Functional E‑Phys for Stem Cell Derived Neuronal and Cardiac Models with HD-MEAs

3Brain will host a Lunch & Learn seminar at the Gladstone Institutes to highlight the latest advances in its high‑density multi‑electrode array (HD‑MEA) technology. With over 20 years of leadership in HD‑MEA innovation and electrophysiology, 3Brain provides state‑of‑the‑art HD-MEA platforms capable of recording network‑wide activity from stem cell derived neuronal and cardiac cultures and organoids at single‑cell resolution.

The seminar will demonstrate how 3Brain’s platforms empower researchers working with stem cell‑derived neuronal and cardiac models. Spanning formats from single‑well to 96‑well plates, 3Brain provides the highest number of simultaneously recording wells and electrodes, enabling large‑scale, high‑resolution electrophysiological studies. For teams working with 3D cultures such as brain or cardiac organoids, 3Brain also offers the industry’s only penetrating HD‑MEA (CorePlate™ 3D), designed to capture high‑quality signals from within organoids. Join us to discover how 3Brain’s technology can elevate your neuronal and cardiac research.

CorePlate™ 24W goes beyond traditional cell cultures, enabling you to screen up to a hundred spheroids simultaneously to achieve unprecedented data throughput. Paired with our all-in-one software, you can extract hundreds of functional metrics and generate insights in just a few clicks, accelerating your in vitro preclinical screening.

CorePlate™ 24W goes beyond traditional cell cultures, enabling you to screen up to a hundred spheroids simultaneously to achieve unprecedented data throughput. Paired with our all-in-one software, you can extract hundreds of functional metrics and generate insights in just a few clicks, accelerating your in vitro preclinical screening.

CorePlate™ 24W goes beyond traditional cell cultures, enabling you to screen up to a hundred spheroids simultaneously to achieve unprecedented data throughput. Paired with our all-in-one software, you can extract hundreds of functional metrics and generate insights in just a few clicks, accelerating your in vitro preclinical screening.

Control

Isoproterenol 10µM

CorePlate™ enables precise analysis of cardiomyocyte responses to compounds, demonstrated with axoCells iPSC-derived cardiomyocytes response to isoproterenol. In collaboration with AXOL: Analysis of axoCells™ Atrial and Ventricular Cardiomyocytes Electrophysiology Using CorePlate™ Enabled HD-MEA System.

Applications

Our technology supports a broad range of applications in neuroscience and related fields, empowering researchers to gain deeper insights into complex biological systems.

Cardiomyocytes
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Neuronal Cell Culture and Stem Cell Cultures

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Brain Organoids and 3D Neuronal Cultures

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