Microarray Slides
Electron Microscopy Sciences Flexwell™ 8 well 6.5x6.5 mmx3.2 mm D, clear silicone
FlexWell removable incubation chambers for microarrays using ONCYTE slides. Silicone FlexWell forms well on slides using a clean release adhesive to isolate up to 16 specimens per slide. Slides and FlexWell fit into a reusable slide tray organizing wells into the footprint of a SBS compliant microtiter plate. Gasket may be sealed for mixing and to prevent evaporation. 6.5 x 6.5 mm Wells 3.2mm Depth 25 x 75 mm OD.
Electron Microscopy Sciences ProPlate™ MicroArray Slide Slide Module 4 Well, 16 x 16 mm I.D., Stainless Steel Clips
ProPlate re-usable, multi-well chambers fit 25 x 75 mm glass microscope slides. Chambers depth of 7.5 mm. Stainless steel Spring Clips are used with laser fabricated glass slides that may have micro-fractures or chipped edges.
I.D.: 16 x 16 mm
Includes: Stainless Steel Clips
Electron Microscopy Sciences Secure-Seal™ Hybridization Chambers 1 well, 21.5x71.5mm 0.6mm deep
SecureSeal adhesive chambers form peel-and-stick enclosures to isolate specimens affixed to glass microscope slides. RNase free, gasketed chambers provide optimum surface-to-volume fluid dynamics for hybridization assays on large or multiple specimens and genomic arrays on glass slides or film coated slides. Sealable access ports. Removes easily. All Hybridization Chambers have 1.5 mm diameter Ports and come with 120 Port Seals.
Wells: 1 well
I.D.: 21.5 x 71.5 mm
Depth: 0.6 mm
O.D.: 25.5 mm x 75.5 mm
Electron Microscopy Sciences Secure-Seal™ Hybridization Chambers 2 wells, 21.5x34.5x, 0.6mm deep
SecureSeal adhesive chambers form peel-and-stick enclosures to isolate specimens affixed to glass microscope slides. RNase free, gasketed chambers provide optimum surface-to-volume fluid dynamics for hybridization assays on large or multiple specimens and genomic arrays on glass slides or film coated slides. Sealable access ports. Removes easily. All Hybridization Chambers have 1.5 mm diameter Ports and come with 120 Port Seals.
Wells: 2 wells
I.D.: 21.5x34.5x
Depth: 0.6 mm
O.D.: 25 mm x 75 mm
Electron Microscopy Sciences Secure-Seal™ Hybridization Chambers 1 well, 21x60mm 0.6mm deep
SecureSeal adhesive chambers form peel-and-stick enclosures to isolate specimens affixed to glass microscope slides. RNase free, gasketed chambers provide optimum surface-to-volume fluid dynamics for hybridization assays on large or multiple specimens and genomic arrays on glass slides or film coated slides. Sealable access ports. Removes easily. All Hybridization Chambers have 1.5 mm diameter Ports and come with 120 Port Seals.
Wells: 1 well
I.D.: 21 x 60 mm
Depth: 0.6 mm
O.D.: 25 mm x 65 mm
Electron Microscopy Sciences Secure-Seal™ Hybridization Chambers 8 wells, 7x7mm 0.9mm
SecureSeal adhesive chambers form peel-and-stick enclosures to isolate specimens affixed to glass microscope slides. RNase free, gasketed chambers provide optimum surface-to-volume fluid dynamics for hybridization assays on large or multiple specimens and genomic arrays on glass slides or film coated slides. Sealable access ports. Removes easily. All Hybridization Chambers have 1.5 mm diameter Ports and come with 120 Port Seals.
Wells: 8 wells
I.D.: 7 x 7 mm
Depth: 0.9 mm
O.D.: 26 mm x 43 mm
Electron Microscopy Sciences HybriWell™ Sealing System Chamber 1 well 40-70 mcL, 22 x 30 x 0.15 mm depth
HybriWell Sealing Chambers System seals to a microscope slide surface enclosing a single or multiple specimens in a small reagent volume. They are suitable for most protein and nucleic acid assays. Access ports in the chamber surface allow for the addition or removal of reactants and posrts are easily sealed using adhesive seal tabs (provided) to prevent reagent evaporation. These sealed chambers are watertight and can be used for water-bath incubations. RNase free, hydrophobic surfaces will not trap or bind probes. Disposable chamber remove cleanly and easily even after heating. Coms with non-adhesive peeling tab.
