Cellular Lights™ Tubulin-GFP is a fusion of Emerald GFP to the N terminus of beta tubulin that allows live cell imaging of microtubules. As many cellular processes are accompanied by changes in cellular morphology, such as cytoskeletal
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Cellular Lights™ Tubulin-GFP is a fusion of Emerald GFP to the N terminus of beta tubulin that allows live cell imaging of microtubules. As many cellular processes are accompanied by changes in cellular morphology, such as cytoskeletal rearrangements, tubulin is a common indicator of cytotoxicity. Cellular Lights™ Tubulin-GFP also an ideal reagent to follow cell division in transiently tranduced cells, including primary cell sand stem cells.
Cellular Lights™ are pre-packaged and ready-to use fluorescent protein-based BacMam reagents. Fluorescent-protein fusions of proteins involved in important cellular processes, Cellular Lights™ reagents are ideal for co-localization studies and in research on dynamic cellular processes where high spatial and temporal resolution is required. Based on BacMam delivery and expression technology, these versatile tools are pre-packaged in baculovirus particles for highly efficient, reproducible and non-cytopathic delivery to a range of cell types, including primary and stem cells. The efficient and non-cytotoxic transduction makes it easy to deliver multiple constructs and to modulate gene expression by varying the dose.
• Cellular landmarks that are well-characterized, accurately targeted, safe and easy to use—no need to make your own constructs and transfection complexes
• Efficient, non-cytopathic delivery and reproducible expression in multiple cell types (including primary and stem cells) by BacMam technology
• Easily “dial in” the right expression level by modulating the dose
• Ideal tools for dynamic live cell studies—and compatible with subsequent fixation immunocytochemical processing"
• Simple, safe and fast application of fluorescent proteins with full rights to use
Cellular Lights™ reagents are readily adaptable to a number of assay formats and compatibility with automated liquid handling makes them ideal for high-content imaging applications.
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