EXPLORE life’s circuitry^®

Excitable cells play a fundamental role in life, from heart beats to brain function. Axion's MEA systems capture real-time cell activity, allowing you to recreate life's circuitry in vitro.

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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 disease models can be used to gain deeper insight into disease mechanisms and for drug screening to identify effective therapeutics.

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Maestro MEA: Most trusted, Most reliable, Fastest assay

01 Jun 2018

The results from the CiPA Phase II multi-site, blinded validation study are now in. The CiPA team conclusively demonstrated the utility of human stem cell-derived cardiomyocytes to detect drug-induced arrhythmia effects. We are proud that the Maestro MEA system played a pivotal role in the study. We would also like to thank all the Maestro MEA users at big pharma for making us look great.

Learn more about CiPA Myocyte studies here.

Read more about Maestro MEA: Most trusted, Most reliable, Fastest assay

Maestro MEA: Most reliable, most accurate, lowest variability assay

30 Apr 2018

Congratulations Dr Daniel Millard and the CiPA Myocyte team on the publication of the CiPA Myocyte Pilot Study. A first of its kind, the CiPA Myocyte assay, proposes using beating human stem cell-derived heart cells, known as cardiomyocytes, to identify drugs that promote the irregular beating of the heart.

We are proud that the Maestro MEA system played a pivotal role in the study. Click here to learn more about the CiPA Myocyte Study and the Maestro MEA platform.

Read more about Maestro MEA: Most reliable, most accurate, lowest variability assay

iPSC models in Neuroscience symposium at SAHMRI

29 Apr 2018

Neurological research has changed profoundly since the discovery of human induced pluripotent stem cells (iPSC), ten years ago. New methods to efficiently generate patient-derived neuronal culture provide unprecedented opportunities to gain new insights into a range of neurological and psychiatric disorders. In addition, breakthroughs in genetics and omics analysis are making molecular profiling of neurons much more accessible and thorough.

Read more about iPSC models in Neuroscience symposium at SAHMRI

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EXPLORE life’s circuitry^®