Volume: 40-70 µl
Chamber: 22 x 30 x 0.15 mm depth
Depth: 0.15 mm
O.D.: 25.5mm x 39mm
Electron Microscopy Sciences Secure-Seal™ Hybridization Chambers 1 well, 20mm 0.9mm deep
SecureSeal adhesive chambers form peel-and-stick enclosures to isolate specimens affixed to glass microscope slides. RNase free, gasketed chambers provide optimum surface-to-volume fluid dynamics for hybridization assays on large or multiple specimens and genomic arrays on glass slides or film coated slides. Sealable access ports. Removes easily. All Hybridization Chambers have 1.5 mm diameter Ports and come with 120 Port Seals.
Wells: 1 well
I.D.: 20 mm
Depth: 0.9 mm
O.D.: 22 mm x 25 mm
Electron Microscopy Sciences Secure-Seal™ Hybridization Chambers 1 well, 20mm 1.7mm deep
SecureSeal adhesive chambers form peel-and-stick enclosures to isolate specimens affixed to glass microscope slides. RNase free, gasketed chambers provide optimum surface-to-volume fluid dynamics for hybridization assays on large or multiple specimens and genomic arrays on glass slides or film coated slides. Sealable access ports. Removes easily. All Hybridization Chambers have 1.5 mm diameter Ports and come with 120 Port Seals.
Wells: 1 well
I.D.: 20 mm
Depth: 1.7 mm
O.D.: 22 mm x 25 mm
Electron Microscopy Sciences Oncyte Slide Nova, 64 well, 2.5 x 2.5 mm I.D.
ONCYTE is a three-dimensional microarray comprised of a combination of nitrocellulose polymer and proprietary chemistry that provides increased protein affinity and binding. It also provides enhanced fluorescent chemiluminescent, radiographic, colormetric and visual signal compared to glass or other coated glass surfaces. NOVA for highest fluorescent sensitivity but reduced binding capacity.
Wells: 64
I.D.: 2.5 x 2.5 mm
Electron Microscopy Sciences Oncyte Slide Avid, 1 well, 20 x 60 mm I.D.
ONCYTE is a three-dimensional microarray comprised of a combination of nitrocellulose polymer and proprietary chemistry that provides increased protein affinity and binding. It also provides enhanced fluorescent chemiluminescent, radiographic, colormetric and visual signal compared to glass or other coated glass surfaces. AVID for the highest possible protein binding for colometric and infrared.
Wells: 1
I.D.: 20 x 60 mm
Electron Microscopy Sciences Oncyte Slide Nova, 12 well, 6 x 6 mm I.D.
ONCYTE is a three-dimensional microarray comprised of a combination of nitrocellulose polymer and proprietary chemistry that provides increased protein affinity and binding. It also provides enhanced fluorescent chemiluminescent, radiographic, colormetric and visual signal compared to glass or other coated glass surfaces. NOVA for highest fluorescent sensitivity but reduced binding capacity.
Wells: 12
I.D.: 6 x 6 mm
Electron Microscopy Sciences Oncyte Slide Nova, 1 well, 21 x 71 mm I.D.
ONCYTE is a three-dimensional microarray comprised of a combination of nitrocellulose polymer and proprietary chemistry that provides increased protein affinity and binding. It also provides enhanced fluorescent chemiluminescent, radiographic, colormetric and visual signal compared to glass or other coated glass surfaces. NOVA for highest fluorescent sensitivity but reduced binding capacity.
Wells: 1
I.D.: 21 x 71 mm
Electron Microscopy Sciences Oncyte Slide Avid, 16 well, 6.5 x 6.5 mm I.D.
ONCYTE is a three-dimensional microarray comprised of a combination of nitrocellulose polymer and proprietary chemistry that provides increased protein affinity and binding. It also provides enhanced fluorescent chemiluminescent, radiographic, colormetric and visual signal compared to glass or other coated glass surfaces. AVID for the highest possible protein binding for colometric and infrared.
Wells: 16
I.D.: 6.5 x 6.5 mm