I was told that a mother that is a+ and child is 0+ that it OK for the father to be 0-
Just because the babys blood and the fathers blood is different, it doesnt mean that there is a possibility that he ain't the father. For example, my fathers blood is different from my sisters and including but he still my father. I hope that answered your question. You are A dominant, but you have the O+ recessive gene. To rephrase what the others have said- if the mother is A plus, she would be AA or AO bloodtype. The father is something with an O as well, if the baby has an O. Father could be BO< AO< OO etc. (or he could have negative blood, and still have a positive blood child from this union)
ab+ a+ b+
The father's blood type would have to be A. This is because O is a recessive blood type and needs two O's to produce a child with and O blood type. So if the daughter is an A blood type so must her biological father's.
What if the husband has type A+ blood abd the wife has O+ Blood what would the children have
Yes. That pair have no blood type incompatibilities.
B positive.
A+
Just because the babys blood and the fathers blood is different, it doesnt mean that there is a possibility that he ain't the father. For example, my fathers blood is different from my sisters and including but he still my father. I hope that answered your question. You are A dominant, but you have the O+ recessive gene. To rephrase what the others have said- if the mother is A plus, she would be AA or AO bloodtype. The father is something with an O as well, if the baby has an O. Father could be BO< AO< OO etc. (or he could have negative blood, and still have a positive blood child from this union)
The child would have A plus blood type since A blood type is a dominant trait while O blood type is a recessive trait
ab+ a+ b+
Blood type is a combination of the mother's and the father's genes.
Yes. If the father were BO+ and the mother were AO+, there is a 25% chance their child could be an O+.
A
No!
Yes.
Yes.... because blood trait A is dominant on blood trait O... the child will then have blood group A
A positive with highest probability