You searched for: Cell Culture Supplements and Additives
The tissue culture media supplements and additives compensate for characteristics the base medium lacks in providing maximum cell growth conditions. Incorporating the substances during development brings stability to the cultivated cell environments for maximum activity control. The stabilizing liquids added will support cell productivity, isolation, and microorganism identification. With a variety of tissue culture supplements and additives concentrations offered, a substance possessing the correct compatibility even with sensitive mediums is guaranteed.
FibrOut™, Mouse 7 Fibroblast Growth Inhibitors, CHI Scientific
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
Expand 2 Items
FibrOut™, Mouse 2 Fibroblast Growth Inhibitors, CHI Scientific
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
Expand 2 Items
FibrOut™, Rat 1 Fibroblast Growth Inhibitors, CHI Scientific
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
Expand 2 Items
FibrOut™, Rat 10 Fibroblast Growth Inhibitors, CHI Scientific
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
Expand 2 Items
Corning® Leibovitz's L-15 with L-glutamine, Corning
Supplier: Corning
Leibovitz's L15 medium was originally developed without a sodium bicaronate buffer system for use in non-CO2 equilibrated environments
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FibrOut™, Rat 5 Fibroblast Growth Inhibitors, CHI Scientific
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
Expand 2 Items
Protease Inhibitor Cocktail, Enzo Life Sciences
Supplier: Enzo Life Sciences
Expand 1 Items
FibrOut™, Human 4 Fibroblast Growth Inhibitors, CHI Scientific
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
Expand 2 Items
FibrOut™, Human 11 Fibroblast Growth Inhibitors, CHI Scientific
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
Expand 2 Items
FibrOut™, Mouse 8 Fibroblast Growth Inhibitors, CHI Scientific
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
Expand 2 Items
FibrOut™, Rat 4 Fibroblast Growth Inhibitors, CHI Scientific
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
Expand 2 Items
FibrOut™, Rat 7 Fibroblast Growth Inhibitors, CHI Scientific
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
Expand 2 Items
FibrOut™, Rat 6 Fibroblast Growth Inhibitors, CHI Scientific
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
Expand 2 Items
FibrOut™, Mouse 5 Fibroblast Growth Inhibitors, CHI Scientific
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
Expand 2 Items
FibrOut™, Rat 11 Fibroblast Growth Inhibitors, CHI Scientific
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
Expand 2 Items
Corning® Matrigel® Basement Membrane Matrix, Corning
Supplier: Corning
Growth Factor Reduced (GFR) formulation is well suited for applications that require a more highly defined basement membrane preparation
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CytoFLEX Sheath Fluid, Beckman Coulter
Supplier: Beckman Coulter
CytoFLEX Sheath Fluid is a nonionic, non-fluorescent, and azide-free sheath fluid for use on Beckman Coulter CytoFLEX flow cytometer.
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Corning® Matrigel® Basement Membrane Matrix, Corning
Supplier: Corning
Growth Factor Reduced (GFR) formulation is well suited for applications that require a more highly defined basement membrane preparation
Expand 3 Items
Corning® MITO+ Serum Extender, Corning
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)
Expand 1 Items
Corning® Matrigel® Basement Membrane Matrix, Corning
Supplier: Corning
Growth Factor Reduced (GFR) formulation is well suited for applications that require a more highly defined basement membrane preparation
Expand 1 Items
Library The Screen-Well* Autophagy
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.
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FibrOut™, Avian 2 Fibroblast Growth Inhibitors, CHI Scientific
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
Expand 2 Items
FibrOut™, Avian 3 Fibroblast Growth Inhibitors, CHI Scientific
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
Expand 2 Items
FibrOut™, Human 5 Fibroblast Growth Inhibitors, CHI Scientific
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
Expand 2 Items
FibrOut™, Rat 3 Fibroblast Growth Inhibitors, CHI Scientific
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
Expand 2 Items
FibrOut™, Rat 2 Fibroblast Growth Inhibitors, CHI Scientific
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
Expand 2 Items
Corning® T-Cell Culture Supplement with ConA (IL-2 Culture Supplement), Corning
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.
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Corning® glutagro™ Supplement, Corning
Supplier: Corning
Cells grown in traditional media supplemented with L-glutamine are susceptible to toxicity
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Corning® ITS Universal Culture Supplement Premix, Corning
Supplier: Corning
ITS contains insulin, human transferrin, and selenous acid, the three most universally essential components of defined culture media.
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Corning® MEM (Minimum Essential Medium) Nonessential Amino Acids, Corning
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