Plates and Dishes

Key Features: Optically clear round bottom with black opaque microplate body Covalent attachment of Ultra-Low Attachment surface to reduce cellular adhesion to well surface Novel proprietary well geometry aids formation of spheroids in center of

Key Features: Optically clear round bottom with black opaque microplate body Covalent attachment of Ultra-Low Attachment surface to reduce cellular adhesion to well surface Novel proprietary well geometry aids formation of spheroids in center of

Corning &#174 square bioassay dishes are made from optically clear polystyrene. Stacking bead design facilitate secure stacking and prevents slipping.

Corning &#174 square bioassay dishes are made from optically clear polystyrene. Stacking bead design facilitate secure stacking and prevents slipping.

Corning &#174 square bioassay dishes are made from optically clear polystyrene. Stacking bead design facilitate secure stacking and prevents slipping.

Corning &#174 square bioassay dishes are made from optically clear polystyrene. Stacking bead design facilitate secure stacking and prevents slipping.

Corning &#174 square bioassay dishes are made from optically clear polystyrene. Stacking bead design facilitate secure stacking and prevents slipping.

Corning &#174 square bioassay dishes are made from optically clear polystyrene. Stacking bead design facilitate secure stacking and prevents slipping.

Features and Benefits Superior performance compared to other available commercial microplates: lower CV values, excellent signal dynamic range due to low background fluorescence and enhanced signal intensity Optimized for automation with bar coding

Features and Benefits Superior performance compared to other available commercial microplates: lower CV values, excellent signal dynamic range due to low background fluorescence and enhanced signal intensity Optimized for automation with bar coding

Features and Benefits Superior performance compared to other available commercial microplates: lower CV values, excellent signal dynamic range due to low background fluorescence and enhanced signal intensity Optimized for automation with bar coding

This is the suggested replacement for CLS3735 384 well PCR microplates feature a rigid construction that is ideal for high-throughput (HT) automation Suitable for PCR, DNA sequencing and RT-PCR Uniform wall thinness assures efficient heat transfer