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Merck MultiScreenHTS Durapore™ 96-Well Filter Plates
Designed for full automation compatibility. MultiScreenHTS Durapore™ 96-Well Filter Plates are innovative plates ideal for bead based assays. Opaque Barex™ and clear, sterile or non-sterile styrene and racks are available in a range of pore sizes.
Brand: Merck MSGVN2250
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Description
Designed for full automation compatibility. MultiScreenHTS Durapore™ 96-Well Filter Plates are innovative plates ideal for bead based assays. Opaque Barex™ and clear, sterile or non-sterile styrene and racks are available in a range of pore sizes.
For use in receptor-ligand binding, general sample preparation, ELISPOT, enzyme activity, bead-based assays, whole organism visualization, and radioisotope detection.- Standardized dimensions and aligned, rigid sidewalls
- Allows full compatibility with automated/robotic gripper arms, stackers, plate washers, bar code labels, and plate readers
- Unique two-piece plate design eliminates surface contact with individual well “drip directors” to prevent crosstalk between wells
- Extended skirt and vacuum manifolds
- Allows easy, contamination-free stacking directly with collection plates
- Protects recessed underdrain
- Provides ample surface for bar code labels
- Improves vacuum seal
- Removable underdrain allows membrane access for ELISPOT assays, whole organism visualization, and radioisotope detection
- Isolated well design and individually sealed filter discs eliminate potential for reagent flow from well to well
- Opaque plastic prevents light transfer between wells during direct scintillation counting
- Low binding hydrophilic Durapore™ membrane allows low nonspecific binding of antibodies, reagents, and samples
- Meet ANSI™/SBS 2004 plate specifications
Specifications
ANSI, SBS | |
Hydrophilic PVDF | |
0.22 μm | |
Clear | |
96 | |
0.28cm2 | |
50/Pk. |
Standard | |
8 x 12 | |
Low Binding | |
Styrene | |
Non-sterile | |
Receptor binding assays on whole cells and cell fragments, protein kinase, phosphatase precipitation assays, bead, resin based assays |