Yes; the child receives a random blood allele from both parents, so unless both parents are type O, AA, or BB, the children can have different blood types
Punnett squares are used to predict the possible blood types of offspring in a genetic cross involving parents with different blood types by showing all the possible combinations of alleles that the parents can pass on to their offspring. This helps determine the likelihood of each blood type in the offspring based on the parents' genotypes.
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.'
Yes the child can have a very different blood type than the parents
Not necessarily. The blood type of a child is determined by the combination of the parents' blood types. It is possible for a daughter to have a different blood type than her father, depending on the specific blood type alleles inherited from both parents.
No, a child's blood group does not have to match either parent's blood group exactly. A child's blood group is determined by a combination of the parents' blood types, following specific inheritance patterns. It is possible for a child's blood group to be different from that of their parents.
Yes, it is possible for siblings to have different biological fathers, known as heteropaternal superfecundation, leading to different blood types. Each parent contributes one blood type allele, which can result in different blood types among siblings.
No - this is not possible. The child must have one parent with an A allele in order to have type A blood. Neither of these parents have an A allele - so this is not possible.
No, it is not possible.
yes it can be possible too as the parents is already with an o blood group..
Yes, it is possible for a child's blood group to not match with one or both parents but still match with a grandparent. This can occur due to the inheritance of different alleles from each parent, particularly if one or both parents carry recessive alleles that were not expressed in their blood type. Additionally, genetic variations can lead to unexpected blood group combinations in offspring.
Not necessarily. While a child may inherit their blood type from their father, it is not guaranteed. Blood type is determined by genes inherited from both parents, so it is possible for a child to have a different blood type than their father.
It is possible for the baby to be O if both parents were Ao