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Optimized Microplates for Affinity Binding Assays

Optimized Microplates for Affinity Binding Assays

Ensure superb assay detection, every time

by Porvair Sciences

The aim of binding assays is to measure interactions between two molecules, such as a protein binding another protein, a small molecule, or a nucleic acid. A new range of binding plates for labs seeking to uniformly and reproducibly capture biomolecules has been developed to help improve ELISA detection results.

Manufactured from high-quality crystal polystyrene, medium and high bind Krystal (TM) microplates are available in a choice of ANSI / SLAS standard (96-well and breakable 8-well strip) formats. Offering working volumes up to 320 µl, these automation-ready affinity binding plates incorporate a flat bottom to ensure superb assay detection every time. Designed for hydrophobic passive adsorption of lipid-rich large biomolecules and antigens, including viral antigens, medium binding Krystal plates offer a binding capacity of approximately 100 to 200 ng IgG/cm². Krystal high binding plates are optimized for passive adsorption of proteins with different grades of hydrophilicity. Offering a binding capacity of 400 to 500 ng IgG/cm², these high bind plates are ideal for immunoassay of glycoproteins and serum samples.

Access this technical data sheet, compliments of Porvair.