Be-multiwell

BE-MULTIWELL recreates complex environment simulation 3D-2D spatial distribution in a HTS microfluidic device. Advanced coculture system to mimic pathophysiological cell interaction with endo or epithelium..

 bemultiwell

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Features Be-multiwell

  • 3D-2D spatial distribution in a HTS microfluidic device.
  • Advanced coculture system to mimic pathophysiological cell distribution.
  • Drug and/or cell interaction with endo or epithelium barriers.  

Applications Be-multiwell

  • 3D-2D spatial distribution in a HTS microfluidic device.
  • Advanced coculture system to mimic pathophysiological cell distribution.
  • Drug and/or cell interaction with endo or epithelium barriers.  

Microfluidic devices

  • Be-flow +

    BE-FLOW does in vitro simulation of physiological environments involving flow and shear stress. Long-term 2D or 3D experiments in three Read More
  • Be-gradient +

    BE-GRADIENT allows performing cell cultures under chemical gradients. The optical transparency of the polymers used make possible monitor experiments with Read More
  • Be-multiwell +

    BE-MULTIWELL recreates complex environment simulation 3D-2D spatial distribution in a HTS microfluidic device. Advanced coculture system to mimic pathophysiological cell Read More
  • Be-flow-2D3 +

    BE-FLOW2D3 allows a combination of a 2D-3D organized coculture with the possibility of establishing flows with or without cells over Read More
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