Objectives

Using nanostructuration technology to develop an alternative cost-effective microelectrode array (MEA), suitable for monitoring cell cultures, by:

• Recording action potential (neural & cardiac cells);
• Impedance spectroscopy of attached cells

Scientific Innovation

MEA structures:

• Biocompatible
• Disposable
• Low cost materials for single-use

Thin film nanostructuration technology:

• Mature nanotechnology
• Wet process / No clean room required

Direct connection to electronics

Business Potential

Large scale cytotoxicologic testing:

• Substitution to animal testing

Possible testing applications:

• Environmental
• Chemical toxicity
• Dermatology, cosmetics

MEA fabrication

• Easy integation into existing industrial production processes
• Cost-effective / high volume process for MEA fabrication

Patent pending.