AIM CHIP DAX-1and controlled in AIM chips. Multi-Channel Design Control of Flow & Chemical Gradients...
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AIM CHIP DAX-1 AIM Biotech offers an easy-to-use, modular platform for incorporating 3D cell culture into your research. • Co-culture model • 2D & 3D cell culture • Static or dynamic flow models • Cell migration & chemotaxis New Dimension ! Novel Insights Connect with AIM #aimbiotech www.aimbiotech.com [email protected] • Angiogenesis • Vasculogenesis • Cancer metastasis • Organotypic models
Transcript of AIM CHIP DAX-1and controlled in AIM chips. Multi-Channel Design Control of Flow & Chemical Gradients...
AIM CHIP
DAX-1�
AIM Biotech offers an easy-to-use, modular platform for incorporating 3D cell culture into your research.
• Co-culture model • 2D & 3D cell culture • Static or dynamic flow models • Cell migration & chemotaxis
New Dimension ! Novel Insights
Connect with AIM
#aimbiotech
www.aimbiotech.com [email protected]
• Angiogenesis • Vasculogenesis • Cancer metastasis • Organotypic models
Additional features: - Microscope slide format (75mm X 25mm) - Sterile & ready-to-use - Fits into a 384-well compliant AIM holder - No additional equipment or pump is required
Key Features
Gel channels can be filled with collagen, fibrinogen & other hydrogels, or Matrigel™ & other extracellular matrixes to
suit your experimental needs.
Compatible with Polymerisable Gels
Interstitial flow & chemical gradients across the 3D hydrogel can be set up
and controlled in AIM chips.
Control of Flow & Chemical Gradients Multi-Channel Design
Different cell types can be cultured together in the same channel or compartmentalised into different channels.
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.
Optically Clear
Applications�
Angiogenesis Migration Cancer Metastasis
AIM chips are versatile platform that are suitable for accommodating various cell types & hydrogels in them. A number of applications in the fields of vascular, cancer, neuro- & stem cell biology including cell migration/invasion, angiogenesis, cancer metastasis have been developed.
