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Is it possible for 2 parents with type b blood to have a child with Type 0 blood?
Yes, they can have a child with blood type AB, which is the rarest of the four types.
Can 2 blood type o parents have a child with type a?
the answer is no .. its just impossible
Can 2 type o blood types have a blood type a child?
No, two parents with type O blood cannot have a child with blood type A. Blood type O is recessive and a child can only have type A blood if they inherit an A allele from one parent and either an A or O allele from the other parent.
Can 2 parents with A blood type have an O child?
Yes, no worry about ABO.
How could 2 parents with blood type A and B have a child with the blood type of O?
If both parents are carriers of the recessive O allele, they can pass it on to their child. In this case, their child would inherit one O allele from each parent and have blood type O. This is possible because blood type O is recessive to both blood types A and B.
Can 2 A - positive parents make an o blood type baby?
A person with A positive blood may be a carrier for O negative blood. If the other parent is also a carrier of those traits, the baby could be O negative.
What complex pattern of inheritance reflects that of the blood type alleles?
Both parents have 2 blood alleles of 3 types: A, B, and O. Thus, parents can be type A (AA or AO), type B (BB or BO), type AB, or type O (OO). When they have a child, the child gets one allele from the mother, and one from the father. So, if both parents have type AA, the child will be type AA. If both have type AO, the child can be type A or O. It's rather simple.
Can a child have O blood group if both parents have A and 3 grandparents A and 1 grand parent AB blood groups?
Yes, this is possible given the scenario. The child would have inherited both recessive alleles (OO) from its parents, meaning both parents were heterozygous for bloodtype A - AO. Each parent could have obtained this bloodtype with 3 grandparents type A and one type AB. Parent 1, for example, with two A type parents: both parents could have been AO or one could have been AA and the other AO. Parent 2, with an A type parent and an AB parent: the A type parent would be AO and the other, obviously, AB.
Both parents are blood type A what will the child be?
The blood group of the child will be either A or O. The baby's blood group is always determine by the genotypes of his/her parents. Lets see following conditions: 1) Both parents have AA and AA blood type (both homozygous dominant): Their child would always have type A blood group (AA). 2) If any one of the parent has genotype AA and other AO ( i.e. one homozygous dominant and other heterozygous dominant): Their child would have type A blood group (AA or AO). 3) If both parents have genotypes AO ( both heterozygous dominant): Then their child would have either blood group type A or O ( i.e. AA /AO /OO). Just carry out the crosses by forming the gametes of the parents and check their recombination's. You will definitely understand this.
Is it rare for 3 of 5 kids to have o positive blood type and other 2 kids have a positive blood type with same parents?
No, it is not rare for 3 out of 5 kids to have O positive blood type while the other 2 have A positive blood type. Each parent passes on one blood type allele to their child, so it is possible for variations in blood type within siblings to occur based on the combination of alleles each child inherits.
If fathers blood group is O positive and mothers blood group is A negative can child blood group be A positive?
There is a 2 out of 4 chance that the child will be Rh +. The group could be 3 out of 4 that the child will be an A. So depending upon whether the fathers positive Rh is dominate gene.Yes there is a possiblity that a child from this couple would be A +.
If the father blood type is B and the mother blood type is B what type of blood will the baby have?
the baby can have several types depending on the parents phenotypes:1.phenotype- (BO)X(BO)the child can be 75% type B and 15% type O.2.phenotype-(BB)X(BO)the child can be 100% typeB.3.phenotype (BB)X(BB)the child will be 100% type B.
