Monitor the kinetics of your biology from your smartphone
Changes in cell proliferation, viability, and cell killing seldom occur at convenient time points. Using the Maestro Z App, over minutes or weeks track the kinetics of your biology on your smartphone.
Never miss a thing.
Imagine ● Explore ● Discover
Maestro assays track real-time cell activity so you explore life in vitro. Discover the functionality of your cells.
NEW: Maestro Z App
Discover the electrical activity of your mini-brains
You’ve spent months making your iPSC-neural model. These mini-brains may have all the expected structural characteristics but what about their neural activity? With Maestro MEA technology from Axion BioSystems any scientist can easily measure the electrical activity of their mini-brains label-free in a multiwell plate.
Not convinced? Watch this video to learn more from the Mini-brain.
“It’s as easy as 1, 2, 3.”
You’ve got big potential Mini-brain!
Mature iPSC-cardiomyoytes in 48 hours
The use of human induced pluripotent stem cell-derived cardiomyocytes (iPSC-CMs) is limited by functional immaturity, including immature calcium handling and contractility function. Physical conditioning of iPSC-CMs via electrical or mechanical stimulation facilitates maturation as measured by a positive force-frequency relationship and detection of positive inotropes.
Current in vitro protocols require 2-4 weeks of chronic pacing.
With Maestro, see functionally mature phenotypes in iPSC-CMs
after only 48 hours!
NEW: Maestro Z
The world’s most advanced impedance assay platform
Schedule your Maestro Z demo now
Axion BioSystems is pleased to introduce Maestro Z, the world’s most advanced impedance-based cell analysis platform. Featuring an integrated environmental chamber, plate barcode scanner for automated plate tracking, and the next generation in data acquisition and analysis software, Maestro Z is the complete platform for real-time cell analysis.
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This latest edition of Cell Press Selections features a collection of recent
reviews and research articles that provide insight into how neural disease
models can be used to gain deeper insight into disease mechanisms
and for drug screening to identify effective therapeutics.