Parents
blood types: A and B
genotypes: IAi and IBi
Children
blood types: A, B, O, and AB
genotypes: IAi, IBi, Ii, and IAIB
(capital A's and B's are superscript)
The number of children does not really matter since the possible genotypes of
blood type allele distribution will be the same:
There can be three possible cases for type A x type A cross over:
Case 1: AO x AO
Possible genotypes of children: AA, AO, AO, OO
=> AA 25%, AO 50%, OO 25%
Case 2: AA x AO
Possible genotypes of children: AA, AO, AA, AO
=> AA 50%, AO 50% (no possible O children)
Case 3: AA x AA
Possible genotypes of children: AA, AA, AA, AA
=> AA 100%
:D
AO or AA
BB or Bo normally.
"O" or "B"
B
Blood typePossible genotypesAAA AOBBB BOBlood typePossible genotypesABABOOO
If the first person is AA, then the possible resulting genotypes are AA or AB. If the first person is AO, then the possible resulting genotypes are AA, AB or BO.
The Basic Blood Group genotypes would be: AA AO AB BB BO OO Blood type A--AA AO Blood type B--BB BO Blood type AB--AB Blood type O--OO
Use a punnet square it may be a little tricky though.Just remember which letter is dominant and which one is recessive.heterozygous and Homozygous.
no, because the possible genotypes of blood type A are AA and AO while the possible genotype of blood type O is OO. therefore, the possible blood type of their children would either be a blood type O and a blood type A.
The possible genotypes of blood type A are AA and AO. The possible genotypes of blood type B are BB and BO. The genotype of blood type AB is AB. The genotype of blood type O is OO.
Immuonoglobulin ( IgM)
BB and Bi (some people say BO but it depends on who you ask...)