Depends if the parents are heterozygous and homozygous. Homozygous meaning that they have the same alleles, heterozygous meaning that they have different alleles, but one allele is dominant.
If they have homozygous the chances are impossible, if they are heterozygous then there is a chance.
Punette Square.
If the mom is DOMINANT A, it looks like AA
If the mom is recessive A, it looks like Ai
if the dad is Dominant B, it looks like BB
If the dad is recessive B, it looks like Bi
O blood looks like ii
With a recessive A mom and a recessive B dad, the four possibilities are: AB, Bi, Ai, ii.
This is the only way they can have a child that has o blood. If either parent is dominant for their blood type, there is no possible way to have a child that is o.
Yes, it is quite possible for an O negative parent to have an O positive child. However, in order for this to occur, the other parent needs to have positive blood.
Yes, if both parents carried the recessive O.
No. If the mother or father is AO or BO, they can have a child who is OO.
Blood type is determined by the male parent; so, if the father has O+ blood, so will his children.
yes because if one parent is bloodtype O, then there is a possible chance that the offspring could be O.
Yes - this is possible. Both parents must be heterozygous, AO and BO. If either parent is homozygous, AA or BB, then they cannot have a child with blood group O.
It is possible if your parents have different blood types. Example, if your father is A with a recessive O, and mother is B with a recessive O, you could easily land up with a O blood group. However, an AB father can have only an A, B or AB child depending on the mothers blood group, but surely NOT 'O.'
No, two parents with O type blood cannot have a child with B type blood. This is because O is recessive - meaning in order to have type O blood, you need to have two O alleles. Therefore if both parents have O blood, all their children have to have O type blood. In order to have a child with B type blood, at least one parent needs to have B or AB type blood - in order to donate the B allele to the child.
yes it can be possible too as the parents is already with an o blood group..
O plus.
Without any further family information, the baby could either be blood type O or blood type B.
For parents with o+o, they will have kids with O type blood. For parents with A+A, they will have kids with A or O type blood. For parents with B+B, they will have kids with B or O type blood. Foe parents with AB+AB, they will have kids with AB, A or B type blood.
No
Assuming your parents are I(a)I(a) and I(b)I(b) Baby will be I(a)I(b) AB blood If any of the parents are I(a)i or I(b)i Chances are they can be A, B or O Has to do with dominant and recessive genes.
impossible.
Yes.
Another has said: no chance. One of the parents must be b positive.
If both parents have Type B blood the only blood type the child can have is either B or O not looking at whether one of the parents is negative or not.
Yes, for parents with blood type A and B, the child can have blood types A, B, AB, or O
It is possible if your parents have different blood types. Example, if your father is A with a recessive O, and mother is B with a recessive O, you could easily land up with a O blood group. However, an AB father can have only an A, B or AB child depending on the mothers blood group, but surely NOT 'O.'
No - this is not possible. The baby must inherit the B allele from one of it's parents - but neither of these parents have one. The only possibilities with these parents are blood type A or O, depending on whether the parent with A-type blood is heterozygous, AO, or homozygous, AA.
No, if both parents have O type blood they cannot have a child with B type blood. At least one parent would need to have type B or AB blood in order for the child to inherit a B allele.
Yes,but if the baby is blood type B then there is ABO incompatibility.