Testing Microvascular Toxicity in 3D
Vascular Microcapillaries
Microvascular Networks in 384-Well Plates
High-Throughput. Human-Relevant.
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Use our service to quantify the impact of active ingredients, drugs, or toxic chemicals on microcirculation. Use our microvascular network formation assay to study mechanisms of wound healing or tumorigenesis.
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We differentiate human donor-specific Endothelial Progenitor Cells (EPCs) and Human Umbilical Vein Endothelial Cells (HUVECs) into robust microvascular networks in 384-well plates.
Testing Anticancer Drugs in 3D
Tumoroids in 96-well plates
3D Tumor Models (Tumoroids) in 96-Well Plates
Reproducible. Structured. Ready for Screening.
Use our service to prioritize anticancer drugs targeting:
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Tumor cells
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Tumor-associated fibroblasts
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Tumor microvasculature
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We grow highly reproducible tumor-like organoids (tumoroids) in 96-well plates, incorporating fibroblasts and endothelial cells to recreate essential features of the tumor microenvironment.
Testing Drug Permeability in 3D
airway epithelial Barrier
96-Well Barrier Tissue Platform
Reliable. Scalable. Customizable.
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Use our scalable and cost-effective high-throughput platform to:
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Study barrier tissue dysfunction
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Quantify drug permeability
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Assess barrier disruption by drugs and toxic chemicals
We grow barrier tissues in 96-well format compatible with:
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Off-the-shelf cell lines (e.g., MDCK, Caco-2)
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Customer-supplied (e.g., gastrointestinal, skin, or airway epithelial) cells
Contact us to learn more
Testing Drug Metabolism in 3D
Hepatic spheroid
Testing Metabolism in 96- and 384-Well Plates
Reduce Animal Use. Maximize Predictive Power.
Use our service to reduce the cost of studying metabolism and hepatic toxicity of drugs, cosmetic ingredients, and environmental toxins.
We provide both 2D and 3D cell models as physiologically relevant alternatives for the analysis of the metabolism of your active ingredients in vitro, supporting R&D in:
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Cancer,
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Liver diseases (steatosis, fibrosis),
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Environmental exposure studies.