Microphysiological Systems

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Microphysiological systems (MPS), such as controlled neuronal networks using microfluidics, microtunnels, and compartmentalization, provide advanced in vitro models for studying complex brain functions in a structured and reproducible manner. These systems recreate key features of neural circuitry, enabling precise control over cell placement, connectivity, and signal flow. As a result, they are increasingly used to investigate neurodevelopment, circuit-level function, disease mechanisms, and compound responses in a human-relevant context.

MaxWell Biosystems’ High-Density microelectrode array (HD-MEA) platforms are uniquely suited for use with microphysiological systems. The HD-MEA’s ultra-high sensitivity captures every signal, from individual action potentials to axonal propagation, ensuring no functional activity is missed. This makes MaxWell Biosystems’ HD-MEAs a powerful platform for probing and understanding complex, structured neuronal dynamics in microphysiological systems.

Combine HD-MEAs with MPS to model complex neural circuitry in vitro

Our Technology

Build networks on a flat, MPS-compatible surface

The flat planar surface of MaxWell Biosystems’ HD-MEAs supports easy integration of compartmentalized systems and chip-based platforms, whether PDMS-based or other materials. With this MPS-compatible surface, structures remain well attached on the HD-MEA surface for longitudinal experiments.

Faster setup – high electrode coverage eliminates the need for fine alignment

With dense, full-area electrode coverage, functional regions of MPS structures including axonal tunnels are reliably captured without the need for micrometer-level alignment. Researchers can simply place the MPS structures, culture the cells, and begin recording. This streamlined setup reduces preparation time and enables efficient scaling of MPS-based experiments.

Know exactly where to record and stimulate

Easily identify which electrodes are exposed to cells within the MPS structures, enabling targeted stimulation and recording from specific compartments.

Detect every cell, every axon, every signal

Capture spontaneous and evoked activity with subcellular resolution, including axonal propagation and low-amplitude signals across channels, bridges, and microtunnels. This high sensitivity supports consistent, reproducible results across experiments.

Stimulate with precision

Deliver localized electrical stimulation using individually addressable electrodes, ideal for probing connectivity, synaptic strength, and circuit responses within defined regions of the MPS.

Do you want to learn more?

Book a one-to-one call with one of our experts to discuss how MaxWell Biosystems HD-MEA platforms can empower your research!

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