Stacker or magazine for microplate handling

Corning &#174 384 well microplates support various application requirements. Non-treated clear polystyrene surface is suitable primarily for the immobilization of large molecules, such as antibodies.

Corning &#174 384 well microplate is ideal for immunoassays High binding surface binds medium (&gt10kDa) and large biomolecules with ionic groups and/or hydrophobic regions ELISA microplates with binding capacity is approximately 400 to 500ng

Corning &#174 384 well microplate is an ELISA microplate and has a tissue culture treated surface for optimal cell attachment. Applicable for colorimetric assays Sterilized by gamma radiation and nonpyrogenic Individual alphanumeric codes enable

For colorimetric assays Features and Benefits Corning &#174 384 well microplates support various application requirements. Non-treated clear polystyrene surface is suitable primarily for the immobilization of large molecules, such as antibodies.

For colorimetric assays Features and Benefits Corning &#174 384 well microplates support various application requirements. Non-treated clear polystyrene surface is suitable primarily for the immobilization of large molecules, such as antibodies.

Corning(R) 384 well microplate

Corning(R) 384 well microplate

Corning(R) 384 well microplate

For optical imaging Features and Benefits Corning &#174 384 well microplate is ideal for whole cell or subcellular high content screening. Black Polystyrene, TC-treated Microplates with flat clear bottom Applicable for optical imaging Suitable

Corning(R) 384 well microplate

Corning(R) 384 well microplate

Application Corning &#174 384 well microplates are suitable for high-resolution cellular imaging microscopy. Features and Benefits Microplates made of cyclic olefin copolymer (COC) material are chemical resistant (including DMSO) and have high