Wiki User
∙ 11y agoIt depends what the second gene for each parent is. Bx+ and Ax+ is the information given.
The x could be B for Bx and A for Ax. The x could also be O for both. So AA and BB or AO and BO.
In all cases the cross between AA and BB would produce AB.
For the cross between AO and BO, the result would be AB, BO, AO, and OO in a 1:1:1:1 ratio.
If the cross is AA and BO, the result would be AB and AO in a 1:1 ratio.
If the cross is BB and AO the result would be AB and BO in a 1:1 ratio.
In all cases the Rh factor would be +
Wiki User
∙ 11y agoThe possible blood types for their children are A positive or O positive. The child inherits one blood type allele from each parent, so they can receive either the A allele from the A positive parent or the O allele from the O positive parent.
No, it is not possible for parents with blood types B negative and O positive to have a child with AB positive blood type. The AB blood type requires an A allele from one parent and a B allele from the other, which is not possible in this case.
Yes, a positive blood type (A+, B+, AB+, O+) and O negative blood type can be full siblings if they inherit different blood types from their parents. Each parent contributes one gene for blood type, so it is possible for siblings to have different blood types based on the combination of genes they inherit.
No, the child cannot have AB positive blood type if her father's blood type is O positive and her mother's blood type is AB positive. Blood type inheritance follows specific patterns, and in this case, the child could inherit either A or B from the mother and either O or O from the father, resulting in A positive, B positive, AB positive, or O positive blood types.
Yes, parents with O positive and A positive blood types can have a child with a positive blood type. The child could inherit A positive from the parent with the A positive blood type and the positive Rh factor from either parent.
The possible blood types for their children are A positive or O positive. The child inherits one blood type allele from each parent, so they can receive either the A allele from the A positive parent or the O allele from the O positive parent.
No. The parent's possible blood types are BO and OO. If the child is AO something is incorrect. Neither parent has an A to pass along.
No. The parent's possible blood types are BO and OO. If the child is AO something is incorrect. Neither parent has an A to pass along.
No. The parent's possible blood types are BO and OO. If the child is AO something is incorrect. Neither parent has an A to pass along.
No, in this scenario the possible blood types for the children are A- and B-. Positive refers to the presence of Rh factor in the blood. The Rh factor has to come from somewhere.
No, it is not possible for parents with blood types B negative and O positive to have a child with AB positive blood type. The AB blood type requires an A allele from one parent and a B allele from the other, which is not possible in this case.
No, Neither parent in this situation carries the B gene. The only possible blood types for offspring would be either A or O.
The blood types are A, B, AB and O. Rh positive or negative are also blood types possible. What blood type we will have is inherited from our parents.
Yes, it is possible for a child to have a negative blood type if both parents are carriers of the Rh negative gene, even if one parent is O positive and the other is A positive. Blood type inheritance is determined by a combination of both parents' blood types and Rh factors.
Yes. parent with B and a parent with O blood traits can have the following blood types in their children : B, O, BO
B positive
Yes, a positive blood type (A+, B+, AB+, O+) and O negative blood type can be full siblings if they inherit different blood types from their parents. Each parent contributes one gene for blood type, so it is possible for siblings to have different blood types based on the combination of genes they inherit.