Easy access to products and protocols for research use only in the identification of 2019-nCoV based on Centers for Disease Control and Prevention (CDC) recommendations
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Immunology microplates and strips are used to study the physical, chemical, and physiological characteristics in immune systems at the organism level. The preassembled plates in different well strip matrixes offer different alternatives in the even treatments. Available in medium or high binding options, the assaying devices accommodate molecules with hydrophobic and hydrophilic tendencies. The nonsterile or sterile immunology microplates and strips may come in different colored manufacturing to adapt to ELISA, RIA, and FIA protocols.
Description:
High density plates, available in untreated, sterile, untreated non sterile, treated plates sterile, maxisorp plates non sterile, and untreated non sterile, feature rounded square wells to reduce well-to-well contamination and have a total volume of 120 l
Description:
96-well, flat-bottom plates. PolySorp surface is medium binding and recommended for adsorption of hydrophobic proteins. Packed five per sleeve.
Description:
8-well, polystyrene round-bottom strip with frame. Well volume: 0.3ml. For quantitative solid-phase assays. PolySorp is less polar and can be used for viral antigens. Recommended for adsorption of more hydrophobic proteins.
Description:
96-well C-bottom polystyrene plates. For assays where glycoproteins are absorbed into the plastic. Certified uniform binding capacity of CV<5%, intra well O.D. within +-10% from mean of plate; all wells within +-0.005 absorbence units from mean. Well volume: 0.35mL.
Description:
High density plates, available in untreated, sterile, untreated non sterile, treated plates sterile, maxisorp plates non sterile, and untreated non sterile, feature rounded square wells to reduce well-to-well contamination and have a total volume of 120 l
Description:
Polystyrene frame with 12 polypropylene carriers, each with breakable strip of 8 detachable C-bottom wells. Total volume: 350uL. Recommended for adsorption of more hydrophobic proteins. Compatible with existing robotics and protocols.
Description:
8-well, polystyrene flat-bottom strip. Well volume: 0.4ml. Maxisorp surface has a guaranteed affinity for proteins based on IgG adsorption. Recommended for assays where glycoproteins i.e. antibodies, are adsorbed into the plastic.
Description:
High density plates, available in untreated, sterile, untreated non sterile, treated plates sterile, maxisorp plates non sterile, and untreated non sterile, feature rounded square wells to reduce well-to-well contamination and have a total volume of 120 l
Description:
96-well. U-bottom. Polystyrene. Well volume: 0.3mL. Ideal for quantitative determination of antigen/antibody using ELISA or EIA techniques. Made from highly characterized resin. Recommended for assays where glycoproteins are adsorbed into the plastic. 5 units/sleeve.
Description:
8-well, polystyrene round-bottom strip with frame. Well: 0.3ml. Certified uniform binding capacity of CV<5%, intra well O.D. within +-10% from the mean of plate; all wells within +-0.005 absorbence units from mean. For quantitative solid-phase assays.
Description:
16-well, polystyrene flat-bottom strip. Well volume: 0.4ml. Maxisorp surface has a guaranteed affinity for proteins based on IgG adsorption. Recommended for assays where glycoproteins are adsorbed into the plastic.
Description:
High density plates, available in untreated, sterile, untreated non sterile, treated plates sterile, maxisorp plates non sterile, and untreated non sterile, feature rounded square wells to reduce well-to-well contamination and have a total volume of 120 l
Description:
Polypropylene, Without Lid. External Dimensions:128x86mm. Rounded square design with round bottom well minimizes capillary action. Natural. Sterile. 120 uL per well. Suggested working volume 2-100 uL/well.