Serum is the blood component that can be obtained after coagulation and by removing cellular components. Besides serum proteins it contains, e.g. growth factors, amino acids and hormones. This comprehensive mix makes serum one of the most important supplements, supporting cells to grow and proliferate in vitro cell culture.
Of special interest is the fetal bovine serum (FBS). It is especially rich in growth factors and is particularly low in anti-bodies, which may influence the cell culture work.
While whole serum is acceptable for routine processes, studies involving nutritional parameters or incorporation of labeled material (e.g. radioactive amino acids) require precise removal of the certain constituents. The most commonly used method for removal of these constituents is dialysis of the whole serum. Dialysis is performed with a cut off of 10 kDa.
Products
Fetal Bovine Serum, Collected in South America, Dialysed
No.
Add to order
Product Specifications
6.8 – 8.2
240 – 340 mOsm/kg
As reported
3.0 – 4.5 g/dl
As reported
As reported
≤ 25 mg/dl
Not detected
PI-3, BVDV, BVDV-AB, BHV-ISterility
Tested
Store at ≤-15°C
Additional optional treatments
Heat Inactivation
Heat inactivation will inactivate the complement system, antibodies and other active enzymes. It has to be done in a carefully controlled process in order to avoid damaging the cell growth promoting properties of the serum and reducing the formation of unwanted precipitates. The process involves heating the serum in a shaking water bath at exactly +56°C for 30 minutes. The shaking will help avoid the formation of protein and other forms of precipitates. After 30 minutes the serum is then cooled back down to room temperature as quickly as possible to avoid excessive exposure to heat which can damage e.g. growth factors and vitamins.Gamma irradiation
LT Biotech has established process parameters and controls for maximum inactivation of contaminants by an innovative gamma irradiation process in small sized boxes at 25 – 35kGy. When FBS bottles are arranged in a pallet during gamma irradiation, high irradiation doses (58 kGy) are necessary to irradiate the centrally located bottles with the required does (>30 kGy). This and the associated higher temperatures may affect the serum quality. If the irradiation is performed in single boxes, the maximum does of irradiation is performed in single boxes, the maximum dose of irradiation does not exceed 38.7 kGy. Gentle irradiation as used by LT Biotech is less likely to affect final serum quality.Quality control
Only sera batches which pass our strict quality control are released for sale. Standard parameters which are determined include pH, osmolality, content of protein, albumin, IgG and hemoglobin, endotoxin level, sterility, mycoplasma detection and virus testing.Precautions and Disclaimer
This product is for research use only. Please consult the Material Safety Data Sheet for information regarding hazards and safe handling practices.Download:
General information in pdf
Serum is the blood component that can be obtained after coagulation and by removing cellular components. Besides serum proteins it contains, e.g. growth factors, amino acids and hormones. This comprehensive mix makes serum one of the most important supplements, supporting cells to grow and proliferate in vitro cell culture.
Of special interest is the fetal bovine serum (FBS). It is especially rich in growth factors and is particularly low in anti-bodies, which may influence the cell culture work.
While whole serum is acceptable for routine processes, studies involving nutritional parameters or incorporation of labeled material (e.g. radioactive amino acids) require precise removal of the certain constituents. The most commonly used method for removal of these constituents is dialysis of the whole serum. Dialysis is performed with a cut off of 10 kDa.
