96-Well Standard Microplates

High binding surface is capable of binding medium (>10kD) and large biomolecules that possess ionic groups and/or hydrophobic regions Binding capacity is approximately 400 to 500ng IgG/cm 2 Ideal for immunoassays Without lids... Read more...

Round bottom wells with 330 µL total volume Recommended working volumes of 75 to 200 µL Treated for optimal cell attachment Sterilized by gamma radiation and certified nonpyrogenic Individual alphanumeric codes for well ide... Read more...

Not treated (or medium binding) polystyrene surface is hydrophobic in nature and binds biomolecules through passive interactions Is suitable primarily for the immobilization of large molecules, such as antibodies, that have large hy... Read more...

Not treated (or medium binding) polystyrene surface is hydrophobic in nature and binds biomolecules through passive interactions Is suitable primarily for the immobilization of large molecules, such as antibodies, that have large hy... Read more...

The patent-pending Perfecta3D® Hanging Drop Plates are 96- and 384-well plates that facilitate the formation, culture, and testing of three-dimensional (3D) spheroids and stem cell aggregates without the aid of coatings or matrices. ... Read more...

450 µL working volume in standard height format that fully conforms to ANSI/SBS standards Reduced space requirements are achieved while maintaining full instrument compatibility Solvent resistant polypropylene provides compatibil... Read more...

450 µL working volume in standard height format that fully conforms to ANSI/SBS standards Reduced space requirements are achieved while maintaining full instrument compatibility Chemical Resistant Sealing Mats Certified DNase-... Read more...

Feature uniform skirt heights for greater robotic gripping surface Solvent resistant polypropylene provides compatibility with many common organic solvents (e.g., DMSO, ethanol, methanol) Total volume is 360 µL; recommended worki... Read more...

Feature uniform skirt heights for greater robotic gripping surface Solvent resistant polypropylene provides compatibility with many common organic solvents (e.g., DMSO, ethanol, methanol) Total volume is 360 µL; recommended worki... Read more...

(This is the suggested replacement for 3554 and 3840) Each well contains three 2 µL conical flat bottom protein wells and one 100 µL reagent reservoir Low volume 100 µL reagent reservoir saves on reagent costs Designed for sit... Read more...

Bottoms are 60% thinner than conventional polystyrene plates, resulting in lower background fluorescence and enabling readings down to 340nm Opaque walls to prevent well-to-well crosstalk Optically clear flat well bottom permits ... Read more...

White walled plates enhance luminescent signals and have low background luminescence and fluorescence Bottoms are 60% thinner than conventional polystyrene plates, resulting in lower background fluorescence and enabling readings dow... Read more...

(This is the suggested replacement for 3790) Designed for growing cells in stationary suspension or other applications where reduced cell attachment is desired Round bottom wells with 330µL total volume Recommended working vol... Read more...

Has low background fluorescence and minimize light scattering Designed to reduce well-to-well crosstalk 360 µL total volume Recommended working volume of 75 to 200 µL Conforms to standard microplate footprint and dimensions Ulta-Low ... Read more...

Falcon ® 96-well Polypropylene Microplate, not treated, round bottom, 25/pack, 50/case : The Falcon 96 well Polypropylene Library Storage Plate is convenient for compound storage : Notch H12 Exceedingly rigid and flat plate for consisten... Read more...

Falcon ® 96-well Polypropylene Microplate, not treated, V-bottom, 25/pack, 50/case : The Falcon 96 well Polypropylene Library Storage Plate is convenient for compound storage : Notch A1-H1 Exceedingly rigid and flat plate for consistent ... Read more...

Corning ® Primaria™ 96-well Clear Microtest Plate is comprised of clear surface-modified polystyrene for enhanced cell culture. Flat bottom, with low evaporation lid, individually wrapped, sterile, 50/case Crystal-grade virgin polyst... Read more...

Falcon ® 96-well Microplate is comprised of clear not treated polystyrene. Round bottom, 5/pack, 50/case. Lids are not included. Crystal-grade virgin polystyrene Nonpyrogenic Non-treated polystyrene Convenient, peel-open med... Read more...

Round bottom wells with 330 µL total volume Recommended working volumes of 75 to 200 µL Without lids, lids supplied separately Treated for optimal cell attachment Sterilized by gamma radiation and nonpyrogenic Individual... Read more...

Not treated (or medium binding) polystyrene surface is hydrophobic in nature and binds biomolecules through passive interactions Is suitable primarily for the immobilization of large molecules, such as antibodies, that have large hy... Read more...

Not treated (or medium binding) polystyrene surface is hydrophobic in nature and binds biomolecules through passive interactions Is suitable primarily for the immobilization of large molecules, such as antibodies, that have large hy... Read more...

White microplates enhance luminescent signals and have low background luminescence and fluorescence Designed to reduce well-to-well crosstalk High binding surface is capable of binding medium (>10kD) and large biomolecules that p... Read more...

Not treated (or medium binding) polystyrene surface is hydrophobic in nature and binds biomolecules through passive interactions Is suitable primarily for the immobilization of large molecules, such as antibodies, that have large hy... Read more...

Certification results for each lot are made available upon request by contacting local Corning Life Sciences office High binding surface binds medium (>10kD) and large biomolecules that possess ionic groups and/or hydrophobic region... Read more...

Has low background fluorescence and minimize light scattering Designed to reduce well-to-well crosstalk Not treated (or medium binding) polystyrene surface is hydrophobic in nature and binds biomolecules through passive interacti... Read more...