A,B,AB or O. The +\- would depend on the parents rh factors
No, a child's blood group does not have to match either parent's blood group exactly. A child's blood group is determined by a combination of the parents' blood types, following specific inheritance patterns. It is possible for a child's blood group to be different from that of their parents.
Yes, it is possible for a negative blood type parent and a positive blood type parent to have a negative blood type child. This can occur if the positive parent is heterozygous for the Rh factor gene, allowing for the possibility of passing on a negative Rh factor to the child.
Yes, this is possible given the scenario. The child would have inherited both recessive alleles (OO) from its parents, meaning both parents were heterozygous for bloodtype A - AO. Each parent could have obtained this bloodtype with 3 grandparents type A and one type AB. Parent 1, for example, with two A type parents: both parents could have been AO or one could have been AA and the other AO. Parent 2, with an A type parent and an AB parent: the A type parent would be AO and the other, obviously, AB.
Yes, parents with blood group O positive can have a child with blood group O negative. This is possible if one parent is heterozygous for the Rh factor (one parent has both positive and negative Rh alleles), allowing for the possibility of the child inheriting the negative Rh factor.
Yes, parents with O and A blood types can have a child with A- blood type. The child would inherit one A allele from the parent with A blood type and one negative Rh factor from the parent with O blood type.
A child with blood group AB positive cannot be a biological child of a parent with blood group B positive, as the ABO blood group system does not allow for this combination. The possible blood groups of a child from a B positive parent could be B or O. Therefore, the child is not a match in terms of biological parentage.
No, a child's blood group does not have to match either parent's blood group exactly. A child's blood group is determined by a combination of the parents' blood types, following specific inheritance patterns. It is possible for a child's blood group to be different from that of their parents.
Yes, it is possible for a negative blood type parent and a positive blood type parent to have a negative blood type child. This can occur if the positive parent is heterozygous for the Rh factor gene, allowing for the possibility of passing on a negative Rh factor to the child.
Yes, this is possible given the scenario. The child would have inherited both recessive alleles (OO) from its parents, meaning both parents were heterozygous for bloodtype A - AO. Each parent could have obtained this bloodtype with 3 grandparents type A and one type AB. Parent 1, for example, with two A type parents: both parents could have been AO or one could have been AA and the other AO. Parent 2, with an A type parent and an AB parent: the A type parent would be AO and the other, obviously, AB.
Yes, parents with blood group O positive can have a child with blood group O negative. This is possible if one parent is heterozygous for the Rh factor (one parent has both positive and negative Rh alleles), allowing for the possibility of the child inheriting the negative Rh factor.
Yes, either parent may have had a parent which carried the B antigen blood group gene. A parent that has A+ blood may also carry a dormant -RH (Rhesus monkey) gene inherited from a parent. Should the other parent have neg. RH blood type, a child may be born with B+ or B- RH blood type. In short; you need to know the blood group of the child parents & grandparents to determine whether B antigen blood group may or may not be excluded as a possibility.
yes. If one parent has blood group A (as in genotype AO) and the other has blood group B (as in genotype BO) can have a child with blood group O
The short answer is YES. To explain as simply as possible; Each of us inherits a set of genes from each parent, a set of alleles from each parent; in the case of blood type, the alleles that may be present at the site on the chromosome responsible for blood type may be either A,B, or O (O actually being the absence of A or B). In the above question, if one parent's alleles are A and O (remember, everyone has two alleles), their blood type is A; if the other parent's alleles are B and O, that parent types as B. If their child inherits the "O" allele from each parent, that child will be type O.
Yes, parents with O and A blood types can have a child with A- blood type. The child would inherit one A allele from the parent with A blood type and one negative Rh factor from the parent with O blood type.
Yes, it is possible for parents with O positive and B positive blood groups to have a child with either O positive or B positive blood group, as each parent can pass on either their O or B allele to their offspring.
No
No, At least one parent would have to be an A (or an AB) for a child to have group A blood.