1
Terminal sugar of the A antigen.
2
The ABO antigens are made up of these chains.
3
M+, N+
4
The Jk(a-b-) phenotype is found most often in this population.
5
Removal of an antibody from a serum by incubating with antigen positive red cells.
6
Fy(a+b-)
7
Terminal sugar of the B antigen.
8
Antibodies that bind complement may cause _______ of red cells.
9
The Rh antigens are primarily these substances.
10
Before 1970, anti-D was a common cause of this severe fetal complication.
11
Removal of an antibody coating a red cell for the purpose of identifying the antibody.
12
An enzyme used in blood bank testing.
13
Chido and Rogers antigens can be neutralized by this.
14
Lewis antibodies can be neutralized using this substance.
15
Decay Accelerating Factor (DAF) is associated with this blood group.
16
Terminal sugar of the H antigen.
17
This is the null phenotype of the ABO blood group system.
18
Albumin from the eggs of this bird can be used to neutralize anti-P1.
19
Antigens of this blood group are destroyed by enzymes.
20
The U negative phenotype is found in the ______ population.
21
Genes carried on opposite chromosomes.
22
Cells treated with this enzyme will show enhanced reactions with Kidd antibodies.
23
The antigens of this blood group are carried on Complement component C4.
24
The antigens of this blood group are carried on Complement Receptor I.
25
Most clinically significant alloantibodies are in this immunoglobulin class.
26
This blood group is most important in transfusion therapy.
27
This chemical will remove all Kell system antigens from the red cell (abbreviation).
28
This type of testing can provide information about genotype.
29
This immunoglobulin class binds complement and reacts best at temps lower than 37C.
30
The null phenotype of this blood group provides resistance from malarial infection.
