Specialty Surface Cellware and Inserts
Ibidi USA Culture-Insert 3 Well in µ-Dish 35mm, High, ibiTreat - Tissue Culture Treated Polymer Coverslip
The ibidi Culture-Insert family is developed for wound healing, co-cultivation, and migration assays of adherent cells. The Culture-Insert 3 Well consists of three wells, separated by two 500 µm walls. A proprietary biocompatible adhesive is applied to the underside of the Culture-Insert which allows it to adhere to any flat, clean, and dry surface. A cell suspension can be placed in the wells allowing the adherent cells to grow in the designated areas only. After cell cultivation, the Culture-Insert can be removed by using sterile tweezers. The removal creates two clean, cell-free, and well-defined 500 µm gaps. Live-cell imaging can be used to analyze the gap closures. The Culture-Insert 3 Well comes ready-to-use in our µ-Dish 35 mm, High, ibiTreat dishes. Sterile, 30 pcs./box.
Electron Microscopy Sciences NUNC™ Polycarbonate Membrane for Multidish 6, 0.4 µm pores
Treated and tested for cell attachment. Easy cultivation of most cell types without matrix coating. Used in a varity of applications, including transport studies, toxicity tests, chemotaxis studies and electron microscopy. Non-toxic. Packed in sterile Nunclon™Δ treated multidishes. Packed in resealable bags. Non-pyrogenic. Tabs for better grip/handling.
Pore size: 0.4 µm
Porosity: <6.8 percent
Culture Area: 4.1 cm2
Working volume: 1.75 ml
Alkali Scientific Scar Scratcher with 6-Well Lid, HDPE, 0.5mm, Individually Wrapped, Sterile, 20/pk
Scar Scratcher improves the uniformity and reproducibility of the possible products used in cancer metastasis, wound healing and cell migration research. Scar Scratcher consists of a lid with identical holes and a scratcher, suitable for use in 6-well configurations.
Electron Microscopy Sciences NUNC™ 96 Well Optical Bottom Plate White, Poly-D-Lysine
The NUNC Coverglass Optical Bottom 96 Well Plates have a polymer bottom and combine the optical clarity of virgin crystalline polystyrene with optimal surface for a wide range of HTS applications. The optical clarity allows for easy viewing of well contents. Footprint compatible with standard equipment and automated systems. It has a flat bottom well geometry for plate reader access and working ranges from 50-200 uL/well. White upper structure with Polymer bottom. Poly-D-Lysine surfaces for cell-based array, non sterile, with lid
Color: White
Surface: Poly-D-Lysine
Electron Microscopy Sciences NUNC™ Polycarbonate Membrane for Multidish 12, 0.4 µm pores
Treated and tested for cell attachment. Easy cultivation of most cell types without matrix coating. Used in a varity of applications, including transport studies, toxicity tests, chemotaxis studies and electron microscopy. Non-toxic. Packed in sterile Nunclon™Δ treated multidishes. Packed in resealable bags. Non-pyrogenic. Tabs for better grip/handling.
Pore size: 0.4 µm
Porosity: <6.8 percent
Culture Area: 1.13 cm2
Working volume: 1.1 ml
Electron Microscopy Sciences NUNC™ Polycarbonate Membrane for Multidish 6, 3 µm pores
Treated and tested for cell attachment. Easy cultivation of most cell types without matrix coating. Used in a varity of applications, including transport studies, toxicity tests, chemotaxis studies and electron microscopy. Non-toxic. Packed in sterile Nunclon™Δ treated multidishes. Packed in resealable bags. Non-pyrogenic. Tabs for better grip/handling.
Pore size: 3 µm
Porosity: <7.7 percent
Culture Area: 3.14 cm2
Working volume: 1.5 ml
Electron Microscopy Sciences NUNC™ Polycarbonate Membrane for Multidish 12, 8 µm pores
Treated and tested for cell attachment. Easy cultivation of most cell types without matrix coating. Used in a varity of applications, including transport studies, toxicity tests, chemotaxis studies and electron microscopy. Non-toxic. Packed in sterile Nunclon™Δ treated multidishes. Packed in resealable bags. Non-pyrogenic. Tabs for better grip/handling.
Pore size: 8 µm
Porosity: <2.7 percent
Culture Area: 1.13 cm2
Working volume: 1.1 ml