Chamber Interaction Chip - Direct chamber interconnection - Fluidic 688
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  • Chamber Interaction Chip - Direct chamber interconnection - Fluidic 688
  • Chamber Interaction Chip - Direct chamber interconnection - Fluidic 688
  • Chamber Interaction Chip - Direct chamber interconnection - Fluidic 688
  • Chamber Interaction Chip - Direct chamber interconnection - Fluidic 688
  • Chamber Interaction Chip - Direct chamber interconnection - Fluidic 688
  • Chamber Interaction Chip - Direct chamber interconnection - Fluidic 688

Description

The chamber interaction chip Fluidic 688 possesses two cell culture chambers, which can be filled individually with different cell types. When used with different organ-specific cell types, the chip provides the possibility to mimic the exchange between these cells (e.g. kindey and liver) and enables to study interdependent cellular responses between organs and demonstrate that such tandem system can greatly improve the reproducibility and efficiency of e.g. toxicity studies. For more information, please refer to Theobald et al. (DOI: 10.1021/acsbiomaterials.7b00417).

Please note, if working with adherent cells, we recommend the use of hydrophilized chips as this will help your cells to adhere to the surface of the chip.

Chamber Interaction Chip Direct chamber interconnection Fluidic 688

The chamber interaction chip Fluidic 688 with two interconnected cell culture chambers is the ideal tool to study cell-cell interaction in organ-on-a-chip experiments.

Material
Surface Treatment
€36.20 / unit
€24.30 / unit from 10 units
€16.10 / unit from 100 units
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Reference
10001055
Design element
Chamber
Application
Cell culture
Usage Statement
Single use, For R&D use only
Fluidic
688
Material
Topas
Material chip body
Mcs-COC 13
Material chip lid
Mcs-foil 011 (Topas, 140 µm, Tg 78°C)
Color
Transparent
Interface type
Mini luer
Surface treatment
Not treated
Membrane
No membrane
Pieces per unit
1

Description

The chamber interaction chip Fluidic 688 possesses two cell culture chambers, which can be filled individually with different cell types. When used with different organ-specific cell types, the chip provides the possibility to mimic the exchange between these cells (e.g. kindey and liver) and enables to study interdependent cellular responses between organs and demonstrate that such tandem system can greatly improve the reproducibility and efficiency of e.g. toxicity studies. For more information, please refer to Theobald et al. (DOI: 10.1021/acsbiomaterials.7b00417).

Please note, if working with adherent cells, we recommend the use of hydrophilized chips as this will help your cells to adhere to the surface of the chip.

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