AIM CHIP DAX-1 - AIM Biotech · AIM chips so they are compatible with phase contrast,...

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AIM CHIP DAX-1 AIM Biotech oers an easy-to-use, modular platform for incorporating 3D cell culture into your research. The chips are gas permeable and enable you to co-culture dierent cell types in discrete 3D and 2D compartments, using hydrogels of your choice. Chemical gradients and ows can be applied to tune the microenvironment to your specic needs. New Dimension ! Novel Insights Connect with AIM #aimbiotech www.aimbiotech.com [email protected]

Transcript of AIM CHIP DAX-1 - AIM Biotech · AIM chips so they are compatible with phase contrast,...

Page 1: AIM CHIP DAX-1 - AIM Biotech · AIM chips so they are compatible with phase contrast, epi#uorescence, 2-photon & confocal microscopy. Compatible with Polymerisable Gels Gas Exchange

AIM CHIP

DAX-1�

AIM Biotech offers an easy-to-use, modular platform for incorporating 3D cell culture into your research. 

The chips are gas permeable and enable you to co-culture different cell types in discrete 3D and 2D compartments, using hydrogels of your choice. Chemical gradients and flows can be applied to tune the microenvironment to your specific needs.

New Dimension ! Novel Insights

Connect with AIM

#aimbiotech

www.aimbiotech.com [email protected]

Page 2: AIM CHIP DAX-1 - AIM Biotech · AIM chips so they are compatible with phase contrast, epi#uorescence, 2-photon & confocal microscopy. Compatible with Polymerisable Gels Gas Exchange

Additional features: - Microscope slide format (75mm X 25mm) - Sterile & ready-to-use - Designed for modular expansion with AIM Luer Connectors - Fits into a 386-well compliant AIM holder

AIM Chip DAX-1�

Gel channels can be filled with collagen, fibrinogen & other hydrogels, or Matrigel™ & other extracellular matrixes

(ECM) to suit your experimental needs.

The device is laminated with a gas-permeable polymer. Gas exchange takes place effectively, reflecting normoxic or

hypoxic incubator environments. 

Polymers with a light transmittance rate of 92% are used in AIM chips so they are compatible with phase contrast,

epifluorescence, 2-photon & confocal microscopy. 

Compatible with Polymerisable Gels Gas Exchange

Optically Clear

Interstitial flow & chemical gradients across the 3D hydrogel can be set up

and controlled in AIM chips.  

Control of Flow & Chemical Gradients

Co-culture Models Rapid Media Exchange

Different cell types can be cultured together in the same channel or compartmentalised into different channels.

AIM chips have ports designed for rapid media exchange through vacuum aspiration with no risk

of over-aspiration.