anti-IgG (rabbit), mAb (rec.) Multiclonal (HRP)

AdipoGen Life Sciences

anti-IgG (rabbit), mAb (rec.) Multiclonal (HRP)

2

Western Blot, ELISA

Research Use Only

Monoclonal

HRP

>95%

Mouse

IgG2a

Ig gamma chain C region

Multiclonals are recombinant secondary antibodies that combine the best of polyclonal antisera and hybridoma monoclonal antibodies, while eliminating their disadvantages, plus they add the quality of recombinant reagents. These multiclonal antibodies consist of carefully adjusted mixtures recognizing different epitopes on all subclasses of rabbit IgG. Their respective epitope binding sites do not compete with each other, therefore amplifying signal strengths. Multiclonals can contain up to 17 different individually tested monoclonal recombinant antibodies. This provides the typical advantage of polyepitope recognition which is key to the broad application profile of polyclonal antisera, but eliminates their disadvantages (limited batch sizes and batch-to-batch variations, no long-term reproducibility, undefined composition, unknown constituents). Multiclonals are completely sequence defined, implying their unlimited long-term availability and always identical test results. Their composition of individually characterised antibodies minimizes cross-reactivity with other targets, since they do not contain non-target directed IgG like all animal derived polyclonals do. This allows for a much lower unspecific binding reactivity in many assays compared to animal based products. - Recombinant Antibody. Recognizes rabbit IgG. No cross-reactivity to mouse IgG, human IgG, goat IgG. Other species were not tested. Applications: ELISA, WB. Isotype: Mouse IgG2a. Formulation: Liquid. In PBS. Multiclonals are recombinant secondary antibodies that combine the best of polyclonal antisera and hybridoma monoclonal antibodies, while eliminating their disadvantages, plus they add the quality of recombinant reagents. These multiclonal antibodies consist of carefully adjusted mixtures recognizing different epitopes on all subclasses of rabbit IgG. Their respective epitope binding sites do not compete with each other, therefore amplifying signal strengths. Multiclonals can contain up to 17 different individually tested monoclonal recombinant antibodies. This provides the typical advantage of polyepitope recognition which is key to the broad application profile of polyclonal antisera, but eliminates their disadvantages (limited batch sizes and batch-to-batch variations, no long-term reproducibility, undefined composition, unknown constituents). Multiclonals are completely sequence defined, implying their unlimited long-term availability and always identical test results. Their composition of individually characterised antibodies minimizes cross-reactivity with other targets, since they do not contain non-target directed IgG like all animal derived polyclonals do. This allows for a much lower unspecific binding reactivity in many assays compared to animal based products.

2°C to 8°C

41116161