Man with blood type A means it have two cases either pure or homozygous A i.e. AA or heterozygous A i.e. AO and ofcourse woman will be pure OO
so there are two possibilites
1 In first case of homozygous man 100% children will be of AO
2 In heterozygous condiiton of man 50% will be of AO and 50% chances of OO
Yes, just as a B mother and type B father can have a type O child. My parents actually have two of them, including me.
Each person has two ABO alleles, one from each parent. There are three basic ABO alleles -- although there are actually many subtypes. The basic types are A, B, and O.
It only takes one A or one B allele to have type A blood, although if a person happens to have both, that person's blood type will be AB. However, if you inherit either an A allele from one parent, and an O allele from the other, or an allele from each parent, you will have type A blood.
The same thing is true for type B. Whether both your parents give you a B allele, or one gives a B allele and the other an O allele, you'll still have type B.
Now, to have type O blood, you have to inherit an O allele from each parent. Since I know my parents both have type B blood even though one of my sisters and I have type O, I also know that each of my parents must have had one B allele and one O allele.
Having type B blood is their "phenotype", but their "genotype" is B/O.
So to get back to the original question, if two parents have a type A phenotype but a genotype of A/O, then they can have children with any of these genotypes: A/A, A/O, or O/O. The first two of these will have type A blood, but the last will have type O.
The child will suffer from rh incompatibility.
Twenty-five percent for any of the four possibilities.
Yes. Brown is dominant for eye color.
yes
Your blood type has nothing to do with if you can have a child. The few issues to be worried about here would be that the child could be an "A+" blood type, which means you will need to take additional medications to prevent your body from "rejecting" it in the womb. However, there are easy ways to make sure that you don't have this problem. Another thing you may consider here, since you're already looking at blood types, is genetic profiles. This will help you understand the risks of having a child with specific genetic defects, such as Downs Syndrome.
If a person does not carry the Sickle cell trait and they marry some one with the trait. The child that comes from that relationship can never have sickle cell disease, however that child has a chance of having the sickle trait.
Half-Blood.
The child will suffer from rh incompatibility.
Are you joking? It's the same for any couple ¬_¬
Twenty-five percent for any of the four possibilities.
yes child can have blood group o+ o- b+ or b_
25% for blood type O, 50% for blodd type AB, and 25% for A.
If one of the parents has AB blood, it's impossible for the child to have O. Each parent passes down either A or B, if they have them. Because the mother in this scenario has A and B, it can pass one down, and the child would not have O.
A professional who helps people understand their chances of having a child with a genetic disorder is called a geneticist.
I believe the chances of having the same birthday as one of your parents is: 1 out of 183 and the chances of having the same birthday as both parents is: 1 out of 133,225
yes. chances of getting a normal child is 50/50
Mixing blood types will not any impact on the health of a child, only the resultant inherited blood type. This particular mix will produce a child with an A pos or A neg or O pos or O neg blood group.