You searched for: Cell Culture Supplements and Additives

Supplier: Corning

Cellstripper® is a non-enzymatic cell dissociation solution formulated with a proprietary mixture of chelators that gently dislodge adherent cells in tissue culture. It is an alternative to trypsin when used with either serum-free or serum-supplemented media. Because Cellstripper® is a gentler reagent than trypsin, cells can be exposed to Cellstripper for longer periods of time. Cellstripper® achieves superior results in comparison to enzymatic dissociation products.

Supplier: CHI Scientific

The FibrOutTM System is a combination of several biochemical compounds and reagents which prevent fibroblastic overgrowth and increase targeted cell growth during primary cell culture

Supplier: CHI Scientific

The FibrOutTM System is a combination of several biochemical compounds and reagents which prevent fibroblastic overgrowth and increase targeted cell growth during primary cell culture

Supplier: Corning

Growth Factor Reduced (GFR) formulation is well suited for applications that require a more highly defined basement membrane preparation

Supplier: CHI Scientific

The FibrOutTM System is a combination of several biochemical compounds and reagents which prevent fibroblastic overgrowth and increase targeted cell growth during primary cell culture

Supplier: CHI Scientific

The FibrOutTM System is a combination of several biochemical compounds and reagents which prevent fibroblastic overgrowth and increase targeted cell growth during primary cell culture

Supplier: CHI Scientific

The FibrOutTM System is a combination of several biochemical compounds and reagents which prevent fibroblastic overgrowth and increase targeted cell growth during primary cell culture

Supplier: CHI Scientific

The FibrOutTM System is a combination of several biochemical compounds and reagents which prevent fibroblastic overgrowth and increase targeted cell growth during primary cell culture

Supplier: CHI Scientific

The FibrOutTM System is a combination of several biochemical compounds and reagents which prevent fibroblastic overgrowth and increase targeted cell growth during primary cell culture

Supplier: CHI Scientific

The FibrOutTM System is a combination of several biochemical compounds and reagents which prevent fibroblastic overgrowth and increase targeted cell growth during primary cell culture

Supplier: Beckman Coulter

CytoFLEX Sheath Fluid is a nonionic, non-fluorescent, and azide-free sheath fluid for use on Beckman Coulter CytoFLEX flow cytometer.

Supplier: Corning

Growth Factor Reduced (GFR) formulation is well suited for applications that require a more highly defined basement membrane preparation

Supplier: Corning

MITO+ Serum Extender is a concentrated, fully defined formulation of hormones, growth factors (EGF and FGF), and other metabolites (insulin and steriod hormones)

Supplier: Corning

Leibovitz's L15 medium was originally developed without a sodium bicaronate buffer system for use in non-CO₂ equilibrated environments

Supplier: Corning

Growth Factor Reduced (GFR) formulation is well suited for applications that require a more highly defined basement membrane preparation

Supplier: Enzo Life Sciences

Structurally and mechanistically different compounds for studying the roles of pro- and anti-autophagic molecules in cells and in vitro applications.

Supplier: CHI Scientific

The FibrOutTM System is a combination of several biochemical compounds and reagents which prevent fibroblastic overgrowth and increase targeted cell growth during primary cell culture

Supplier: CHI Scientific

The FibrOutTM System is a combination of several biochemical compounds and reagents which prevent fibroblastic overgrowth and increase targeted cell growth during primary cell culture

Supplier: CHI Scientific

The FibrOutTM System is a combination of several biochemical compounds and reagents which prevent fibroblastic overgrowth and increase targeted cell growth during primary cell culture

Supplier: CHI Scientific

The FibrOutTM System is a combination of several biochemical compounds and reagents which prevent fibroblastic overgrowth and increase targeted cell growth during primary cell culture

Supplier: CHI Scientific

The FibrOutTM System is a combination of several biochemical compounds and reagents which prevent fibroblastic overgrowth and increase targeted cell growth during primary cell culture

Supplier: Corning

T-STIM with ConA (IL-2 culture supplement), rat, is used to promote proliferation and activation of T-cells and support high-titer HIV production by leukocytes.

Supplier: Corning

Cells grown in traditional media supplemented with L-glutamine are susceptible to toxicity

Supplier: Corning

ITS contains insulin, human transferrin, and selenous acid, the three most universally essential components of defined culture media.

Supplier: Corning

The addition of MEM nonessential amino acids to medium can improve growth and viability of propagating cells in culture while reducing the biosynthetic burden on these cells

Supplier: Corning

Corning® Nu-Serum® growth media supplement provides a low-protein alternative to newborn calf, foetal bovine, and other sera routinely used for cell culture. The low-protein content facilitates protein purification, virus production, monoclonal antibody production and screening, and increases the frequency of successful transfection of cells.

Supplier: Corning

Corning® PuraMatrix™ Peptide Hydrogel is a synthetic matrix used to create defined three dimensional (3D) micro-environments for a variety of cell culture experiments

Supplier: Corning

The addition of MEM nonessential amino acids to medium can improve growth and the viability of propagating cells in culture while reducing the biosynthetic burden on these cells

Supplier: Corning

Growth Factor Reduced (GFR) formulation is well suited for applications that require a more highly defined basement membrane preparation

Supplier: Cytiva

The double-stranded polyribonucleotide poly(I)·poly(C) induces interferon in rabbit cells, and there has been interest in its effectiveness for inducing human interferon in vitro.