It 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 +
AO positive is the only possible blood type.
Yes it is possible. One of the parents would have to be Type A (AO) and one parent would have to be Type B (BO). Also one parent would have to be positive and one would have to be negative (referring to Rh). It doesn't matter which parent is which and it also doesn't matter if it is A+ and B- or A- and B+. Either of these two situation could produce all four different blood types.
The first parent would be heterozygous for type A. The second parent would have to be heterozygous for type A, heterozygous for type B, or blood type O. The positive or negative is unable to be determined because positive is dominant so the first parent is positive then the baby will be positive with out a doubt so there is no way to find out the second parent's positive or negative.
The definition of heterozygous A means the parent has an A gene and an "i" or basically an "O" gene. The heterozygous B parent has a B gene and an "i". So the genotypes are Ai and Bi. If you set up a Punnet square, the four possible gene selections are AB, Ai, Bi, or ii. If the child has "ii" then it is said the child has O blood. The AB child has AB blood, the Ai child has A blood, and the Bi child has B blood. (Remember this scenario does not take into account the negative and positive part of blood types. Such as O- and O+ both have O blood but one is O negative and the second is O positive. Your question didn't ask this but I have seen many "trick" questions in biology classes where the negative and positive blood types are part of the answer.) Hope this helps! :)
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.
AO positive is the only possible blood type.
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, 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. parent with B and a parent with O blood traits can have the following blood types in their children : B, O, BO
B positive
In that given scenario, the possible blood types of the child are: A-, A+, O+ and O-.So Yes, it is possible to have a child with A positive with 25%.
If the parent's blood type is A and B, respectively, the possible blood type of their child are A, AB, B and O.
Yes it is possible. One of the parents would have to be Type A (AO) and one parent would have to be Type B (BO). Also one parent would have to be positive and one would have to be negative (referring to Rh). It doesn't matter which parent is which and it also doesn't matter if it is A+ and B- or A- and B+. Either of these two situation could produce all four different blood types.