Corning Cultureware

Corning^® PureCoat™ Cultureware is a novel family of chemically-defined, animal-free cell culture surfaces designed to enhance cell performance. A proprietary thin-film coating technology produces a uniform, functionalized surface that provides a highly controlled environment for cell culture applications.

Both Corning PureCoat amine, a positively charged surface, and Corning PureCoat carboxyl, a negatively charged surface, are proven to provide improved cell attachment and cell proliferation over standard tissue culture (TC)-treated surfaces. These defined surfaces function with a broad range of primary and transfected cells in standard, serum-free, or serum-reduced culture conditions. Corning PureCoat surfaces support standard cell dissociation techniques, do not interfere with microscopy or imaging analysis, and do not require special steps for cell adaptation.

Corning PureCoat amine and carboxyl surfaces are chemically-defined, animal-free enhanced cell culture surfaces. Both surfaces reduce variability, giving you more control over your cell culture environment and resulting in a more predictable biological outcome.

Corning PureCoat surfaces provide improved attachment, increased proliferation, enhanced recovery from freeze-thaw, and improved differentiation for a broad range of cells that exhibit poor attachment properties. These features save you time while increasing productivity in the lab.

Able to store at room temperature—no special storage or handling required.  Stable for at least 18 months from date of manufacture.  Cultureware material is polystyrene suitable for cell culture.  96- and 384-well microplates meet ANSI/SBS standards (1-2004, 2-2004, 3-2004, 4-2004).  1536-well microplates meet ANSI/SBS standards (1-2004, 3-2004, 4-2004).

Key Features

• Amine and Carboxyl surfaces for the culture of primary, transfected, transformed and fastidious cells
• Use in standard, serum-free and serum reduced conditions
• Better attachment, increased proliferation, enhanced post thaw recovery improve cell yield