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Product Details
| Cat # +Size | K909-12 |
|---|---|
| Size | 12 assays |
| Detection Method | Fluorescence (Ex/Em = 530/590 nm) |
| Applications | Measure cell migration in response to stimuli. Screen, study, or characterize compounds that influence chemotaxis/cell migration. |
| Features & Benefits | • Highly sensitive fluorometric method to measure cell migration/chemotaxis in response to a variety of biochemical stimuli • Simple & High throughput-adaptable • Reproducible, Quantitative tool for screening, studying, or characterizing compounds that affect cell migration |
| Kit Components | • Wash Buffer • Cell Dissociation Solution • Control Migration Inducer • Cell Dye • Cell Migration Chamber |
| Storage Conditions | -20°C |
| Shipping Conditions | Gel Pack |
| USAGE | For Research Use Only! Not For Use in Humans. |
Details
Cell migration is a process by which cells move from one location to another. Cell motility is observed in unicellular organisms, and is essential for the development and maintenance of multicellular organisms. Cells often migrate in response to specific external stimuli, including chemical & mechanical signals. Errors during this process have serious consequences, including intellectual disability, vascular disease, tumor formation and metastasis. BioVision’s Cell Migration/Chemotaxis Assay Kit utilizes a Boyden chamber, where the cells migrate through a semipermeable membrane under different stimuli. Cell migration can be analyzed directly by reading fluorescence (Ex/Em = 530/590 nm) in a plate reader. Our assay is easy to use, sensitive and adaptable to high-throughput systems.
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BioVision aims to provide our customers innovative tools for accelerating drug discovery and biological research. BioVision offers >8,000 products including the most comprehensive array of assay kits for key targets in Metabolic pathways. |
BioVision is committed to providing the highest quality products at a competitive price. |
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Ryu, Jiyeon et al. (2016) Highly Expressed Integrin-8 Induces Epithelial to
Mesenchymal Transition-Like Features in Multiple
Myeloma with Early Relapse , Mol Cells. 2016 Dec;39(12):898-908.
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