yes, as a matter of fact, they can. if both parents are heterozygus for A and B blood, then there is a chance that they can have a type O child
Yes, parents with O+ and B- can have a B+ child. They may have children with type O or type B, and may have children with negative or positive Rh factor.
Yes, this is possible with possibility reaches to 50%.
The father's blood type can be O, A, or B.
Yes, parents with O+ and B- can have a child with B- blood. Their children may be type O or type B, and may have Rh negative or positive blood types.
Yes, as long as the mother has B in her blood type (either B or AB), the father can have O.
From what I know yes, they can
Yes, if the mother's genotype is BO, she may pass the O allele on to the child and it will be type O.
For a transfusion - blood type O can donate to blood type B. However, blood type O cannot except B-type blood. For offspring, with one O parent and one B parent - the child could be blood type O or B depending on the genotype of the parent with B-type blood.
No, the blood types a and b are dominant alleles and would mask the recessive o blood type.
No. For the mother to have a type B blood type, she would have to have a recessive gene O (as in BO) or B (as in BB). The father's gene would be AB. It is impossible for their child/children to be O positive. If the mother's recessive gene was O then their child would have 50% chance of being type B, 25% chance of being type AB and 25% chance of being type A. If the mother's recessive gene is B then their child would have a 50% chance of being type AB and 50% chance of being type B.
The child's blood type is determined by his or her parents' blood types. If both parents have type A, the child can have either type A or O. If both parents have type B, the child can have either type B or O. If one parent has type A and the other parent has type B, the child can have type A, B, AB, or O, but he/she is most likely to have type AB. If both parents have type O, the child will have type O.
Yes! The genotypes of the parents can only be "OO" (means two O genes) so both of them cannot give a "B" gene to the child