3DKUBE™ 3D Cell Culture Plasticware

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Click on a topic to learn more about 3DKUBE™ 3D Cell Culture Plasticware.

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U.S. & Foreign Patents Pending

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Independent Chambers (BUY NOW!)
Model 3D020

Solid gasket insert
n=2 independent sample replicates
Single cell type or mixed co-culture

Segregated Co-culture (BUY NOW!)
Model 3D010

Gasket-membrane insert (0.45 µm porosity)
Segregated analysis of cell populations
Interaction through soluble factor transfer (green)
Valves used to direct flow across the membrane
Advanced 3D co-culture models for drug discovery

Cell Migration (Coming Soon)
Model 3D030
Click to be notified of product release

Gasket-membrane insert (8.0 µm porosity)
Chamber-to-chamber cell migration (blue)
Advanced 3D co-culture models for chemotaxis studies

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The following image depicts multiple closed perfusion flow circuit replicates using a multi-syringe pump with 3DKUBE™ 3D Cell Culture Plasticware. A variety of pumping mechanisms (i.e., peristaltic, syringe, gravity) can be used to perfuse the 3D cell-scaffold construct contained within the culture chambers. Common luer connectors, stopcock valves and tubing can be used to customize the perfusion flow circuit to accommodate the desired experimental protocol.

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(Click thumbnail for larger image)

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● General User Guide	*● In Situ* Histology Embedding User Guide**
*● In Situ* Imaging User Guide**	● Perfusion Flow Circuit Common Parts List
*● In Situ* Biochemical Assays User Guide**	● Frequently Asked Questions (FAQ)
● White Paper - "Novel Plasticware for 3D Cell Co-culture"
*● White Paper - "3D Cell Culture in situ* Histological Embedding"**
*● White Paper - "Cell Viability in 3D Culture using in situ* Bioluminescence"**

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