You searched for: Immunology Microplates and Strips

Supplier: Thermo Fisher Scientific

Pierce™ Maleic activated plates allow attachment of amine-containing peptides and other molecules to microplate wells for use in binding assays. The plates are useful for immobilising peptides and other ligands that do not coat efficiently by passive adsorption. Clear plates are suitable for ELISA and other assays. White plates are designed for chemiluminescent assays.

Supplier: Thermo Fisher Scientific

Pierce™ streptavidin coated PS microplates are ideal for binding assays using biotinylated antibodies. High binding capacity (HBC) plates provide a wider detection range and better curve linearity for small biotinylated ligands, such as peptides and oligonucleotides, than the standard coated plates. Available in clear for colorimetric assays, white for chemiluminescent assays, and black for fluorescent assays.

Supplier: Thermo Fisher Scientific

Pierce™ Protein A and Protein G Spin Plates for IgG Screening offers a high throughput format for quick purification and screening of antibodies and for immunoprecipitation (IP). Each well of the 96-well spin plate can process 10 to 100 µl of serum, cell culture supernatant or ascites fluid samples.

Supplier: Thermo Fisher Scientific

Pierce glutathione coated plates are coated with intact glutathione (GSH) and pre-blocked for use in capture and detection assays involving glutathione-S-transferase (GST) fusion proteins. These coated plates can be used in the analysis of cell lysates to determine the presence and concentration of the GST-fusion protein produced in an expression system. Plates can also be used to capture and coat fusion proteins via their GST tag for subsequent binding assays involving the recombinant protein. As the plates are pre-blocked, initial purification of the cell lysates is not necessary.

Supplier: Thermo Fisher Scientific

Pierce™ Protein A, G and A/G coated plates provide an alternative to direct, passive adsorption methods for immobilising antibodies for ELISA and other plate-based assay techniques. Available in clear for colorimetric assays, white for chemiluminescent assays, and black for fluorescent assays.

Supplier: Thermo Fisher Scientific

Designed specifically for fluorescence applications, this range of products have binding surfaces that include Microfluor® and universal binding (UB) and are available with either black or white pigmentation depending on the specific assay requirements.

Supplier: Thermo Fisher Scientific

PS. Useful in serotyping, cytotoxicity and cell cloning studies.

Supplier: Thermo Fisher Scientific

PS, with certified MaxiSorp™ surface treatment, pinchbar design. Available with a choice of clear plates for colorimetric assays and sample storage; white plates for luminescence assays; and black plates for fluorescence assays.

Supplier: G-Biosciences

Pre-coated, blocked microtitre plates for screening and rapid assays.

Supplier: Greiner Bio-One

PS, without lid. Microplates in strip format offer the advantage of greater flexibility. Individual strips can be removed from the support frame so that the number of tests to be performed can be adjusted to the number of samples, and is not predetermined by the microplate format used. Strip plates are available with high binding surfaces that display a higher protein binding capacity for polar proteins (MICROLON® 600), medium binding surfaces, which are more hydrophobic and are therefore better suited for non-polar proteins and peptides (MICROLON® 200), black (FLUOTRAC™) or white (LUMITRAC™). These plates are also available with a choice of well profile: C-bottom, U-bottom or F-bottom.

Supplier: Thermo Fisher Scientific

Pierce™ Anti-GST coated plates are polystyrene microplates coated with mouse monoclonal anti-GST antibody and pre-blocked for immediate use.

Supplier: Brand

PS, solid or with transparent base. Plates are available with different well shapes (round U-bottom, conical V-bottom, flat F-bottom or C-flat bottom with curved edges), in different colours, and with a choice of treated surfaces.

Supplier: Brand

PS, solid or with transparent base. These flat bottom plates are available in different colours, and with standard or transparent base formats.

Supplier: MP Biomedicals

Immunodiffusion plates, made from PS, are used in radial immunodiffusion to determine the quantity of an antigen by measuring the diameters of circles of precipitin complexes surrounding samples of the antigen that mark the boundary between the antigen and an antibody suspended in a medium.

Supplier: MP Biomedicals

The ImmunO™ Micro-Ouchterlony Plate is designed for specific but low affinity antisera. Such antisera require properly spaced wells and polyethylene glycol in the agarose for optimal immunoprecipitation. Each plate contains 8 ouchterlony patterns consisting of a centre well and 6 outer wells. The maximum sample volume is 10 µl in any of the wells.

Supplier: MP Biomedicals

The Ouchterlony Plates have eight antigen wells (8 mm diameter), each surrounded by six antisera wells (3 mm diameter). These plates have been especially designed for work involving antigens present in very low concentrations. The large antigen well allows 75 μl of sample to be transferred at one time. The format is particularly useful for isotyping of tissue culture supernatants of monoclonal antibodies.

Supplier: Greiner Bio-One

PS, cell culture treated surface, with lid. HLA microtest plates (Terasaki plates) are suitable for all applications requiring the serological determination of HLA antigens.

Supplier: LP ITALIANA

Blood group test plate, Blood testing, No. of wells: 10, PS

Supplier: RATIOLAB

These wells are with raised rims for reduced cross-contamination and effective sealing with cover films. Precise design, perfectly shaped for use with automatic systems.

Supplier: RATIOLAB

Microtest plate, Standard, No. of wells: 96, PS, Clear, V-bottom, Sterile

Supplier: PerkinElmer

These plates have been specifically designed as an alternative to 384-well plate small sample series or simply to try HTRF in a convenient environment.