Surface Binding Assay Microplates

Assay plates (typically polystyrene) with wells designed to promote non-specific surface adsorption of antibodies, proteins, or other biomolecules as the basis for quantitative assays such as ELISA; includes clear, white and black varieties.

166 – 180 of 751 results

166

USA Scientific Inc 2 mL deep 96-well PP plate, bulk

2 mL deep 96-well PlateOne polypropylene plate, square wells, natural, bulk 20/pack

Pricing & Availability

167

USA Scientific Inc 0.5 mL deep 96-well PP plate, sterile

0.5 mL deep 96-well sterile PlateOne polypropylene plate, round wells, natural, individually wrapped, 32/pack

Pricing & Availability

168

REDSHIFT BIOANALYTICS INC AQS3/APOLLO 24-WELL PLATE

NC3363671 AQS3/APOLLO 24-WELL PLATE

Pricing & Availability

169

Waters Corp 96-well Sample Collection Plate, 350 µL, 50/pk

96-well sample collection plate with 350 µL well. This plate is SBS/ANSI compliant for robot compatible systems. This plate can also serve as a collection plate for 96-well SPE and filtration-plate formats.

Pricing & Availability

170

Arcticwhite LLC 96W GLSLINED PLTS2.0ML50CS

NC9954599 96W GLSLINED PLTS2.0ML50CS

Pricing & Availability

171

Waters Corp 96-well Sample Collection Plate, 1 mL, 50/pk

96-well sample collection plate with 1 mL well. This plate is SBS/ANSI compliant for robot compatible systems. This plate can also serve as a collection plate for 96-well SPE and filtration-plate formats.

Pricing & Availability

172

Alkali Scientific ASI™ 96 Well ELISA Plate, 8-Stripwell, Detachable, High Binding, 50/cs, White Frame & White Well

ELISA Plates Stripwells are manufactured in 100,000 grade cleaning room with USP 6 grade raw materials. • Conform to SBS/ ANSI standards• plates arrive with low evaporation lids• perfectly suited for multichanneling• maximum well volume of 325ul• Both detachable and undetectable plates are available• Flat and transparent bottom• Excellent well uniformity, CV <5% Material: optically clear polystyrene (PS), designed for ELISA assays and multichanneling.