Kids that lack social skills are actually likely to have a high IQ. -DJ Craig
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.
It depends on the genotype of the parents: If they are AO and AO the child could be all of the 2 Bloodtypes: AO (= bloodtype A) OO (= bloodtype O) If they are AA and AA the child could only be bloodtype A The answer in short: yes!
Yes, the man could be the father of the child. A child with blood type O can inherit the O allele from both parents. In this case, the man with blood type B could have passed on an O allele, resulting in the child having blood type O.
Sometimes a child's personality will affect his or her learning. If he has a personality of laziness then it will really affect him, particularly with his learning: how could he learn if he is not interested?
A child with blood group AB positive cannot be a biological child of a parent with blood group B positive, as the ABO blood group system does not allow for this combination. The possible blood groups of a child from a B positive parent could be B or O. Therefore, the child is not a match in terms of biological parentage.
No. The child will be either group A or group B, but not group O. This is because the father can donate only a group A gene or a group B gene, so since group A and group B are dominant over group O, the child could not have group O blood.
The child will have AB as her Blood group Not necessarily. If maternal blood group is A(AO) and paternal group is B(BO) then baby could inherit A from mum and O from dad - O is always recessive so blood group would be A Rh grouping (neg or pos) is inherited as a triplet code so could be either pos or neg
The child could have either blood group A or B, but not AB or O. Each parent contributes one blood type allele, so the child could inherit an A allele from one parent and a B allele from the other, resulting in blood group AB. Alternatively, the child could inherit an A allele from one parent and an O allele from the other, resulting in blood group A, or a B allele from one parent and an O allele from the other, resulting in blood group B.
The child could either be blood type A or blood type B.
no. because there is no a in the blood. thats like an american getting an asian baby.
If you are blood group A and your brother is blood group O, your parents could have the following possible blood group combinations: one parent could be blood group A (genotype AA or AO) and the other could be blood group O (genotype OO). Alternatively, both parents could be blood group A (genotype AO). This combination allows for the inheritance of the O allele to produce a child with blood group O.
Absolutely. A child will either have its mother's blood type or its father's blood type. If the mother's blood type is NOT O, then someone else is the father.