AO positive is the only possible blood type.
A positive
The child could be A+ or O+.
The child can have the same blood type. It is possible if the child obtains the allele IA from one parent and IB from the other. So if a person with blood type AB provides IA or IB and the other parent provides the other allele, then the child may have the same blood type i.e. AB positive.
No. In order for someone to have AB blood, they must inherit the A from one parent and the B from the other. Therefore a parent with O blood could only have A, B or O children (depending on the blood type of the other parent).
because the dad blood was stronger and one positive and one negative make a positive
Maybe. A child will have either the mother's blood type or the father's blood type. If the father is B+ and the mother is A- then it is possible that the children have the same father. So it all depends on both parent's blood type.Source: I am a 2nd year nursing student, and we had a long discussion about this subject last semester.
The blood type would be A positive.
A B+ parent can have a child with A+ blood. The other parent must be type A or type AB for this to occur.
Yes that is entirely possible. It just means that each of you carry the recessive gene for rh and it matched up.
The most likely blood type for the child is A positive - but A negative, O positive and O negative are also possible depending on the genotypes of the parents. If both parents are heterozygous AO, then the child could have either A or O type blood. If either parent is homozygous, AA, then the child must have blood type A. If the parent with positive blood is heterozygous, Dd (+-), then the child could have either positive or negative type blood. If they are homozygous, DD (++), then the child must have positive type blood.
The child could be A+ or O+.
The child can have the same blood type. It is possible if the child obtains the allele IA from one parent and IB from the other. So if a person with blood type AB provides IA or IB and the other parent provides the other allele, then the child may have the same blood type i.e. AB positive.
It depends on who the recipient is. An A+ recipient may receive O+ blood ; an O+ recipient cannot receive A+ blood. An A+ recipient may receive A+, A-, O+, or 0- blood. An O+ recipient may receive O+ or O- blood.
If one parent is O positive, a B positive child is possible (the other parent would likely be B or AB and could be either positive or negative). If both parents are O positive, a B positive child is extremely unlikely (however, it occasionally happens that someone who THINKS they're O positive is actually something else, so before you start looking for a lawyer I'd have everyone's blood retested).
Yes. For the child to be O negative, he must have inherited an O from each of his parents and an Rh negative from each parent. This is possible with an O positive parent and an A positive parent. Blood type O can only be in the form OO (an O from each parent). Blood type A can be either AA (an A from each parent) or AO (an A from one parent and an O from the other) since A is dominant over O. So, if one parent is the AO variety of A, an O can be given. Thus, two Os can be given if one parent is blood type O and the other is blood type A, causing blood type O in the child. Rh positive can be either two Rh positives (a positive from each parent) or one Rh positive and one Rh negative since Rh positive is dominant over RH negative. Rh negative can only be two Rh negatives. If each Rh positive parent is the combination of one Rh positive and one Rh negative, they can each give an Rh negative to the child.
Yes, if the first parents' genotype is either BB+- or BO+-, and the second either AA+- or AO+-.
No. In order for someone to have AB blood, they must inherit the A from one parent and the B from the other. Therefore a parent with O blood could only have A, B or O children (depending on the blood type of the other parent).
The question is incomplete. The blood type, (or ABO group), for only one parent is there. Positive refers to the presence of an antigen for the Rh group . The child will therefore be Rh positive since both parents are Rh positive. One parent's blood type is O. The other parent can have O, A, B, or AB as a bloodgroup. Without knowing both parents blood groups, and not just the Rh status, there is no way of knowing the bloodtype of the child.