MaxLab Live Training Webinar with Dr. Silvia Ronchi
- Episode 1: Wednesday, October 29, 2025 | 15:00 CET
- Episode 2: Monday, November 3, 2025 | 14:00 CET
- Episode 3: Tuesday, November 4, 2025 | 14:00 CET
Webinar Hightlights
This is a practical training webinar on MaxLab Live, open exclusively to MaxWell Biosystems' users.
In this webinar you will:
- Learn how to navigate MaxLab Live, MaxWell Biosystems’ all-in-one software for HD-MEA data visualization, recording, and analysis.
- Discover how to transform complex electrophysiological signals into actionable insights using automated analysis tools.
- Explore flexible parameter adjustments for extracting key physiological characteristics from diverse biological samples.
- See how MaxLab Live delivers ready-to-use, publication-quality results through intuitive workflows and advanced analytics.
The webinar covered
- A step-by-step demonstration of MaxLab Live’s core features for HD-MEA data visualization, recording, and analysis.
- Practical examples showing how to analyze and interpret electrophysiological data using automated tools.
- Insights on optimizing analysis parameters to extract relevant physiological metrics across various biological preparations.
- An overview of how MaxLab Live helps generate high-quality, publication-ready results with minimal manual processing.
Agenda
Mastering HD-MEA data with MaxLab Live: a practical software training
Abstract
MaxWell Biosystems’ High-Density Microelectrode Array (HD-MEA) high-content electrophysiology platforms enable label-free recording and stimulation of every active cell at unprecedented spatio-temporal resolution.
A powerful and easy-to-use software interface is key to revealing the full potential of this technology. MaxLab Live is an all-in-one software for live visualization, recording, and analysis of extracellular HD-MEA signals from diverse biological preparations.
In these webinars, Dr. Silvia Ronchi will demonstrate how MaxLab Live transforms complex electrophysiological data into actionable insights. Our automated analysis tools, combined with flexible parameter adjustment, enable the extraction of key physiological characteristics and deliver ready-to-use, publication-quality results.
