Pel Freez Bio

Description: Goat gamma globulin is purified from serum obtained from normal healthy animals (male and female) by using various fractionation procedures followed by dialysis against low ionic strength buffer. It is in lyophilized powder form with purity of 98% or more. Protein by weight: O.D. 280 nm E1%1.39: ? 85% - Residual salts, lipids, etc. comprise the rest of the weight.

Description: Goat gamma globulin is purified from serum obtained from normal healthy animals (male and female) by using various fractionation procedures followed by dialysis against low ionic strength buffer. It is in lyophilized powder form with purity of 98% or more. Protein by weight: O.D. 280 nm E1%1.39: ? 85% - Residual salts, lipids, etc. comprise the rest of the weight.

Description: Rabbit gamma globulin is purified from serum obtained from normal healthy rabbits (male and female) by using various fractionation procedures. It is in lyophilized powder form with purity of 95% or more. Protein by weight: O.D. 280 nm E1%1.39: ? 85% - Residual salts, lipids, etc. comprise the rest of the weight.

Description: Rabbit gamma globulin is purified from serum obtained from normal healthy rabbits (male and female) by using various fractionation procedures. It is in lyophilized powder form with purity of 95% or more. Protein by weight: O.D. 280 nm E1%1.39: ? 85% - Residual salts, lipids, etc. comprise the rest of the weight.

Description: Rabbit gamma globulin is purified from serum obtained from normal healthy rabbits (male and female) by using various fractionation procedures. It is in lyophilized powder form with purity of 95% or more. Protein by weight: O.D. 280 nm E1%1.39: ? 85% - Residual salts, lipids, etc. comprise the rest of the weight.

Description: Rabbit gamma globulin is purified from serum obtained from normal healthy rabbits (male and female) by using various fractionation procedures. It is in lyophilized powder form with purity of 95% or more. Protein by weight: O.D. 280 nm E1%1.39: ? 85% - Residual salts, lipids, etc. comprise the rest of the weight.

Description: The complement is collected from healthy 8-12 week old rabbits (both male and female) and stored at -70°C. It is in the form of frozen liquid. The Hemolytic titer is LOT dependant but generally above 1:16. All such complement products are extremely heat-sensitive. Prior to working with it we recommend that the complement is thawed on ice or in a cold water bath or under a stream of cold water. Never thaw using warm or hot water. While defrosted like this we advise you to make single-use aliquots and keep them frozen at -70C. Freeze-thaw cycles will damage the complement components and will reduce significantly the activity. Once thawed, the leftover from a working aliquot should be discarded.

Description: The complement is collected from healthy 8-12 week old rabbits (both male and female) and stored at -70°C. It is in the form of frozen liquid. The Hemolytic titer is LOT dependant but generally above 1:16. The complement is extremely heat-sensitive. Prior to working with it we recommend that the complement is thawed on ice or in a cold water bath or under a stream of cold water. Never thaw using warm or hot water. While defrosted like this we advise you to make single-use aliquots and keep them frozen at -70C. Freeze-thaw cycles will damage the complement components and will reduce significantly the activity. Once thawed, the leftover from a working aliquot should be discarded.

Description: The complement is collected from healthy 8-12 week old rabbits (both male and female) and stored at -70°C. It is in the form of frozen liquid. The Hemolytic titer is LOT dependant but generally above 1:16. The complement is extremely heat-sensitive. Prior to working with it we recommend that the complement is thawed on ice or in a cold water bath or under a stream of cold water. Never thaw using warm or hot water. While defrosted like this we advise you to make single-use aliquots and keep them frozen at -70C. Freeze-thaw cycles will damage the complement components and will reduce significantly the activity. Once thawed, the leftover from a working aliquot should be discarded.

