Microarrays

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Ultragaps™ Coated...
Corning

Ultragaps™ Coated Slides With Bar Code

The amino silane surface on UltraGAPS™ slides is ideal for printing long (>50 mer) oligonucleotides. UltraGAPS™ slides have a more hydrophobic surface than competitor slides, resulting in smaller spots. A quality certificate is included in each box of slides. Each lot is tested for consistent…

Hybridization...
Corning

Hybridization Chambers

Increased depth Wells hold 10 ?L of water Corning Hybridization Chambers are designed to hold 25 x 75 mm microarray slides at constant humidity during hybridization incubations. The O-ring and retaining clips assure that the reusable chamber remains watertight in waterbaths and…

Gaps™ II Coated...
Corning

Gaps™ II Coated Slides With Bar Code

DNA and protein arrays High DNA retention Low background autofluorescence Microarray Slides GAPS™ II coated slides are made with a proprietary ultraflat glass that enhances microarray performance, enabling more accurate readings of microarrays by confocal laser scanners. In addition, the…

Epoxide Coated...
Corning

Epoxide Coated Slides

Corning Epoxide Coated Slides are designed for covalent attachment of short unmodified and amino modified oligonucleotides approximately 30 nucleotides in length. Kit includes 10 Epoxide Coated Slides, 5 mL Pronto!™ Epoxide Printing Solution, and 0.8 mL Pronto!™ Short Oligo Hybridization…

Pronto! Universal...
Corning

Pronto! Universal Microarray Reagent System

Detect differential expression from as little as 5 ?g of total RNA or 1.5 ?g of mRNA Consistent interslide CVs under 10% Consistent spot morphology in combination with UltraGAPS™ slides For cDNA and Long Oligonucleotides (>50 mers), system delivers outstanding sensitivity and…

Pronto! Epoxide...
Corning

Pronto! Epoxide Spotting Solution

The microarray spotting solution is optimized for printing short oligonucleotides (

Microarray Storage...
Corning

Microarray Storage Pouches

5 or 25 slide capacities Tear-resistant, foil laminated pouches can be used for the storage of printed microarrays. When heat-sealed, the pouches provide microarrays with protection from light, humidity, and environmental contaminants. Each pouch comes affixed with a 3” x 4” white…