Treated with high-concentration streptavidin protein
Physical Dimensions: 25 ± 0.2 mm x 76 ± 0.3 mm x 0.940 mm ± 0.025 mm
Material: silicon dioxide proprietary glass
Barcode: None
Atomic smoothness: ±20 Å
Precision corner chamfer (1.4 mm)
Nitrocellulose Thickness: 150 µm
Binding capacity: 2μg protein per square millimeter
Reaction area: 25 x 75 mm
Quantity: 25
Contains high-density streptavidin proteins a biotin-binding nitrocellulose surface for DNA and protein microarray applications using biotinylated printed samples
Used to link DNA, protein, carbohydrate and other molecules with nitrocellulose binding affinity
Can be used in fluorescence, colorimetric, chemiluminescence and radioactivity detection methods
Homogenous SiO2 groups provide superior silane reactivity photolithography and contact printing
Superior surface for chemical treatments (e.g. Silane reagents)
Ideal for high density DNA microarray manufacturing such as micro-mirror, photolithography and contact printing
Ideal for gel and membrane coatings (e.g. Polyacrylamide and nitrocellulose)
Excellent refractive index, transmission and hardness specifications
Widely-used for ex situ and in situ synthesis
Manufactured in Class 1 cleanrooms
Custom sizes, laser and chrome fiducials available (contact us for details)
Compatible with scanners and microarrayers from Arrayit and other brands; AHC1x16, AHC1x24, AHC4x24, RC1x24 well reaction tools
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