PRODUCT
MEPS-X SERIES
Human Microphysiological System for Advanced Drug Testing :
Lab-scale to Fully Automated System
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ProMEPS™
Automated Microphysiological System
Fully automated robotic system for microphysiological modeling
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CONTEXT OF USE, FIT FOR PURPOSE
Microphysiological system (Organ-on-a-Chip) cater to diverse research requirements throughout the drug discovery and development process.
- Drug developmentExpedite the testing of candidate drugs on human cells using Organ-on-a-Chip devices, increasing the chances of identifying effective treatments.
- Personalized drugsUtilize Patient-Specific Organ-on-a-Chip models to gather specific information on the most suitable drugs and optimal dosages for individual patients.
- Research on diseasesGain valuable knowledge about disease mechanisms by studying "diseased" Organ-on-a-Chip models, laying the foundation for potential therapeutic advancements.
MEPS-X MODEL PRODUCT LINES
*Swipe to left.
| Organ | Product Lines | Target Tissue | Design | Optimization | Release |
|---|---|---|---|---|---|
| Brain | MEPS-BBB | Blood-Brain Barrier | |||
| MEPS-NVU | NeuroVascular Unit | ||||
| Eye | MEPS-BRB | Blood-Retina Barrier | |||
| MEPS-CEB | Corneal Epithelial Barrier | ||||
| Placenta | MEPS-BPB | Blood-Placenta Barrier | |||
| Liver | MEPS-HFU | Hepatic Functional Unit | |||
| Skin | MEPS-STL | Skin Tissue Layer | |||
| Vasculature | MEPS-VEB | Vascular Endothelial Barrier | |||
| MEPS-ANG | Angiogenesis | ||||
| Lung | MEPS-SAW | Small Airway | |||
| Intestine | MEPS-IMB | Intestinal Mucosal Barrier | |||
| Kidney | MEPS-GFB | Glomerular Filtration Barrier | |||
| Tumor | MEPS-TME | 3D tumor microenvironment | |||
| Organoid | MEPS-ORD | 3D organoid development |
Brochure : MEPS-X series
MEPS-X Series is developed for drug screening and disease mechanism study. It is useful for the early diagnosis of disease and the development of treatment.
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