11 Results for: "Cell harvesting"

Supplier: Corning

Useful for the manual harvesting of cells, scrapers are designed for use in flasks and cell lifters for use in harvesting cells (especially stem cells) in dishes.

Supplier: Corning

The Corning® X‐LAB® systems are designed to separate and harvest a programmable volume of target cell populations from blood and blood products in a closed, sterile device.

Supplier: Corning

Dispase is a bacillus-derived neutral metalloprotease that is recommended for recovering cell cultured on Corning® Matrigel® Basement Membrane Matrix. Dispase will yield a single cell suspension far more gently and effectively than trypsin, collagenase, or other proteolytic enzymes; it will not harm cells harvested for sub cultivation or bioassays. In addition, Dispase may be used for tissue dissociation. Dispase cleaves fibronectin, collagen IV, and to a lesser extent collagen I, but is does not cleave collagen V or laminin.

Supplier: Corning

Borosilicate glass with side arms, non sterile.

Supplier: Corning

The Corning® X‐WASH® Systems are designed to wash, resuspend, and volume-reduce cell suspensions in a sterile, closed system, ensuring consistently high cell recovery and viabiity with short processing times.

Supplier: Corning

Permit real-time analysis of cell culture compound permeability (1 µm), cell migration (3 µm or 8 µm), and invasion (8 µm).

Supplier: Corning

CELLine™ 1000, a membrane-based, disposable cell cultivation system, guarantees high cell densities and is easy to use for recombinant protein expression and high yield monoclonal antibody (MAb) production.

Supplier: Corning

Culture thousands of spheroids in a microplate footprint.

Supplier: Corning

Culture thousands of spheroids in a footprint similar to that of a T-75 flask.

Supplier: Corning

Corning® Synthegel™ 3D matrices are chemically defined peptides that self assemble into nanofibers which crosslink to form tuneable hydrogels. These hydrogels provide a robust and reproducible microenvironment for 3D culture of physiological spheroids and hiPS cells. The Synthegel™ matrix kits provide negligible variability and a more controlled substrate for in vivo-like 3D cell culture. Such a platform is needed for cancer research, stem cell research, and drug screening in a 3D format.

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.