Glass Bottom Culture Dish

Convert your culture device into an imaging device by using Thermo Scientific™ Nunc Glass Bottom Dishes in your research applications. The Nunc glass bottom dish combines the convenience of a standard 35mm cell culture dish with the imaging benefits of coverglass to provide the optimum optical…

…culture dish with the optical quality of glass, providing superior high-resolution microscopic images of in-vitro cultivated cultures.It is made from high-grade polystyrene combined with an integrated glass bottom. The innovative design of the cell culture dish provides a single-plane, flat bottom…

…Recessed, consistent borosilicate glass bottom is optically clear, and provides micro well ideal for cell culture and microscopy or imaging Non-cytotoxic medical adhesive does not inhibit cell growth 30mm Dish has offset bottom for improved handling 30mm Dish lid has molded spacers to allow…

…Contrast Microscope for cell observation Can be used for live cells observation Special bottom design for easy grip Imported optical grade cover glass, cover glass thickness: 0.19-0.22 mm Round cover glass insert for good appearance Medical adhesive to guarantee non-cytotoxicity

Black upper structure with cover glass for minimum light scatter and low auto-fluorescence Optimum clarity for viewing Flat bottom well for plate reader access Rounded square wells eliminate wicking Footprint compatible with standard equipment and automated systems …

The Bioptechs Delta T™ Culture Dish System is the only culture dish that provides heat to the contents of the dish without heating the stage of the microscope. It uses number 1.5 thickness cover glass bottomed dishes that have an electrically conductive, optically transparent coating of ITO on…

…T™ Dishes have a number 1.5 thickness, German, Desag 263 glass coverslip bonded to the bottom of the dish for high N.A. applications and are also available with 0.5mm thick glass for low N.A. applications. They have an electrically conductive, optically transparent, ITO coating on the bottom…

Replacement petri dish bottom. Has a white ceramic enamel inscription that reads "bottom" Bottoms also have a vertical arrow on the side to precisely locate serial dilution starting points

…– 1178J72 The Media Depth Reducer is an accessory for Delta T Dishes that rest on top of the dish and supports a hollow cylinder with a cover glass bottom that is lowered into the dish displacing the media in the dish immediately above the specimen. This reduces the depth of media above the…

…space the side walls of the bottom and cover, thereby reducing the capillary action of condensed moisture on the sides Dishes are supplied complete with tops and bottoms; the tops are marked in blue enamel and the bottoms in white enamel to make sorting easier. Bottoms have a triangular, enamel…

…2 O-rings and 50, 30mm coverslips. The Bioptechs Interchangeable Coverslip Dish (ICD) is a way to reduce the cost of using glass bottomed dishes and has many other advantages over pre-made glass bottomed dishes. Separate coverglass enables the user to pretreat or condition the coverslip…

Shallow glass dishes used for culturing bacteria and other general laboratory uses. Designed to meet Federal Specification NNN-D-1478. KIMAX® dishes remain clear after repeated use in wet or dry sterilization cycles Reinforced beaded edges resist mechanical breakage and help in…

… For 100-mm diameter dishes Epoxy-coated steel wire rack has a wide front opening for easy loading while allowing a single dish to be dispensed from the bottom. The rack tilts toward the rear for convenient presentation of the dishes. Not suitable for glass petri dishes. Dimensions for single…

…tops and bottoms are squared off to provide a firm sure grip. Flare and length of lid skirt allows lid to be removed and replaced easily. Dishes have three venting ribs on the underside of the lid to prevent condensation build up. •Standard slippable petri dish •Clear top and bottom viewing…

…tops and bottoms are squared off to provide a firm sure grip. Flare and length of lid skirt allows lid to be removed and replaced easily. Dishes have three venting ribs on the underside of the lid to prevent condensation build up. •Standard slippable petri dish •Clear top and bottom viewing…

…tops and bottoms are squared off to provide a firm sure grip. Flare and length of lid skirt allows lid to be removed and replaced easily. Dishes have three venting ribs on the underside of the lid to prevent condensation build up. •Standard slippable petri dish •Clear top and bottom viewing…

…tops and bottoms are squared off to provide a firm sure grip. Flare and length of lid skirt allows lid to be removed and replaced easily. Dishes have three venting ribs on the underside of the lid to prevent condensation build up. •Standard slippable petri dish •Clear top and bottom viewing…

Glass cloning cylinder for cloning or isolating individual cells. Place cylinder into bottom of flask or Petri dish to isolate individual or small group of cells. Disinfectant chambers to be used as described in the 1992 J.A.O.A.C. Hard Surface Carrier Test.

…of the bottom and cover, thereby reducing the capillary action of the condensed moisture on the sides. They are not affected chemically or thermally by any of the methods commonly employed in laboratories where sterilization is routinely used. The covered dish is not airtight. Bottoms also have…

…for increased stability Thomas Nos. 1177Y91 and 1177Y92 Recessed, consistent borosilicate glass bottom is optically clear, and provides microwell ideal for cell culture and microscopy or imaging Non-cytotoxic medical adhesive does not inhibit cell growth Multiple Well Plates…

Clone a single cell or group of cells by surrounding them with this PYREX® glass open-ended cloning cylinder. Dip the end of the cylinder into sterile silicone grease before pressing to the bottom of a culture dish to create an isolated well. Cylinders are autoclavable or can be dry heat…

…molecules used to enhance cell attachment to plastic and glass surfaces. For many anchorage-dependent cells, the nature of the culture substrate has a major effect on cell growth and the requirement for serum proteins. Tissue culture plastic has a net negative surface charge, which is produced…