Neural Activity Brochure

 

Know your cells

Understanding neuronal activity is the first step in understanding the mechanisms of disease. While the biology can be complex, measuring it doesn’t have to be. At Axion BioSystems, we offer your lab the tools to get the most out of your neural cultures. See why Maestro microelectrode array (MEA) has become a staple in many neurobiology labs:

 

Publications
500+ peer-reviewed publications

 

Company
15+ years of expertise

 

Cell Cultures
3 million+ cell cultures

 

 

How do you measure activity?

The Maestro MEA platform gives you a simple, noninvasive method to gain deep insights into in vitro neural models. Our platform offers the best combination of throughput, resolution, and ease of use. When deciding how you want to measure neural function, see how it compares to Maestro:

 

Neural Insights with MEA

 

Information-rich neural data

Capture dynamic network behavior, activity, LFPs, and more

 

Multi-Well Plates

 

Flexible throughput

Simultaneously record from 6 to 96 wells

 

Intuitive Software Modules

 

Powerful, intuitive software

Easily access results for an in-depth analysis

 

Hands-free and easy to use

 

Easy, hands-free method

Plate your cells and record them as often as you’d like

 

 

Reveal functional phenotypes >> 

There are many types of neurons displaying many types of activity. Measuring activity can give context to your other assays. How impactful is a mutation? Is a compound neurotoxic? What do your neurons act like? Activity can reveal a robust phenotype waiting to be discovered.

 

One neuron can’t tell the full story

MEA shows how neurons communicate across a network, where unique properties emerge that cannot be observed in single cell recordings. The raster plots of this culture demonstrate distinct firing patterns when exposed to neuroactive compounds. Learn more

Neuron Cultures

 

Neural Firing Patterns

It takes a network

Quantify neural firing patterns with key metrics to gain new insights. Easily answer important questions about your culture:

>> Are your neurons active?

>> Do they form synapses?

>> Do they form networks?

 

Dr. Marissa Kosnik (Stockholm University)  CBW

Characterizing multivariate neuroactivity patterns of environmental compounds

Screening for neurotoxicity? See how researchers create neural activity phenotypes to classify compounds. 
Watch more

 

Explore monolayers, organoids, and more >> 

Primary or stem cell-derived, monolayers, organ-on-a-chip, cocultures, slices, or organoids, – the Maestro MEA platform can record your neurons.

 

Dive into organoids to model brain development

Dive into organoids to model brain development

MEA is an ideal platform to monitor development and the emergence of complex patterns of activity like LFPs. In this example, researchers from UC San Diego show how organoids can be used to mimic brain development. Watch here

View additional organoid webinars, protocols, and publications: Read more

 

Investigate the effects of neuron -glial cocultures

Investigate the effects of neuron -glial cocultures

In this example, glial cells provide critical support and structure for neurons. While they may not directly fire, astrocytes increase the synchrony of glutamatergic neurons. Read more

 

Develop powerful organ-on-achip models

Develop powerful organ-on-a-chip models

To track neurite growth and development, glutamatergic neurons were cultured in one chamber of the Maestro-compatible DuaLink MEA plates (NETRI). Neurite growth is detected as activity in the second chamber, useful for studying innervation. Read more

 

Discover new insights into neural disease >> 

To develop effective treatments, understanding the biology and behavior of neurons is essential.

 

Translate expression data to function

After identifying a reduction in FMR1 expression in Fragile X neurons, researchers discovered a hyperexcitable phenotype on MEA. A relatively small increase in FMR1 expression corrects this phenotype, offering hope for therapeutic development. Watch here

Translate expression data to function

 

Screen treatments in vitro

iPSCs and MEA are ideal for personalized medicine and drug screening. Here, patient-derived neurons identify treatments for erythromelalgia or burning man syndrome. Watch here

Screen treatments in vitro

 

Maestro MEA

Electrical activity and more >> 

Monitor dynamic cellular activity and perform complex functional experiments with only basic cell culture.

Industry-leading microelectrode array
Industry-leading microelectrode array

 

Noninvasive activity monitoring
Noninvasive activity monitoring

 

Customizable environmental control
Customizable environmental control

 

Maestro Pro and Edge comparison

 

Software tools to accelerate analysis >> 

Get powerful analysis with intuitive software. The AxIS suite of software tools provides a comprehensive neural analysis package designed to deliver fast, accurate results and generate publication-ready figures.

 

AxIS Navigator

View real-time data from the entire plate down to an individual electrode. Manage your experiment, stimulate, record, and analyze. Watch video

AxIS Navigator

 

Neural Metric Tool

In-depth analysis of network activity, synchrony, LFPs, and more. Quickly navigate your results and export key figures. See metrics

Neural Metric Tool

 

AxIS Metric Plotting Tool

Generate graphs or automated reports with just a few clicks. Compare time points, apply controls, and easily plot conditions.

AxIS Metric Plotting Tool

 

Our commitment to our customers

With over 15 years of experience bringing innovative new products to our customers, we strive to accelerate your research by making live, functional biology more accessible. Our design philosophy is to ensure all of our products are:

Flexible

 

Flexible

Hardware designed for broad, integrated functionality in one instrument

 

Easy to use

 

Easy to use

Intuitive instruments, consumables, and software for fast, easy adoption

 

Smart Tech

 

Smart technology

Easy to run with no complicated steps, saves time and money.