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SuperAmine 96-Well Glass Bottom Plates (Package of 1)
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Item Number: M96M
Quantity Discounts - Order a quantity in the range below to receive the discount
| Quantity | Amount |
| 2 to 5 | $61.75 |
| 6 to 10 | $58.50 |
| 11 to 20 | $55.25 |
| 21 to 100 | $52.00 |
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Arrayit SuperAmine 96-Well Glass Bottom Microplates (Package of 1) empowering DNA and protein microplate microarrays printed with Arrayit contact microarray printers and featuring highly reactive amine silane chemistry for high signal strength and low background, 96-wells in an 8 x 12 configuration, standard microplate dimensions (14.6 x 85.6 x 127.8 mm), planar 0.21 mm glass thickness for efficient laser scanning and fluorescence imaging, high quality borosilicate for low intrinsic fluorescence, square wells maximize working volume, package of one 96-well amine microplate.
Microarray Slides - 96-Well and 384-Well Glass Bottom Microplates with Amine, Epoxy and Streptavidin Surface Chemistry for DNA, Protein and Whole Cell Microarray Microplate Applications
Arrayit offers the market’s finest 96-well and 384-well glass bottom plates provided as clean glass for customer chemistry or activated with the most widely used microarray surface chemistries including amine, epoxy and streptavidin. Arrayit glass bottom microplates support important life sciences, pharmaceutical and microarray testing applications including genotyping, antibody testing and compound library screening. Manufactured and packaged in a cleanroom environment for superior quality and performance.
Table of Contents
- Product Description
- Recommended Equipment and Reagents
- Technical Support
- Scientific Publications
- Ordering Information
- Warranty
Product Description
Arrayit premium microarray surface chemistries are available in glass bottom 96-well and 384-well microarray microplate formats. Arrayit glass bottom microplates can be used with Arrayit NanoPrint 2 , SpotBot 4 and other microarray robots capable of printing microarrays and macroarrays onto the glass bottoms of 96-well and 384-well microplates.
96-Well Microplate Specifications
- Glass has 0.21 mm “cover slip” thickness to empower high-performance microarray scanning
- High quality glass provides low background for superior signal-to-noise ratio
- Smoothness and planarity ensure accurate scanning and imaging across the focal plane
- Square wells are ideal for microarray applications to maximize the number of spots in each well
- Wells are square 7.2 x 7.2 mm
- Well barriers defining the 96 individual wells are 1.8 mm thick
- Well center-to-center spacing is 9.0 mm
- Microplate thickness (height) is 15.0 mm
- Low profile design allows readability of all 96 wells
- Microplate dimensions of 15.0 x 85.6 x 127.8 conform to Society for Biomolecular Sciences (SBS) standards
384-Well Microplate Specifications
- Glass has 0.21 mm “cover slip” thickness to empower high-performance microarray scanning
- High quality glass provides low background for superior signal-to-noise ratio
- Smoothness and planarity ensure accurate scanning and imaging across the focal plane
- Square wells are ideal for microarray applications to maximize the number of spots in each well
- Wells are square 4.0 x 4.0 mm
- Well barriers defining the 384 individual wells are 0.58 mm thick
- Well center-to-center spacing is 4.5 mm
- Microplate thickness (height) is 15.0 mm
- Low profile design allows readability of all 384 wells
- Microplate dimensions of 15.0 x 85.6 x 127.8 conform to Society for Biomolecular Sciences (SBS) standards
Figure 2. Arrayit SuperEpoxy 384-Well Glass Bottom Microplates (Cat. M384FE) set the standard for all microarray microplate applications including multiplex ELISA assays, genotyping, gene expression, aCGH and others. Square wells and ultra-thin 0.21 mm glass bottom thickness maximize working volume and permit high-performance fluorescence scanning of printed DNA and protein microarrays.
- Arrayit SuperClean allows customers to add their own surface chemistry.
- SuperAmine chemistry allows immobilization of unmodified long oligonucleotides and cDNAs for gene expression microarrays.
- SuperEpoxy chemistry is ideal for protein microarrays, and can also be used to immobilize cells, tissues, carbohydrates and other biomolecules.
- SuperStreptavidin chemistry allows the binding of biotinylated DNA, proteins and other biotinylated molecules.
- Custom surface chemistries are also available. Please email (arrayit@arrayit.com) for a quote.
Figure 3. Arrayit SuperClean 96-Well Glass Bottom Microplates (Cat. M96FC) set the standard for all microarray microplate applications including multiplex ELISA assays, genotyping, gene expression, aCGH and others. Square wells and ultra-thin 0.21 mm glass bottom thickness maximize working volume and permit high-performance fluorescence scanning of printed DNA and protein microarrays. Arrayit SuperClean microplates allow customers to add their own surface chemistry.
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