Flow cytometry is a powerful platform for the assessment of cellular effects on a cell-by-cell basis within cellular populations. With a wide variety of ready-to-go flow-based assays for everything from simple cellular phenotyping to cell proliferation to apoptosis, autophagy, and activation or inhibition of cell signaling pathways, Eurofins Discovery’s flow-based assays may be added into your project to further define cellular effects.
To learn more about Eurofins Discovery’s extensive capabilities for Flow Cytometry, contact our experts to integrate these key characterizations into your next program.
| Key Characterization | Description |
|---|---|
| Cellular phenotyping | Defining cell phenotypes on a cell-by-cell basis |
| Cellular viability and proliferation | Determining cell viability, cell cycle progression, and cell proliferation |
| Apoptosis and autophagy | Multiple tests for assessing mechanisms of cell death |
| DNA damage and repair | Assess DNA damage and the initiation of DNA repair mechanisms |
| Mitochondrial function | Assess proper functioning of mitochondria and any loss-of-function |
| Assess oxidative damage | Assess NO production on a cell-by-cell basis |
| Nitric oxide production | Assess NO production on a cell-by-cell basis |
| Cytokine production | Assess production of target cytokines on a cell-by-cell basis |
| Cell signaling pathways | Assess activations or inactivations of signaling pathways from receptor through kinase cascades |
| Receptor assays | Assess receptor binding, activations, dimerization, internalizations, and trafficking |
