Microscopy Supplies
(This is the suggested replacement for 2735-225, 2935-225 and 2955-225)These 22x50mm rectangular No.1 CorningĀ® cover glasses are made from borosilicate glass and are 0.13 to 0.16mm thick."
(This is the suggested replacement for 2735-243, 2935-243 and 2955-243)These 24x30mm rectangular No.1 CorningĀ® cover glasses are made from borosilicate glass and are 0.13 to 0.16mm thick."
(This is the suggested replacement for 2735-244, 2935-244 and 2955-244)These 24x40mm rectangular No.1 CorningĀ® cover glasses are made from borosilicate glass and are 0.13 to 0.16mm thick."
(This is the suggested replacement for 2735-245, 2935-225 and 2955-245)These 24x50mm rectangular No.1 CorningĀ® cover glasses are made from borosilicate and are 0.13 to 0.16mm thick."
(This is the suggested replacement for 2735-246, 2935-246 and 2955-246)These 24x60mm rectangular No.1 CorningĀ® cover glasses are made from borosilicate glass and are 0.13 to 0.16mm thick."
Corningās special, optically clear, water-white, borosilicate cover glass is resistant to surface attach or weathering and will remain clear for extended periods of time. Packed one ounce per pack and 10 packs per case.The thickness of No. 1 1/2 rectangles is 0.16 mm to 0.19 mm.
Corningās special, optically clear, water-white, borosilicate cover glass is resistant to surface attach or weathering and will remain clear for extended periods of time. Packed one ounce per pack and 10 packs per case.The thickness of No. 1 1/2 rectangles is 0.16 mm to 0.19 mm.
(This is the suggested replacement for 7223-34)These pressed PYREXĀ® glass plates have 9 concave depressions (22mm O.D. x 7mm deep) which are useful for soil chemistry, color reactions, microchemical applications and microscopic observations.
A novel, far-red fluorescing dye that reveals hypoxic experience of individual cells.
PureBluā¢ Nuclear Staining Dyes are designed to specifically stain the nuclei of cells in fixed and unfixed samples for fluorescence microscopy and cell imaging applications.
PureBluā¢ Nuclear Staining Dyes are designed to specifically stain the nuclei of cells in fixed and unfixed samples for fluorescence microscopy and cell imaging applications.
XonaChipsā¢ are the latest innovation in neuron culturing! XonaChipsā¢ are pre-assembled and pre-bonded, making them easier-to-use than our original silicone devices. These plastic chips improve long-term culture of animal model neurons. They are especially useful for culturing human stem cell-derived neurons, providing better cell attachment and long-term growth. XonaChipsā¢ are optically transparent and ideal for fluorescenceā¦
Use this versatile 35 mm imaging Dish for high-end microscopy through the #1.5 coverslip bottom.
Use this Multiwell plate with black walls, square wells, and a flat and clear coverslip bottom (#1.5 ibidi Polymer Coverslip) for high-throughput applications in cell-based assays. Also available with 24 wells.
Use this channel microscopy slide with a coverslip bottom (#1.5 ibidi Polymer or #1.5H glass) for immunofluorescence, cell culture under flow, live cell imaging, and high resolution microscopy on inverted microscopes. Available in various channel heights.
Use these silicone inserts with a defined cell-free gap for wound healing assays, migration assays, 2D invasion assays, and co-cultivation of cells. Available with 2, 3, or 4 wells.
Use this slide to investigate angiogenesis in tube formation assays. Also ideal for 3D cell culture and immunofluorescence staining. Also available in a 96 well format.
Investigate chemotaxis of fast or slow migrating adherent cells and non-adherent cells in 2D or 3D gel matrices.
Thermo Scientific Gene Frame products feature a dual strength adhesive system which facilitates the easy removal of the frames after use. The adhesives on either side of the frame are of differing strengths; the side which adheres to the glass has an easy release adhesive whereas the reverse, which sticks to the coverslip, forms a stronger bond. This means that when the coverslip is removed, due to the disparity in the strengtā¦
