Cell motility plays a critical role in many biological processes from wound healing to cancer metastasis. Traditional imaging-based methods for studying motility are limited by temporal resolution and scalability. CytoTronics’ impedance-based platform enables real-time, label-free quantification of motility with single-cell resolution across full microplates.
In this technical note, you will explore:
- How CytoTronics’ technology quantifies cell motility with high spatial and temporal resolution
- Comparisons of motility across distinct cell lines, highlighting unique motility behaviors of tumor-derived cells
- Multiparametric data showing how cell motility and attachment change in response to compounds with differing mechanisms of action
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Measuring confluence and motility of 3 different cell lines over time.
