Master MEA Experiments With iPSC-Derived Neurons
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Multi-electrode arrays (MEAs) have revolutionized functional characterization of neurons and neural networks, offering researchers unprecedented insights into cellular activity and network dynamics.
However, achieving consistent, reproducible results with iPSC-derived neurons requires precise experimental setup and optimization strategies that many researchers struggle to implement effectively.
This webinar provides expert guidance from leading specialists who will share proven methodologies, troubleshooting techniques and real-world data analysis approaches to help you generate robust MEA results with confidence.
- Best practices for cell selection, plating techniques and culture maintenance
- Key MEA setup parameters and data analysis tools to reduce noise and extract meaningful biological signals
- How to optimize co-culture systems using glutamatergic neurons, GABAergic neurons and astrocytes for enhanced experimental outcomes
