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29 Cards in this Set
- Front
- Back
Result of less effective enzymes |
Subgroups |
|
Not efficient in converting H to A and B ag |
Abo subgroups |
|
More common subgroup |
A |
|
React strongly with anti A |
A1/A2 |
|
Distinguish A1 and A2 |
Anti A1(dolichos biflorus) |
|
80% A or AB |
A1 |
|
20% are A or AB are |
A2 and A2b |
|
A1 vs A2 |
Quantitative Jk |
|
Other subgroups of A subgroups |
Int 3X,mendelbantu |
|
Cause mixed field agglutination when polyclonal anti A or anti AB used |
A3 |
|
Appear as small agglutinate with background of unagglutinated rbc |
Mixed field agg |
|
Mas lesser |
B subgroups |
|
B subgroups are differentiated by type of reaction with |
Anti B ,anti AB,anti H |
|
Additional subgroup of b |
3Xmel |
|
Bombay mistaken as |
O |
|
Landsteiner rule |
Abo ab to abo ag absent from their rbc |
|
First,most significant |
Abo |
|
Only system reciprocal ab present in Sera of people no exposure to human red cell |
Abo |
|
Titer of abo is reduced in |
Elder and patient with hypogammaglobulinemia |
|
Infant do not produce ab until |
3-6 months age |
|
Blood type contain anti A in serum |
O an b |
|
Only agg to A1 ag |
Anti -A1 |
|
Predominant ab class og group a group b |
IgM |
|
Predominant ab of group O |
IgG |
|
Abo is present in |
3-6 months of life |
|
Stable ages at |
5-6 years |
|
Abo decline in |
Older age and hypogammaglobulinemia |
|
Non red blood cell stimulated |
Abo ab |
|
Red blood cell ab |
Transfusion ,IgG,37C group o |