🔗 mimetas.com/organoaccess
#VascularBiology #OrganOnAChip
A perfusable vascular bed for advanced 3D tissue modeling – 32 chips, zero pumps, 8+ weeks stable. Ready from day one for vascular tox & cardiovascular research.
🔗 mimetas.com/organoaccess
#VascularBiology #OrganOnAChip
Kidney biology in 3D 🔬
Tubuloids + microfluidics = perfused, polarized tubules with functional transporters.
A more human-relevant way to study renal function & drug interactions.
🔗 mimetas.com/kidney
#KidneyResearch #OrgansOnChip
Tubuloids + microfluidics = perfused, polarized tubules with functional transporters.
A more human-relevant way to study renal function & drug interactions.
🔗 mimetas.com/kidney
#KidneyResearch #OrgansOnChip
Ready-to-use Blood Vessel HUVEC model:
Perfusable, membrane-free, human endothelial tubules with TEER readout.
Built for vascular toxicity & inflammation studies—no setup needed.
🔗 shorturl.at/GAVVj
#OrgansOnChip #DrugDiscovery
Perfusable, membrane-free, human endothelial tubules with TEER readout.
Built for vascular toxicity & inflammation studies—no setup needed.
🔗 shorturl.at/GAVVj
#OrgansOnChip #DrugDiscovery
