10-Layer CellCube® Module with 8,500cm² Growth Surface
The CellCube Module is an integral, encapsulated, sterile, single-use device that is 100% pressure-hold tested before shipment. It is comprised of a series of parallel, styrene plates joined to create thin, sealed, laminar flow spaces between adjacent plates. Each culture plate receives proprietary tissue culture treatment prior to assembly to ensure dense, uniform cell growth.These CellCube Modules provide:a series of paralle…
The supplier does not provide quotations for this product through SelectScience. You can search for similar products in our Product Directory.
The CellCube Module is an integral, encapsulated, sterile, single-use device that is 100% pressure-hold tested before shipment. It is comprised of a series of parallel, styrene plates joined to create thin, sealed, laminar flow spaces between adjacent plates. Each culture plate receives proprietary tissue culture treatment prior to assembly to ensure dense, uniform cell growth.
These CellCube Modules provide:
a series of parallel, polystyrene plates joined to create thin, sealed, laminar flow spaces between adjacent plates.8,500cm2 polystyrene growth surface optimally treated for the growth of attachment dependent cells.a perfused environment which more closely simulates in vivo conditions and reliably distributes nutrients and oxygen.an integral, encapsulated, sterile, single-use device that is 100% pressure-hold tested before shipment
Culture and Assay Systems Used for 3D Cell Culture
This application note will review the general principles, advantages and current limits of in vitro 3D cell culture systems, covering cell biology, tissue modelling and drug discovery and toxicity. The most commonly used matrices for in vitro 3D culture such as ECM-based hydrogels and their applications will also be covered. 3D cell culture methods have been developed over the years to address the limitations of 2D cultures, particularly their physiological irrelevance and inability to emulate in vivo conditions.
Growing More Cells: A Simple Guide to Small Volume Cell Culture Scale-Up
This application note provides a comprehensive guide to up-scaling your cell culture growth. Life science researchers are constantly being challenged to produce more cells for cell-based experiments and assays, or for producing recombinant proteins, antibodies and viral vectors. This Corning guide is designed to help researchers select the vessels and methods that can vest meet all of their needs for growing more cells or producing more cell products.
Launch of Corning Matribot Bioprinter marks breakthrough in 3D cell culture and bioprinting technology
The Corning Matribot bioprinter features a temperature-controlled printhead, enabling an ideal system for Matrigel matrix dispensing and printing
