Depends if the parents are heterozygous and homozygous. Homozygous meaning that they have the same alleles, heterozygous meaning that they have different alleles, but one allele is dominant.
If they have homozygous the chances are impossible, if they are heterozygous then there is a chance.
It is possible if your parents have different blood types. Example, if your father is A with a recessive O, and mother is B with a recessive O, you could easily land up with a O blood group. However, an AB father can have only an A, B or AB child depending on the mothers blood group, but surely NOT 'O.'
No, two parents with O type blood cannot have a child with B type blood. This is because O is recessive - meaning in order to have type O blood, you need to have two O alleles. Therefore if both parents have O blood, all their children have to have O type blood. In order to have a child with B type blood, at least one parent needs to have B or AB type blood - in order to donate the B allele to the child.
If the first baby has blood group O negative, it means that both parents must have passed on an O gene and a negative Rh factor gene to the baby. Therefore, the parents could have blood groups A, B, AB, or O with negative Rh factor.
To explain this properly you would have to have a basic understanding of inheritance, but I'll do my best. Blood groups are inherited as a pair. A and B groups are co-dominant and O is the recessive. So mum is genotype AA or AO, which would make her group A and dad is genotype BB or BO making him group B. So baby will inherit one from each parent: so baby could be AB or AO or BO or OO. If A is inherited from mum and B from dad then baby is group AB if its A from mum and O from dad then its group A; if its O from mum and B from dad then its group B. If O is inherited from both parents then baby is group O.
Yes, "b" and "o" are both blood types that are compatible for reproduction, so a baby's blood type could be a combination of the two parents' blood types. A healthy baby can certainly result from this pairing, as long as both parents do not have any genetic disorders that could affect the baby's health.
For parents with o+o, they will have kids with O type blood. For parents with A+A, they will have kids with A or O type blood. For parents with B+B, they will have kids with B or O type blood. Foe parents with AB+AB, they will have kids with AB, A or B type blood.
No
Assuming your parents are I(a)I(a) and I(b)I(b) Baby will be I(a)I(b) AB blood If any of the parents are I(a)i or I(b)i Chances are they can be A, B or O Has to do with dominant and recessive genes.
impossible.
A baby can be any blood type that is possible through the combination of the parents' genetic material. In this case, the baby could be blood type B positive like the parents, or it could be blood type O positive if both parents are carriers of the O blood type gene.
It is possible if your parents have different blood types. Example, if your father is A with a recessive O, and mother is B with a recessive O, you could easily land up with a O blood group. However, an AB father can have only an A, B or AB child depending on the mothers blood group, but surely NOT 'O.'
No, two parents with O type blood cannot have a child with B type blood. This is because O is recessive - meaning in order to have type O blood, you need to have two O alleles. Therefore if both parents have O blood, all their children have to have O type blood. In order to have a child with B type blood, at least one parent needs to have B or AB type blood - in order to donate the B allele to the child.
Yes.
Another has said: no chance. One of the parents must be b positive.
If both parents have Type B blood the only blood type the child can have is either B or O not looking at whether one of the parents is negative or not.
Yes, for parents with blood type A and B, the child can have blood types A, B, AB, or O
No - this is not possible. The baby must inherit the B allele from one of it's parents - but neither of these parents have one. The only possibilities with these parents are blood type A or O, depending on whether the parent with A-type blood is heterozygous, AO, or homozygous, AA.