18 Results for: "spheroid plates"

Supplier: Corning

Elplasia plates enable researchers to generate high density of spheroids in a scaffold-free model. Use Corning Elplasia plates to generate, culture and analyse your spheroids all in a standard plate footprint.

Supplier: Corning

PS, black opaque microplate with optically clear bottom, with lid. The Ultra-Low Attachment surface is a covalently bound hydrogel layer that is hydrophilic and neutrally charged. The surface minimises cell attachment, protein absorption, and enzyme activation. It is ideal for culturing stem cells, as it promotes embryoid body formation from ES cells.

Supplier: Corning

With their proprietary design, these microplates are ideal for generating and analyzing 3D multicellular spheroids in the same microplate. The Ultra-Low Attachment (ULA) surface enables uniform and reproducible 3D multicellular spheroid formation. The black opaque microplate body shields each optically clear, round bottom well from well-to-well cross-talk.

Supplier: FACELLITATE

Ready-to-use for suspension and 3D cell culture. The BIOFLOAT™ 6-well plate provides a highly defined, fully inert, and cell-repelling surface.

Supplier: FACELLITATE

The BIOFLOAT™ 384-well plate outperforms existing products by its anti-adhesive properties.

Supplier: FACELLITATE

Ready-to-use for suspension and 3D cell culture. The BIOFLOAT™ 96-well plate provides a highly defined, fully inert, and cell-repelling surface.

Supplier: FACELLITATE

The BIOFLOAT™ 96-well plate outperforms existing products by its anti-adhesive properties.

Supplier: FACELLITATE

The BIOFLOAT™ 96-well plate outperforms existing products by its anti-adhesive properties.

Supplier: FACELLITATE

The BIOFLOAT™ 24-well f-bottom plate provides a highly defined, fully inert, and cell-repelling surface.

Supplier: Corning

The Corning® Matrigel® Matrix 3-D plate is a high throughput pre-coated format that contains Matrigel that can be used for drug discovery applications with 3-D cell cultures such as organoids, spheroids or tumoroids.

Supplier: Corning

Culture thousands of spheroids in a microplate footprint.

Supplier: Thermo Fisher Scientific

The Nunclon™ Sphera™ culture surface allows cells to grow in suspension with virtually no cell attachment. The surface supports many different cell types and their ability to generate spheroids.

Supplier: Corning

Ultra-Low Attachment microplates feature a covalently bound hydrogel layer that effectively inhibits cellular attachment.

Supplier: Greiner Bio-One

NanoShuttle™-PL is used to magnetise cells for 3D cell culturing. The cells can be aggregated with magnetic forces, either by levitation or printing, to form structurally and biologically representative 3D models in vitro.

Supplier: Greiner Bio-One

These sterile, PS multiwell cell culture plates have a cell-repellent surface to effectively inhibit cell attachment. Achieved through a chemical polymer modification, the surface does not degrade or leach under common cell culture conditions, rendering an ideal substrate for native cell culture experiments.

Supplier: Greiner Bio-One

These sterile, PS multiwell cell culture plates have a cell-repellent surface to effectively inhibit cell attachment. Achieved through a chemical polymer modification, the surface does not degrade or leach under common cell culture conditions, rendering an ideal substrate for native cell culture experiments.

Supplier: DISCOVER ECHO

Cellcyte 1 offers the user the ability to image live cells in real-time from within the incubator. From all of these images, the user can fully understand and review cell kinetic trends at any point in time with user-friendly analysis software.

Supplier: Greiner Bio-One

These sterile, PS cell culture dishes have a cell-repellent surface to effectively inhibit cell attachment. Achieved through a chemical polymer modification, the surface does not degrade or leach under common cell culture conditions, rendering an ideal substrate for native cell culture experiments.