Measurements
Cell proliferation and real-time viability
Monitoring cell confluency over time reveals growth rate, viability, and even cell death, and is compatible with any cell type, from suspension to adherent.
Cell substrate attachment/detachment
Attachment to surfaces reflects functional processes such as membrane proteins interaction with extracellular matrix (ECM) or transmembrane osmolarity gradients.
Cell flatness/height
The quantification of cell flatness, or the inverse of cell height, can help understand tissue organization, cell polarity, and cellular dynamics.
Motility and migration
Real-time information on cell position at single-cell resolution enables measurement of motion, relevant to biological processes such as epithelial–mesenchymal transition (EMT) in cancer, wound healing, and repair in endothelial cells.
Tissue barrier and cell-cell adhesion
Integrity of cell sheet barrier and information on cell-cell interactions can reveal epithelial dysfunction.
Electrophysiology
Both extracellular network monitoring and intracellular capabilities. Our high-throughput electrophysiology not only enables functional cardiac measurement, but also neurological applications.