Description: The complement is isolated from large pools of New Zealand White rabbits that are 21-28 days old and raised under strictly controlled conditions. This guarantees that the complement has low heterophile antibody activity for many applications, including use in bactericidal and opsonization assays. The complement is extremely heat-sensitive. Prior to working with it we recommend that the complement is thawed on ice or in a cold water bath or under a stream of cold water. Never thaw using warm or hot water. While defrosted like this we advise you to make single-use aliquots and keep them frozen at -70C. Freeze-thaw cycles will damage the complement components and will reduce significantly the activity. Once thawed, the leftover from a working aliquot should be discarded.

Description: The complement is isolated from large pools of New Zealand White rabbits that are 21-28 days old and raised under strictly controlled conditions. This guarantees that the complement has low heterophile antibody activity for many applications, including use in bactericidal and opsonization assays. The complement is extremely heat-sensitive. Prior to working with it we recommend that the complement is thawed on ice or in a cold water bath or under a stream of cold water. Never thaw using warm or hot water. While defrosted like this we advise you to make single-use aliquots and keep them frozen at -70C. Freeze-thaw cycles will damage the complement components and will reduce significantly the activity. Once thawed, the leftover from a working aliquot should be discarded.

Description: The complement is isolated from large pools of New Zealand White rabbits that are 21-28 days old and raised under strictly controlled conditions. This guarantees that the complement has low heterophile antibody activity for many applications, including use in bactericidal and opsonization assays. The complement is extremely heat-sensitive. Prior to working with it we recommend that the complement is thawed on ice or in a cold water bath or under a stream of cold water. Never thaw using warm or hot water. While defrosted like this we advise you to make single-use aliquots and keep them frozen at -70C. Freeze-thaw cycles will damage the complement components and will reduce significantly the activity. Once thawed, the leftover from a working aliquot should be discarded.

Description: The complement is collected from healthy 8-12 week old rabbits (both male and female) and stored at -70°C. It is in the form of frozen liquid. The Hemolytic titer is LOT dependant but generally above 1:16. The complement is extremely heat-sensitive. Prior to working with it we recommend that the complement is thawed on ice or in a cold water bath or under a stream of cold water. Never thaw using warm or hot water. While defrosted like this we advise you to make single-use aliquots and keep them frozen at -70C. Freeze-thaw cycles will damage the complement components and will reduce significantly the activity. Once thawed, the leftover from a working aliquot should be discarded.

Description: The complement is collected from healthy 8-12 week old rabbits (both male and female) and stored at -70°C. It is in the form of frozen liquid. The Hemolytic titer is LOT dependant but generally above 1:16. The complement is extremely heat-sensitive. Prior to working with it we recommend that the complement is thawed on ice or in a cold water bath or under a stream of cold water. Never thaw using warm or hot water. While defrosted like this we advise you to make single-use aliquots and keep them frozen at -70C. Freeze-thaw cycles will damage the complement components and will reduce significantly the activity. Once thawed, the leftover from a working aliquot should be discarded.

Description: The complement is collected from healthy 8-12 week old rabbits (both male and female) and stored at -70°C. It is in the form of frozen liquid. The Hemolytic titer is LOT dependant but generally above 1:16. The complement is extremely heat-sensitive. Prior to working with it we recommend that the complement is thawed on ice or in a cold water bath or under a stream of cold water. Never thaw using warm or hot water. While defrosted like this we advise you to make single-use aliquots and keep them frozen at -70C. Freeze-thaw cycles will damage the complement components and will reduce significantly the activity. Once thawed, the leftover from a working aliquot should be discarded.

Description: Produced from whole blood collected from young healthy rabbits (New Zealand White or Californian), 6+ months old. Pooled serum from male and female rabbits that are fasted prior to collection. The serum is processed, bottled, and stored at -20°C.

Description: Produced from whole blood collected from young healthy rabbits (New Zealand White or Californian), 6+ months old. Pooled serum from male and female rabbits that are fasted prior to collection. The serum is processed, bottled, and stored at -20°C. The serum is then thawed in a cool water-bath, delipidized, filtered through a 0.22 um filter, bottled, and refrozen at or below -20°C.