From organ-specific case studies to expert insights and focused research topics - MIMETAS offers you a curated selection of whitepapers, webinars, and publications to support your discovery journey.

Read Our Latest Whitepaper Here

Discover how advanced 3D tissue models can improve translational relevance in immunology drug discovery, addressing key challenges in diseases such as inflammatory bowel disease (IBD) and chronic kidney disease (CKD).

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Posters
Immunology
Infectious Disease
ADME/Toxicity
Gut

A Tubular Organoid-Derived Gut-On-A-Chip Model Suitable for Drug Development Research

A tubular gut-on-a-chip model derived from human intestinal organoids, enabling high-throughput drug screening and disease modeling with real-time imaging, barrier assessment, and relevance to conditions like IBD.
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Posters
Neurology
ADME/Toxicity
Nervous System
Vasculature

A High-Throughput Human BBB-on-a-Chip Model for Neurological Drug Discovery of Anti-Inflammatory and Barrier Restoring Agents

A high-throughput 3D BBB-on-a-Chip model that replicates human vascular physiology to study neuroinflammation, barrier integrity, and drug permeability—enabling scalable screening of anti-inflammatory and BBB-restoring therapies.
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Posters
Metabolic Disease
Infectious Disease
ADME/Toxicity
Liver

A comprehensive and scalable human liver-on-chip model for fibrosis drug discovery and gene delivery applications

A scalable, multi-cellular liver-on-a-chip model that replicates human liver complexity for studying fibrosis, steatosis, and gene delivery—enabling high-throughput drug discovery and disease mechanism research.
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Posters
ADME/Toxicity
Vasculature

3D Microphysiological Placenta In Vitro Model as a Tool for Drug Transport Studies and Risk Assessment

A 3D placenta-on-a-chip model using membrane-free microfluidic technology to study drug transport and toxicity—offering a predictive tool for assessing medication safety during pregnancy.
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Manuals

The OrganoFlow Manual

Instruction manual for safe use and warranty of the OrganoFlow®
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Oncology

The OrganoPlate Family; a comparison between plate properties

Compare OrganoPlate formats—2-lane 96, 3-lane 40, 3-lane 64, and Graft—across key features and applications.​
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