Cardiac function
Cardiac function
Elevate cardiotoxicity studies by combining electrophysiological measurements with high-resolution electrical imaging that provides a functional and structural assessment in a single assay. Model cardiac disease with measurements in heterogenous cell populations.
iPSC biology
iPSC biology
Label-free measurements can monitor morphological and functional features of cells over days and weeks. Assess pluripotency of cells, differentiation into various lineages, and perform functional studies in iPSC-derived disease models.
Endothelial and epithelial cells
Endothelial and epithelial cells
Real-time monitoring of barrier formation, wound healing, and migration in cell sheets with unparalleled accuracy supports applications in intestinal barrier function, blood-brain barrier studies, cardiac disease, and atherosclerosis.
Cancer cell biology
Cancer cell biology
Study cancer cell phenotypes like cell viability, attachment and motility, perform in vitro metastasis assays, and immuno-oncology studies.
Neuron function
Neuron function
Study neuron function with high spatial resolution at an unprecedented throughput. Multiplex field potential measurements with cell viability, morphology, or oxidation potential to create a complete functional profile of cells.
Mechanism of action / toxicology
Mechanism of action / toxicology
Multi-parametric measurements generate phenotypic signatures that can be linked to specific cellular pathways and mechanisms of action (MoA). Identify compound MoAs in primary screening, fine-tune SAR studies, and quickly eliminate off-target effects using Pixel.
