Maestro Volt

The Maestro Volt is designed to make quality microelectrode array (MEA) data accessible to laboratories with budget constraints. It offers a cost-effective solution for noninvasive electrophysiological evaluation of neural and cardiac cells in vitro. This system is compatible with 6-well CytoView MEA plates and includes either Neural or Cardiac modules tailored to specific research needs.

The Maestro Volt captures dynamic electrical activity from excitable cells, such as neurons and cardiomyocytes, facilitating a deeper understanding of cellular functions. The system provides detailed functional profiles by evaluating the spatial and temporal interactions of cells.

Key Features

• Cost-effective quality: Obtain high-quality MEA data at an economical price.
• Data visualization: CytoView transparent circuit technology allows for easy cell visualization and assay multiplexing.
• Environmental control: A smart environmental chamber maintains precise temperature and CO₂ levels, minimizing electrical noise and mechanical vibrations.
• Noninvasive monitoring: Tracks cellular activity over time for comprehensive developmental studies and experimental flexibility.
• Electrical stimulation: Enables recreation of specific patterns of cellular activity to study their functional behaviors.
• Easy assay techniques: Conduct complex experiments using basic culture techniques, with no need for labels, dyes, or intricate steps.

Maestro Volt excels in enabling complex electrophysiological experiments, providing insights into cellular functionality, and supporting research in disease mechanisms. By choosing either Neural or Cardiac modules, users can conduct specific assays such as measuring neural network parameters like activity, synchrony, and oscillation, or recording cardiac performance metrics like action potential and contractility.

The system boasts cross-compatibility with platforms that allow live-cell imaging alongside real-time data, enhancing analytical capabilities. Its compatibility with the Omni and Omni Pro 12 systems also enables robust functionality in various research contexts.

Applications of the Maestro Volt include studying neural networks in diseases like Alzheimer's, autism, and more, as well as characterizing cardiomyocyte function for cardiovascular disease research. The platform is designed for researchers looking for detailed electrophysiological data without the complexity typically associated with such techniques.