ABO Reagents

ABO Reagents


Anti A (Monoclonal)

In 1900, Landsteiner discovered the serum of some people would agglutinate the red cells of others. Four common phenotypes are now recognised: O, A, B and AB. Subgroups of A and B have since been identified.

Anti A,B (Monoclonal)

In 1900, Landsteiner discovered the serum of some people would agglutinate the red cells of others. Four common phenotypes are now recognised: O, A, B and AB. Subgroups of A and B have since been identified.

Anti A1 Lectin

A1 antigen is a subgroup of A and was discovered in 1910. Anti-A1 is usually non-reactive at 37ºC, however examples reactive at 37ºC and predominately IgM can cause in vivo red blood cell destruction. About 78% of group A people are A1 and 22% are A2, similar proportions apply among AB people.

Anti B (Monoclonal)

In 1900, Landsteiner discovered the serum of some people would agglutinate the red cells of others. Four common phenotypes are now recognised: O, A, B and AB. Subgroups of A and B have since been identified.

Anti H Lectin

The H antigen is part of the Hh system and is found on all red cells except those of Oh (hh) Bombay phenotype, which is extremely rare. H is the precursor of A and B and so group A and B people have less H than O people.

Avaliable Sizes

If you would like A different size to the ones we have listed, please contact us with your requirement.
info@lornelabs.com
close
Certificates