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Thermo Scientific Pierce Microplates, available in both coated and uncoated varieties, offer many options to the biochemical or ELISA assay developer, with a wide variety of coatings for binding biotinylated ligands, fusion proteins and antibodies, among others, in 96-well or 384-well formats.
For more information or to purchase, please follow the links below.
Copper Coated Plates, High Binding Capacity
The detection limit is 0.1 pg of polyhistidine tagged fusion protein per well. They are pre-blocked for the ultimate convenience and can be used for quantitation of polyhistidine-fused proteins using INDIA HisProbe-HRP.
Nickel Coated Plates
Bind recombinantly expressed fusion proteins containing polyhistidines, allowing ELISA analysis.
Microplate Accesories
Sealing Tape for 96-Well EIA Plates, pre-cut, 100/PKG.
8-Well Polystyrene Strip Plates-Corner Notch
Characteristics:
Clear 96-well microplates with detachable 8-well strips
Antibody Binding: High, 400 ng IgC/cm2 (1cm2 = 100 µl vol.)
Binding Interaction: Hydrophobic/Ionic
Performance Certified: Well-to-Well, CV =3%
Maximum Well Volume: 360 µl
96-Well Polystyrene Plates
Characteristics:
Clear 96-well microplates
Antibody Binding: High, 400 ng IgC/cm2 (1cm2 = 100 µl vol.)
Binding Interaction: Hydrophobic/Ionic
Performance Certified: Well-to-Well, CV =3%
Maximum Well Volume: 360 µl
Amine-binding, Maleic Anhydride Plates
A direct, simple approach to covalently attach molecules to the well surface of an EIA plate. Maleic anhydride maintains its integrity and availability for coupling for months under dry, room temperature conditions.
Anti-GST Coated 8-well Strip Plates
Reacti-Bind Anti-GST Coated Plates can bind the native or denatured forms of GST and can provide a unique alternative to glutathione coated plates.
Biotin Coated Plates
Biotin Coated Microplates can be used in any immunoassay with streptavidin, avidin or any other biotin-binding protein.
Biotin-Binding Plate Sample Pack
This sample pack consists of four different biotin binding plates: streptavidin with SuperBlock Blocking Buffer, streptavidin with Blocker BSA, NeutrAvidin Protein with SuperBlock Blocking Buffer and NeutrAvidin Protein with Blocker BSA.
DNA Coating Solution
The fast and easy way to coat target DNA in polystyrene microplate wells.
Glutathione Coated Plates
Selectively binds recombinantly-expressed fusion proteins containing glutathione S-transferase. They are pre-blocked to reduce nonspecific binding and are available in a 96-well plate and an 8-well strip plate formats to maximize usefulness of plates.
Sulfhydryl-binding, Maleimide Activated Plates
Maleimide groups specifically and covalently conjugate sulfhydryl groups at neutral pH, creating a stable thioether bond. They are pre-blocked to reduce nonspecific binding and are available in an 8-well strip format.
NeutrAvidin Coated Plates, High Binding Capacity
Pierce has developed a new high binding capacity (HBC) coated plate technology (patent pending) that results in a NeutrAvidin Coated Plate with twice the binding capacity of our regular binding capacity coated plates.
NeutrAvidin Coated Polystyrene Plates
The high affinity of Avidin for Biotin, without the nonspecific binding problems. These plates are ideal for binding small hydrophilic molecules (e.g. peptides) that typically exhibit poor binding to polystyrene.
Protein A, G, and L Coated Plates
Correctly orient antibodies to prevent desaturation and ensure optimal antigen binding. Plates are pre-blocked for the ultimate in convenience.
Secondary Antibody Coated Plates
For species specific antibody capture use the secondary antibody coated plates. Unlike Protein A or Protein G plates, these plates bind only to the target species.
Streptavidin Coated Polystyrene Plates
The specific binding affinity of streptavidin for biotin in a microplate. They are ideal for binding small hydrophilic molecules (e.g. peptides) that typically exhibit poor binding to polystyrene.
Streptavidin Coated Plates, High Binding Capacity
Streptavidin HBC Coated Plates are ideal for binding small ligands such as biotinylated oligonucleotides and peptides with better assay sensitivity and broader detection range.
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