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Protein Coated 96-Well Plates for Cell-based Assay

The biological cell attachment matrix such as collagen, fibronectin or vitronectin, strongly binds to mammalian cell membrane spanning receptors, and mediates living mammalian cells adhering to the bottom of wells of a polystyrene tissue culture plate, similar to the solid phase of a typical ELISA, in which an antigen is adsorbed to the bottom of wells of a high-bound ELISA plate. Meanwhile, cells growth in the biological cell attachment matrix-coated plates will not alter the cellular morphology and biological characters. Thus, the coated plates allow to detect cell surface and/or cytoplasmic antigens on or in intact living cells (living cell ELISA), cellular function assays, such as cellular metabolism, adhesion, cytotoxicity, migration, proliferation, differentiation, Ion channel flux and report genes, as well as for pharmaceutical drug cytotoxicity, functionality and metabolism assays with a monolayer of intact living cells

Protein Coated Plate Selection Guide by Cell Type/Cell-Based Assay

 

Cat. No.
Description
Unit
Price
PCF10
Fibronectin Coated 96-well Clear Flat Bottom TC-treated Microplates
5 PK
$280
PCL20
Laminin Coated 96-well Clear Flat Bottom TC-treated Microplate
5 PK
$290
PCC30
Collagen I Coated 96-well Clear Flat Bottom TC-treated Microplate
5 PK
$260
PCFC2
Both fibronectin and collagen Coated 96-well Clear Flat Bottom TC-treated Microplates
5 PK
$330
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