Zebrafish Chip - Organism-on-a-Chip - Fluidic 1371
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  • Zebrafish Chip - Organism-on-a-Chip - Fluidic 1371
  • Zebrafish Chip - Organism-on-a-Chip - Fluidic 1371
  • Zebrafish Chip - Organism-on-a-Chip - Fluidic 1371
  • Zebrafish Chip - Organism-on-a-Chip - Fluidic 1371
  • Zebrafish Chip - Organism-on-a-Chip - Fluidic 1371

Description

The zebrafish chip Fluidic 1371, featuring Mini Luer interfaces, is capable of capturing individual zebrafish eggs at predefined monitoring positions. The catcher structures are arranged along a long, meandering channel. Once caught, the eggs will block the outlet of each catcher structure, and the resulting suction effect will keep them in place. Under constant perfusion, the development of zebrafish can then be observed.

The design of this chip is based on the publication by J. Akagi et al. PLoS One (2012).

Zebrafish Chip Organism-on-a-Chip Fluidic 1371

The zebrafish chip is an innovative chip originally designed for zebrafish research. Fluidic 1371 precisely captures individual eggs at designated locations, enabling seamless monitoring of their development under continuous perfusion.

€42.20 / unit
€34.30 / unit from 10 units
€26.10 / unit from 100 units
Quantity
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Reference
10001775
Design element
Channel
Application
Cell culture, Organ-on-Chip
Usage Statement
For R&D use only, Single use
Fluidic
1371
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 zebrafish chip Fluidic 1371, featuring Mini Luer interfaces, is capable of capturing individual zebrafish eggs at predefined monitoring positions. The catcher structures are arranged along a long, meandering channel. Once caught, the eggs will block the outlet of each catcher structure, and the resulting suction effect will keep them in place. Under constant perfusion, the development of zebrafish can then be observed.

The design of this chip is based on the publication by J. Akagi et al. PLoS One (2012).

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