ELECTROPHYSIOLOGY

The fusion of electrophysiology and microfluidics.

In collaboration with Axion Biosystems we have developed MEA-capable high-throughput compartmentalized microfluidic devices.

The creation of this advanced co-technology will enable neuroscientists to:

Non-invasively measure the electrical activity of neural cells in complex in vitro models and accelerate treatment discovery
Functional influence of connected but compartmentalized cell populations
Establish relevant electrophysiological biomarkers
Lead to earlier and more relevant models to accelerate neuroscience-related drug screening and global discovery.

contact us

MEA-capable compartmentalized microfluidic devices.

We have developed the NeoBento™ MEA in collaboration with Axion Biosystems, which which is composed of:

Abiding by the 96-well microplate standard format, NeoBento™ MEA is a versatile container that enables electrophysiological recording of microfluidic experimentation while being compatible with standard equipment for liquid handling and imaging.

What are benefits?

This co-developed technology allows:

Cell type electrophysiology activity isolation per compartment
Remote stimulation (compound or electrical)
Synaptic activity Isolation and directionality

Dedicated line.

We are launching the new line NeuroFluidics™ MEA in limited release. NETRI's NeuroFluidics MEA line includes electrophysiology technology and is composed of 3 products that all use the same universal Axion MEA layer:

more products

Dedicated uitlity software.

The NeuroFluidics™ MEA layouts are recognized by Axis Navigator. NETRI has developped a utility software, UpLink, which runs locally with Axis, that can:

Fetch the relevant files (raw, spike and burst thresholds etc…) from an active Axis session
Process Axion Metrics and Network Metrics per microfluidic channel,
Generate an Excel file with the channel-specific metrics in a highly sortable format. UpLink can also generate channel specific .spk files for use in NMT or standard Axion .csv files