Used as a supplement to cell culture media to help sustain growth and metabolism

Charcoal stripped FBS has lower levels of lipophilic compounds such as hormones, growth factors, and steroids. This product is used by scientists conducting receptor or estrogen related studies which require lower levels of these components.

Fetal Bovine Serum often contains the antibiotic tetracycline (tet) and researchers using very sensitive tet-inducible gene expression systems encounter problems with unintended expression as a result. Serum containing minimal levels of tetracycline is needed to ensure accurate gene expression.

Gamma irradiated FBS is sterile fetal bovine serum which is commonly used in vaccine and virus production.

FBS is a commonly used cell culture media supplement which helps sustain cell growth and satisfy metabolic requirements.

Low IgG FBS is used in IgG Antibody production, in the propagation of organisms that are normally hindered by the presence of IgGs, or any project in which downstream results would be hindered by exogenous IgGs.

Supplement cell culture growth with U.S. sourced, collected from selected donor herds that receive regular veterinary inspection and care.

Characterized FBS irradiated is comparable to the highest quality FBS from other suppliers, but is lower priced than defined FBS.

Augment cell culture growth with U.S.-sourced HyClone™ Newborn Bovine Calf Serum.

Whole Bovine Serum with buffer salts

Superior for hybridoma cloning

Processed using protein G chromatography to reduce the levels to those required for monoclonal antibody production

Whole Horse Serum with buffer salts

A cost effective alternative to Fetal Bovine Serum (FBS). GE Healthcare HyClone™ US Bovine Calf Serum is defined, irradiated, heat inactivated serum of US origin that is filtered through three sequential 0.1μm pore size-rated filters.

Augment growth of cells with U.S.-sourced HyClone™ Charcoal/Dextran Treated Fetal Bovine Serum (FBS), containing reduced levels of many hormones and growth factors.

Used in cell culture to support the maturation of oocytes, to study the function of tubular epithelial cells, and to develop primary cultures of cells such as visceral adipocytes.