• Poly-D-Lysine equivalent surface, with analogous results regarding growth performance and cell morphology
• Optimal adhesion of cells to the surface reduces cell damage when washing frequently
• Cultivation of cell lines with the highest demands on their environment
• Surface suited for serum-free and serum-reduced cell cultivation
• Alternative option to biologically coated surfaces
• Longer shelf life at room temp than biologically coated surfaces
• DNase/RNase, pyrogen-free
• Sterile

At a glance: BRANDplates® for cell culture:

All BRANDplates cell culture plates are sterilized by Ã-radiation to ISO 11137 and AAMI guidelines for a SAL of 10-6, meeting the requirements of Ph. Eur. and the USP 29. Plates are DNA-, DNase-, RNase-free, as well as meeting cytotoxic substance levels per DIN EN ISO 10993. Endotoxins are <0.01 EU/mL. All sterile plates are individually wrapped.

• For the cultivation of fastidious cell lines
• Surface has a protein-like composition so cells can directly attach and spread out
• Cells adhere faster, better rate of yield
• Sensitive cell lines can be cultivated
• DNase/RNase, pyrogen-free
• Sterile

At a glance: BRANDplates® for cell culture:

96-well white frame tissue culture-treated (TC-treated) microplate with clear wells for radiometric and luminescence assays. The clear bottom enables bottom-reading measurements and microscopic visualization of cells.

Protran nitrocellulose membranes are the most frequently specified transfer media in the world for a wide range of applications. Protran membranes are manufactured using 100% pure nitrocellulose to ensure the highest binding capacity possible. Other membranes referred to as "nitrocellulose" may actually contain large amounts of cellulose acetate, which will lower the protein binding capacity. In addition to high binding capacity, Protran nitrocellulose membranes inherently have very low background. The superior surface properties of the membrane guarantees superior signal-to-noise ratios, without the need for stringent washing conditions. Unlike PVDF membranes, Protran nitrocellulose requires no methanol pre-wetting step. This makes it the membrane of choice for proteins that prefer aqueous environments. Prior to transfer, the membrane is simply wet in water and then in the transfer buffer, with no other necessary pre-treatment steps. Protran membranes exhibit the best handling strangth of all pure nitrocellulose membranes.
Features:

• High binding capacity (80-150g/cm2) of proteins and nucleic acids.
• 100% pure nitrocellulose, with no cellulose acetate added, ensures the highest binding capacity possible.
• Compatible with virtually all standard detection methods.
• Low background - NC surface properties guarantee superior signal-to-noise ratios.
• Triton-free matrix with low extractable levels will support the cell growth essential for colony blotting, plaque lifts, and tissue culture applications.
• Available in many sizes and formats to fit different transfer devices and gel chambers.

AlphaPlates are light gray microplates specially designed to reduce crosstalk in AlphaLISA and AlphaScreen assays. Available in 384- and 1536-well formats and as a shallow-well 384-well plate.

Scintillation Vials

High quality scintillation vials available in three sizes to satisfy a range of applications. Designed to provide consistently low background counts and are suitable for low activity counting. The smaller sizes are very economical to use since they require smaller quantities of solvent.

The 20 mL Scintillation Vial has multiple uses in scintillation counting, gamma counting, chromatography, sample storage and culturing. Because of its leak-tight cap it is also commonly used to store and transport histological specimens in 10% formalin. This scintillation vial provides a high degree of resistance to organic solvents and sufficient translucence so that reagent levels can be easily seen. The unique thread design of the closure permits the vial to be sealed tight with an easy 1/4 turn and with minimum pressure.

The 6.5 mL Scintillation Vials are securely sealed by simply snapping the caps on. The cap is conveniently removed with an easy 1/4 turn to the left.

The 4 mL Polyethylene Scintillation Vial uses a full turn polypropylene screw cap. This small volume scintillation vial is the most economical size to use because it requires the least amount of solvent.

NEST 3D Barcode Cryogenic Vials