Lab Reagents

Calf Serum Laboratories manufactures the heat inactivated fetal calf serum reagents distributed by Genprice. The Heat Inactivated Fetal Calf Serum reagent is RUO (Research Use Only) to test human serum or cell culture lab samples. To purchase these products, for the MSDS, Data Sheet, protocol, storage conditions/temperature or for the concentration, please contact Calf Serum. Other Heat products are available in stock. Specificity: Heat Category: Inactivated Group: Fetal Calf

Fetal Calf information

Sterile filtered fetal bovine serum, low IgG, triple 0.1 micron filtered, heat-inactivated
SFBIU32-0500	Equitech	500 ml	Ask for price

Newborn Calf Serum
F0603-050	GenDepot	500ml	EUR 151

FETAL CALF SKIN 1 EA*
57090-1	Pel-Freez	1 EA	EUR 268.36

Purified fetal calf/bovine Hemoglobin
HEMG18-N-1	Alpha Diagnostics	1 mg	Ask for price

Non-sterile calf serum
BCSU05-0100	Equitech	100 ml	EUR 145.6

Non-sterile calf serum
BCSU05-0500	Equitech	500 ml	EUR 163.8

Calf Serum (Sterile Filtered)
88-NC10	Fitzgerald	100 ml	EUR 125
Description: Sterile Filtered Calf Serum

Sterile filtered bovine serum, 0.2 micron, heat-inactivated
SBSU32-0100	Equitech	100 ml	EUR 157.3

Sterile filtered bovine serum, 0.2 micron, heat-inactivated
SBSU32-0500	Equitech	500 ml	EUR 174.2

Sterile filtered chicken serum, 0.2 micron, heat-inactivated
SC32-0100	Equitech	100 ml	EUR 165.1

Sterile filtered chicken serum, 0.2 micron, heat-inactivated
SC32-0500	Equitech	500 ml	EUR 201.5

Sterile filtered canine serum, 0.2 micron, heat-inactivated
SCA32-0050	Equitech	50 ml	EUR 247

Sterile filtered canine serum, 0.2 micron, heat-inactivated
SCA32-0100	Equitech	100 ml	EUR 322.4

Sterile filtered canine serum, 0.2 micron, heat-inactivated
SCA32-0500	Equitech	500 ml	EUR 608.4

Sterile filtered donkey serum, 0.2 micron, heat-inactivated
SD32-0100	Equitech	100 ml	EUR 171.6

Sterile filtered donkey serum, 0.2 micron, heat-inactivated
SD32-0500	Equitech	500 ml	EUR 224.9

Sterile filtered equine serum, 0.2 micron, heat-inactivated
SE32-0100	Equitech	100 ml	EUR 171.6