Cell Culture Dishes
MatTek Corporation (Sleeve of 10) 35 mm Dish, No. 0 Poly-D-Lysine Coated Coverslip, 14 mm Glass Diameter
Cited in thousands of scientific publications, MatTek dishes are a long-standing favorite of lab teams worldwide for their availability, ease-of-use, and the brilliant images they produce.These Glass Bottom Dishes from MatTek Life Sciences combine the convenience of plastic petri dishes with the optical quality of glass, providing superior microscopic images. For most applications, No. 1.5 is the preferred coverslip thickness, especially for optimizing image quality with high numerical aperture objectives. All MatTek dishes are sterilized with gamma-irradiation and suitable for long term tissue culture. Compare to Cellvis , Ibidi , and Chemglass productsMatTek offers glass removal fluid, which allows for easy removal of the coverslip from the bottom of the dish. (CAT#: P DCF OS 30 )Recommended For: - Live cell imaging - Fluorescence microscopy- Confocal microscopy- Phase contrast microscopy- Differential interference contrast microscopy
Biolegend PE/Cyanine5 anti-mouse CD152
PE/Cyanine5 anti-mouse CD152 [UC10-4B9]; Isotype: Armenian Hamster IgG; Reactivity: Mouse; Apps: FC; Size: 100 ug
Alkali Scientific ASI™ 35mm Nylon Multi Insert Dish, Sterile, Eazy Grip, 18/Cs, Smoothe, Non-Treated
Our new Multi Insert Dish with five small culture inserts assembled in one single dish. Multi Insert Dish is designed to study intercellular or inter-tissue interactions of more than two different cell or tissue species, successfully applicable to researches in biosystem mimicking in vivo condition. There are various types of dish available to choose depending on the intended use of the researchers. ▪ Mesh material: Nylon▪ Mesh thickness: 10 ~ 23 μm▪ Mesh pore size: 23 µm▪ Membrane material: Polycarbonate (PC)▪ Membrane thickness: 10 ~ 23 μm▪ Membrane pore size: 0.40 μm
MatTek Corporation (Sleeve of 10) 35 mm Dish, No. 0 Uncoated Coverslip, 20 mm Glass Diameter
Cited in thousands of scientific publications, MatTek dishes are a long-standing favorite of lab teams worldwide for their availability, ease-of-use, and the brilliant images they produce.These Glass Bottom Dishes from MatTek Life Sciences combine the convenience of plastic petri dishes with the optical quality of glass, providing superior microscopic images. For most applications, No. 1.5 is the preferred coverslip thickness, especially for optimizing image quality with high numerical aperture objectives. All MatTek dishes are sterilized with gamma-irradiation and suitable for long term tissue culture. Compare to Cellvis , Ibidi , and Chemglass productsMatTek offers glass removal fluid, which allows for easy removal of the coverslip from the bottom of the dish. (CAT#: P DCF OS 30 )Recommended For: - Live cell imaging - Fluorescence microscopy- Confocal microscopy- Phase contrast microscopy- Differential interference contrast microscopy
Electron Microscopy Sciences Sterile Culture Clear Glass Bottom Dishes, 30 mm, Bulk in Sleeve, 50 x 7 mm Dish size
Sterile, optical quality, glass bottom dishes provide exceptional imaging quality for applications using inverted microscopes. Glass Bottom Dishes eliminate with using conventional plastic or glass petri dishes and chambers with thick bottoms that require a longer working distance, lower magnification objective. Moreover, plastic dishes cannot be used for DIC or any polarization microscopes due to their inherent birefriengence.
Glass Bottom Dishes are ideal for applications such as: patch clamp recordings where flourescent-tagged (GFP) receptors can be identified for selective study; and many other fluorescent microscopy applications, which require low background scattering of light and reduce intrinsic "auto" fluorescence that occurs when using standard plastic dishes.
Well diameter: 30 mm
Package: Bulk in Sleeve
Dish size: 50 x 7 mm
Electron Microscopy Sciences Sterile Culture Black Glass Bottom Dishes, 40 mm, Individual Blister, 50 x 7 mm Dish size
Sterile, optical quality, glass bottom dishes provide exceptional imaging quality for applications using inverted microscopes. Glass Bottom Dishes eliminate with using conventional plastic or glass petri dishes and chambers with thick bottoms that require a longer working distance, lower magnification objective. Moreover, plastic dishes cannot be used for DIC or any polarization microscopes due to their inherent birefriengence.
Glass Bottom Dishes are ideal for applications such as: patch clamp recordings where flourescent-tagged (GFP) receptors can be identified for selective study; and many other fluorescent microscopy applications, which require low background scattering of light and reduce intrinsic "auto" fluorescence that occurs when using standard plastic dishes. Black Dishes are used to black out light for fluorescence microscopy.
Well diameter: 40 mm
Package: Individual Blister
Dish size: 50 x 7 mm
Chemglass Life Sciences Glass-bottom culture dish, clear, 35 x 10 mm, TC-treated
Glass-bottom culture dish for live cell observation and microscopy. The optical-grade glass bottom and TC-treated surface enable high-resolution imaging and cell attachment, while e-beam sterilization and medical-grade adhesive ensure non-cytotoxic, ready-to-use components.
- Optical-grade glass bottom, 35 x 10 mm, 15 mm well diameter.
- Optical glass thickness 0.16-0.19 mm.
- Tissue-culture treated surface to promote cell attachment.
- E-beam sterilized for aseptic use.
- Medical-grade adhesive to ensure non-cytotoxic bonding.
- Pack quantity: 12.
Sigma Aldrich Fine Chemicals Biosciences TPPR tissue culture dishes
Innovative features and outstanding cell growth properties make the TPP tissue culture dishes the ideal choice for adherent cell culture in research and industry. These optically clear high-grade polystyrene tissue culture dishes are tissue culture treated only on the base of the dish with a non-treated ring surrounding the growing surface to prevent cell attachment on the edge. A serrated ring around the bottom culture dish makes pick-up and handling of the dishes safe and easy while also minimizing the risk of dropping dishes due to lid/base disassembly. A special stacking ring with spaces for a numeric scale (12 3 6 9) set on the periphery allows for safe and stable stacking of these tissue culture dishes. The numeric scale serves to ease locating areas of examination while the spaces they create in the stacking ring reduce condensation between stacked dishes and prevent the tissue culture dishes from sticking together. Two marking areas located on the top dish wall (yellow)
Cellvis 29 MM GLASS BOTTOM DISH WITH 1
29 mm Glass bottom dish with 10 mm micro-well #1.5 cover glass