Electrophysiology is fundamental to neurobiology and the understanding of neurological diseases. Unfortunately, capturing this activity has been historically tedious. Now using Maestro MEA (microelectrode array) technology, any scientist can quickly and easily measure electrical network behavior in live neurons in a 96-well plate.
Electrophysiology can be simple
Maestro makes it easy
With the push of a button, understand how your disease model or test compound impacts neural functional activity.
Top tips for making ephys easy
Register here and receive our FREE four-part email series. You will learn:
- How an MEA assay captures the electrical activity of your neurons
- Advice on how to setup and optimize your assay (incl. cell density, time in culture, and media selection)
- Analysis tips for getting the most from your data
Get more from your data
With over 200 publications, see how Maestro MEA technology is helping advance the field of neuroscience.
Publications:
Complex Oscillatory Waves Emerging from Cortical Organoids Model Early Human Brain Network Development
Rescue of Fragile X Syndrome Neurons by DNA Methylation Editing of the FMR1 Gene
Author Stories:
Neural Organoids - Allyson Mutori
(17 minutes)
Fragile X - John Graef
(14 minutes)
Let's get started
“The Axion team has been incredibly available and helpful whenever we hit a snag or have questions - they have even been proactive to reach out to us with information they think might be useful for our applications.”
Jacquelyn Webb, Thermo Fisher Scientific
Have a question or want to learn more? Email us
At Axion BioSystems, our goal is to help you capture the complex biology of your cells. Whether monitoring the kinetics of cellular growth and death or recording the activity of excitable cells; Axion BioSystems' technology can help you record it noninvasively, in real time, and with software tools to make analysis quick and painless.
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