The Thermo Scientific Nunc Chamber Slide System Glass 8-Well enables efficient in situ analysis by allowing cells to be cultured, fixed, stained, and viewed on the same microscope slide. This design streamlines workflows by eliminating the need for cell transfers between vessels and slides.
Product Features
- Ideal for in situ analysis—cells can be cultured, fixed, stained, and viewed on the same microscope slide
- Easily perform microscopic analysis of cell cultures using these miniature chamber systems with removable media chambers—eliminates need for cell transfers from vessel to slide
- System includes a lid for aseptic manipulation, removable polystyrene (PS) media chamber, and a standard 25 x 75 mm slide functioning as the growth substrate
- Includes a removable polystyrene media chamber with eight wells
- Standard 25 x 75 mm glass (soda lime) slide is precleaned to promote optimal cell adhesion and growth
- Choose from either cell-culture treated Permanox plastic or glass (soda lime) slides—both ideal for analysis of fluorescent stained cell cultures as they do not interfere with fluorescent labels
- Permanox and PS slides are cell-culture treated; glass slides are precleaned for enhanced cell growth
- Media chambers are easily removed by hand leaving the slide for further analysis
- Chamber and slide are sealed with a nontoxic silicone gasket which can be removed or left in place for reagent incubation
- SideFlask and Flaskette systems are suitable for closed incubation
- All chamber slide systems are presterilized for immediate use
Benefits
- Eliminates sample transfer to reduce contamination risk
- Supports fluorescence staining and high-resolution imaging
- Facilitates reproducible, efficient cell culture analysis
- Optimized for high-throughput laboratory workflows
Why Choose Thermo Scientific Nunc Chamber Slide System Glass 8-Well 16 Pack?
Thermo Scientific Nunc Chamber Slide Systems offer a reliable solution for cell culture and analysis. The high-quality glass slide and removable media chambers simplify experiments and ensure superior cell growth and imaging performance.
